sb 5/2023 (english) by IAKS

sb www.iaks.sport

sb 5/2023

International magazine for sports, leisure and recreational facilities

57th year ISSN (Print): 0036-102X ISSN (Internet): ISSN 2198-4271

5/2023 2023 IOC IPC IAKS ARCHITECTURE PRIZE

Photo Stadion Beijing: © Arup, Chris Dite

www.fsb-cologne.com

SAVE THE DATE!

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WE MAKE PLASTIC BETTER.

I AM MORE THAN PLASTIC WASTE – I WILL BECOME ARTIFICIAL TURF!

We recycle plastic to make the football world of tomorrow more sustainable. At Polytan, we use upcycled materials to create the highest-quality synthetic sports surfaces in terms of safety and playability. We are passionate about providing ideal playing conditions for athletes in every sport – and doing so in the most sustainable manner possible. www.polytan.com/sustainability

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Editorial

DEAR IAKS MEMBERS AND FRIENDS OF SB,

Ernst-Ulrich Tillmanns

The 2023 IOC IPC IAKS Architecture Prize showcases a cross-section of current sports and leisure architecture, and on the global scale. The projects submitted are so different that it is sometimes difficult to compare them. That is why there are different categories in which the best projects are selected.

I have had the honour of being a member of the jury for the fourth time now. It is interesting to observe how the focus shifts over the years. While it was mainly European projects that caught our imagination in past years, this time around it was the Canadian projects that impressed us the most.

Prizes are awarded to innovative, forward-looking projects that deliver added value for society, strengthen social cohesion and place the spotlight on sport for the general public. The architectural implementation and design are of course of particular importance.

Finally, I wish to emphasise how important such architectural awards are for sports architecture, encouraging competition and innovation and providing a platform to showcase the best ideas and projects. They not only inspire architects, clients and operators, but also help to raise awareness in society of the importance of sport and exercise.

Sustainability has become a central issue, and more and more sports and leisure facilities are being designed with environmental considera tions in mind. This means not only the use of environmentally friendly building materials, but also the integration of energy efficiency and recycling strategies as well as the re-use of buildings for major events. Accessibility is another key feature of sports and leisure architecture. Active living should be accessible to all. This requires not only the design of barrier-free access and seating, but also the accommodation of the needs of people with different disabilities. Sports and leisure architecture has made great strides here in recent years, but there is of course still room for improvement.

We are delighted to be able to present this year's winners of the IOC IPC IAKS Architecture Prize in this issue of "sb". It is our hope that these projects will help to continue to shape and inspire the future of sports and leisure architecture. I should like to thank all those who took part in this exciting competition and our dedicated jury for selecting these outstanding projects.

Ernst-Ulrich Tillmanns Chairman of the Jury for the 2023 IOC IPC IAKS Architecture Prize

It is not always the grand, spectacular sports buildings that are awarded prizes. Sometimes it is the small and unassuming projects that stand out for their fresh ideas and good design. Often meeting community needs and creating significant social value, these projects show that good architecture does not have to be costly or showy.

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IOC IPC IAKS ARCHITECTURE PRIZE NEWS

IOC IPC IAKS ARCHITECTURE PRIZE

IAKS UK webinar................................................................................. 6

Simon Fraser University Stadium in Burnaby.................... 22

IAKS Nordic webinar........................................................................ 7 Temporary expansion at World Athletics Championships 2023. . ............................ 8 New to the IAKS Network.......................................................... 10

Perkins and Will

Skanderborg City Baths in Skanderborg............................... 26 Spektrum Arkitekter

Rainbow Park in Vancouver............................................................... 30 DIALOG

WHITEPAPER

Churchill Meadows Community Centre in Mississauga ............................................................................................... 34

How skate parks can be designed to be WCMX-friendly.................................................................... 14

Ravelin Sports Centre in Portsmouth....................................... 38

Dr Veith Kilberth

IOC IPC IAKS ARCHITECTURE PRIZE 2023 IOC IPC IAKS Architecture Prize International Jury.. .......................................................................... 18 Prize-winning projects................................................................. 20 Winners of the 2023 IOC IPC IAKS Architecture Prize........................................................................... 21

MJMA Architecture & Design

FaulknerBrowns Architects

Centre De Glaces Intact Assurance in Québec ................. 42 Lemay

Silvretta Therme in Ischgl................................................................... 46

KRIEGER Architekten | Ingenieure, Wimreiter & Partner

Maple Ridge Leisure Centre Expansion in Maple Ridge............................................................................................... 50 SHAPE Architecture

Maritime Center in Esbjerg................................................................ 54 Werk Arkitekter, Snøhetta Arkitektur

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Maritime Center Wichmann+Bendtsen Photography

IOC IPC IAKS ARCHITECTURE PRIZE

ADVERTORIALS

Neil Campbell Rowing Centre in St. Catharines.............. 58

Bürstadt Education and Sports Campus................................ 86

MJMA Architecture & Design, Raimondo + Associates Architects

Japan National Stadium in Tokyo................................................ 62

FieldTurf

The swirling track that makes people smile ..................... 88

TAISEI DESIGN Planners Architects & Engineers, AZUSA SEKKEI, Kengo Kuma & Associates

Rampline

The Entwine in Canada........................................................................... 66

Daplast

Kaamil Allah Baksh

Between Borders in Ireland............................................................... 70 Cian O’Mahony

Title: Photo:

Global leader in seating for sports facilities.....................90 ForumPiscine, Outex and ForumClub: renewed exhibition and event ...................................................... 91 Absolut

Quintal do Ban in Campinas ............................................................ 74 Effect Arquitetura & VMOffice

Rio Rimac Sports & Recreation Centre in Lima.............. 78

PROFESSIONALS & PROFILES

Carlos Amed Carrillo Aguilar and Jorge Luis Castillo Tomás

ASB Glass Floor: New generation of video flooring... 92 HET: More protection and safety........................................... 92

ADVERTORIALS

Lindner: Sport hall complex Chemnitz............................... 93 Carl Stahl: Beyond the trees...................................................... 93

Sport is REGUPOL....................................................................................... 82 REGUPOL

Sustainable energy and workforce solutions .................84 WM technics

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Spieth: New state-of-the-art training hall....................... 94 TatamSport: Electric divider curtains................................... 94 Company Index from A to Z...................................................... 95 Imprint................................................................................................ 104 5

NEWS

OLYMPIC LEGACY OF SPORTS AND LEISURE FACILITIES

IAKS UK WEBINAR – RECORDING AVAILABLE Photos:

IAKS

The webinar on September 28 was the inaugural edition of the IAKS UK series „In conversation with…“ – and started with IAKS Vice President and POPULOUS Senior Principal Tom Jones. In the light of the IAKS Study Trip to Tokyo which took place 27-28 June 2023, Tom compiled the key learnings related to „Olympic Legacy of sports and leisure facilities” In the 1-hour webinar, he presented reflections of the sports and leisure facilities that were visited on the IAKS Study Trip, including refurbishments of Olympic venues used in the Tokyo 1964 Olympic Games and the new National Stadium that was built for the Tokyo 2020 Olympic Games. He also showed examples of contemporary

training facilities, as well as older sports facilities that cater for traditional Japanese sports. The webinar attendees engaged in a vivid discussion about legacy and exchanged their various points of view. The recording of the webinar is available free of charge for IAKS members. Simply reach out to the IAKS office at info@iaks.sport and ask for the link. www.iaks.sport/en/uk

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Meet us at FSB 2023 | 24-27 October | Hall 10.2, Stand G050

"TRANSFORMING SCHOOLYARDS INTO DYNAMIC ENVIRONMENTS FOR LEARNING, GROWING, AND PLAYING"

IAKS NORDIC WEBINAR ON 28 SEPTEMBER: THINKING OUTSIDE THE CLASSROOM

Photos: IAKS Nordic

On 28 September 2023, IAKS Nordic invited researchers and practitioners from Denmark and Norway to share latest knowledge on schoolyard design. Over 300 participants from around the world followed the invitation and can now “think outside the classroom” thanks to the key takeaways provided in the webinar. The recording is available for free for IAKS members. In a swiftly changing world marked by reduced outdoor play and physical activity amongst children a shift in the design of our schoolyards has become essential. One can argue that the schoolyard is the most important arena for promoting mental and physical health in children, as it reaches out to all children, despite social economic status, gender and in equalities. On risky play and nature Ellen Beate Sandseter Hansen, Professor at Queen Maud University College of Early Childhood Education, is an internationally renowned researcher on children's risky play. She focused her presentation on what risky play means and why it is so important. For children, risky play is an integral aspect of their development, learning to handle risk, enhancing spatial orientation skills, social skills and motor competence. Risky play actually prevents psychological problems in childhood and later in life. It's about time we let our children out and about, whether it's about climbing trees in the schoolyard, sliding on icy snow, or participating in rough and tumble play. Next was the subject of dynamic landscapes. According to Ingunn Fjørtoft, Professor, PhD and Lise Kjønniksen, Associate Professor, both from University of South-Eastern Norway, nature and complex landscape invites children to explore, solve problems and play. Take a fallen tree in a schoolyard for instance, it quickly becomes a popular attraction, bringing children to play in a myriad of different ways. Ingunn and

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Lise recommend bringing nature back to school, and - most importantly - doing so in collaboration with the students. Lisa Mari Watson, Managing Director at Tverga pointed out four qualities in schoolyard design: Variations, zones, nature and size. She also presented the key method to achieve thriving and creative schoolyards, namely design thinking. Make sure to know what the challenges are and who your target groups are - before designing the schoolyard. Best practice examples from Denmark and Stavanger, Norway Kine Marie Krogh Olesen, Landscape Architect at Stavanger municipality and Ola Mattsson, Development Consultant at the Danish Foundation for Culture & Sports Facilities, both shared inspiring examples of schoolyard projects. While Kine talked about how Stavanger municipality systematically maps and upgrades its schoolyards, Ola explained the Danish campaign “Drøn på Skolegården”. Ola had a clear message to everyone engaged in schoolyard design: Note down clearly defined challenges and potentials in the local area and let that form the basis for the project's vision! The webinar was moderated by IAKS Nordic President André Flatner. The recording is available for free for IAKS members. Simply contact the IAKS headquarter at info@iaks.sport to ask for the access code. www.nordic.iaks.sport

NEWS

TEMPORARY EXPANSION AT WORLD ATHLETICS CHAMPIONSHIPS 2023

NUSSLI MAKES STADIUM CONSTRUCTION SUSTAINABLE Photos: Ivan Rozsa

Rendering: NÜSSLI Group

From 19-27 August 2023, the third-largest sporting event in the world took place in Budapest with the World Championships in athletics. Based on the concept of NAPUR Architects, NUSSLI expanded the “National Athletics Center” constructed for the event by 25,000 seats – and thus shows how forward-looking and sustainable stadium construction can and must function in the 21st century.

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“White elephants” are stadiums that remain as ghost sports facilities after their use. They were often planned for one event only and are completely oversized for subsequent use by the local population. Modern stadium construction can eliminate this problem through intelligent planning, as NUSSLI is demonstrating together with NAPUR Architects at this year's World Athletics Championships in Budapest. Pioneering achievement in sports facility construction The stadium complex “National Athletics Center” (Nemzeti Atlétikai Központ) is a pioneering achievement by NAPUR Architects, built on a 15-hectare site. The vision was to create a versatile centre for sports and community, with a total seating capacity of 15,000 and flexible expansion possibil ities. The requirements for the building were ambitious from the outset, as it was not only to meet the needs of the local sports community, but also to comply with international standards for major events. This required an innovative solution to create additional spectator seating without compromising the functionality of the stadium. Flexibility through innovation To meet this demand, NUSSLI and NAPUR Architects rely on intelligent temporary structures. The floating roof structure over the elevated entry level allows the intermediate space to be used for a temporary second tier. For the World Athletics Championships, the NUSSLI team planned and installed a closed upper tier with 25,000 additional seats in this area. After the closing of the event, this temporary part of the stadium will be dismantled again by the end of November. The roof with the complete scoreboards, lighting, and

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sound equipment as well as the permanent lower tier will remain. This will ensure that the stadium is not over-dimensioned even after the major event, and that it is used sensibly in the long term without becoming a “white elephant”. It will thus remain a modern and functional centre for sports and the community. Beyond the end in itself The new “National Athletics Center” was built on the former Vituki industrial site on the banks of the Danube. With the construction of the stadium, this area will be sustainably redeveloped and turned into an attractive public sports and recreation park. The infrastructure built for the major event will be transformed into an urban meeting zone. While the lower stadium level will permanently accommodate 15,000 spectators for sports and cultural events, the elevated level will offer a view of the stadium and the park with the Danube. The elevated entry level will be completed by spring 2024. Planned are running and roller-skating tracks, street workout facilities, training areas and street food offerings, which will be covered and illuminated thanks to the pergola roof construction. Thus, the free plateau area will be actively used on a daily basis but will remain usable in the future for a next major event requiring additional space. It has long been known that event buildings should no longer serve purely as an end in themselves. The combination of permanent and temporary structures is a respon sible solution for large-scale events in the sports and cultural sector that offers flexibility and does not leave behind any ghost sports sites.

NEWS

NEW TO THE IAKS NETWORK

KÜFFNER ALUZARGEN RHEINSTETTEN (GERMANY )

CITY OF MELBOURNE VICTORIA (AUSTRALIA)

Küffner Aluzargen GmbH & Co. OHG is a manufacturer of special doors with aluminium frames, which are used in swimming pools and sports facilities. From design through to implementation, Küffner supplies door solutions with a range of frames and wall connections that are suitable for wet areas. In addition to framed doors and wet and damp room doors, the company also makes barrier-free space-saving doors for the public sector. Küffner has innovative products for creative solutions with sustainable quality, stylish aesthetics and durable function.

Melbourne is the capital city of Victoria, and Australia’s second-largest city. Melbourne City Council is the local government body responsible for the municipality of Melbourne, which includes metropolitan Melbourne’s innermost suburbs and the central business district CBD. Melbourne is the sporting capital of the world and is home to the historic Melbourne City Baths, the famous Tan running track and lively Birrarung (Yarra) River. It aspires to be a global leader inspiring people to be more active in their everyday life.

www.kueffner.de

www.melbourne.vic.gov.au

DB PERKS & ASSOCIATES NORTH VANCOUVER (CANADA)

FOUNDATION FOR TOMORROW'S SCHOOLS PREMBROKE (MALTA)

DB Perks & Associates Ltd, operating as Commercial Aquatic Supplies is a 100 % Canadian owned and operated company which has been supplying and servicing public aquatic centres throughout Canada since 1974. The portfolio ranges from water testing kits, chemistry controllers, cleaning & maintenance supplies, mechanical equipment, filters and pumps, racing lanes, deck equipment, and program supplies, mechanical rooms to deck level. The service team has complete knowledge of chemistry pool controllers, chemical feed pumps, filters and mechanical systems. DB Perks take pride in supporting various provincial organisations and providing lifeguard scholarships.

The Foundation for Tomorrow's Schools (FTS) was set up in 2001 to design and build new schools for the Government of Malta. It also has the responsibility of refurbishing existing schools and undertaking minor projects at various educational facilities. The Foundation is involved in projects from concept stage to their actual commissioning.

www.commercialaquaticsupplies.com

www.fts.mt

Its mission is to provide children, students, educators and local communities with modern and better e ducational facilities in line with the expectations of the education authorities of Malta.

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BEPA TORFABRIK NORDASSEL (GERMANY )

YMCA VICTORIA OAKLANDS PARK (AUSTRALIA)

Since 2010, the company has specialised in the sale of football goals, steel and aluminium football field goals, goal walls and players' cabins. All football field goals and football training goals are fully welded. Furthermore, BEPA offers installation service and factory assembly for football goals and football field goals. If desired, TÜV testing according to DGUV 202-044 can be carried out at the same time as installation for an additional charge.

Having managed local government recreation facilities across Australia for more than 30 years, YMCA Victoria is a national leader in facility management for aquatics and leisure. The YMCA Victoria offer a variety of services to the community including fitness and wellness, gymnastics, stadiums and facility hire, swimming and nutrition.

www.bepa-torfabrik.de

www.victoria.ymca.org.au

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sb 5/2023

Racing Lanes I Divisional Lines I False Start Ropes Backstroke Flags I Fixations I Storage Trolley

NEWS

NEW TO THE IAKS NETWORK

ILESEUM PUNE (INDIA)

SOLARABSORBER PRODUKTIONS GMBH VORDERNBERG (AUSTRIA)

ILESEUM stands for Inclusive Localism for Excellence in Sports, Education and Urban Living Management.

Solarabsorber Produktions GmbH manufactures MAZDASOLAR absorbers, which are mainly used in the following fields: • Solar heating of public and private swimming pools • Cooling surfaces for curling rinks and ice rinks • Roof surface heating for buildings at risk of collapse under high snow loads

The goal is to develop and operate mix-use and multi-use infrastructure for world class sports clubs that are operationally flexible and economically sustainable, while delivering ROI’s to developers, institutions and governing bodies on large sports clubs and lifestyle assets.

With nine sports clubs, 6,000+ members and 13,000 students in the sports academies Ileseum Clubs is the largest sports and leisure clubs brand emerging out of India.

The company based in Vordernberg is responsible for the production, planning, sales and installation of MAZDA-SOLAR absorbers and also handles construction management.

www.ileseum.club

www.mazda-solar.com

ARCTIC RIJEKA (CROATIA)

SPORTENG HAWTHORN EAST VIC (AUSTRALIA)

Arctic d.o.o.‘s main business is production, sale and rent of equipment for mobile and permanent ice rinks. Main products are EPDM cooling surfaces for ice rinks, ice skateways and ice slides. The EPDM cooling surfaces are produced in different customized sizes and shapes according to clients‘ needs. The production ranges from wooden boards, plastic white boards, transparent polycarbonate and more custom made boards.

SPORTENG specialises in the planning, design and construction inspection of fields of play for all sports. Blending engineering with specialist knowledge gained from working closely with sport governing bodies, stadium curators, sport planners and architects, SPORTENG provides leading-edge technical advice for all forms of field of play.

Arctic pride themselves in the development of a new prod uct on the ice rink market. LED RGB digital interactive lighting is integrated in the ice rink equipment to offer a new kind of attraction.

Pivotal to the SPORTENG approach is our understanding of the specific design requirements for a field of play and our appreciation of how facilities will be constructed, operated and maintained. Our specialist team, the largest in Australia, brings every skill to the table to ensure we can deliver the highest quality and most appropriate design option for clients.

www.arctic-klizalista.com

www.sporteng.com.au

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SPORT SYSTEM ATAM LIMA (PERU)

SPYROS SOUTH JAKARTA (INDONESIA)

Sport System Atam E.I.R.L. is a leading company in the ins tallation of high performance sports floors. It offers integrated and customised solutions depending on the type of sport. The company has more than 20 years of experience in the market and has completed more than 400 successful projects for national and international clients. The portfolio ranges from consulting to installation and maintenance. The aim is to create an optimal playing environment that enhances sporting performance and meets the highest standards when hosting competitions.

SPYROS is a provider of comprehensive solutions for LED display systems, scoreboards, arena seating, sport timing system, turnstile & access control, video assistant referee and instant replay system. With a strong commitment to innovation, quality, and customer satisfaction, the company wishes to be a trusted partner for sports arenas, sport events and entertainment facilities in Indonesia. Recent projects include the delivery and construction of the scoreboard cube, LED display, and instant replay system at the GBK multipurpose stadium for the FIBA Basketball World Cup 2023.

www.sportsystemperu.com

www.spyros.co.id

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HOW SKATE PARKS CAN BE DESIGNED TO BE WCMX-FRIENDLY

RECOMMENDATIONS FOR A NEW USER GROUP IN WHEELCHAIR SPORT Author: Photos:

Dr. Veith Kilberth Anna Spindelndreier, SitNSkate, Patrick Mikulski, Jörg Photography, Pascal Lieleg

The building of skate parks is booming. There is obviously a growing need for urban spaces in youth culture that provide infrastructure for such exercise practices as skateboarding, BMX, inline skating, stunt scooters and, for some years now, WCMX. In his guest article, Dr Veith Kilberth gives us a preview of an academic publication on the inclusion of wheelchair skating in skate parks, due to be published in 2024. It can also be seen as a call to municipalities to take action. Working with Lisa and David Lebuser, Dr Veith Kilberth will publish the findings of the study in the research field on sports spaces and the ongoing development of inclusive structures in sport. The publication is entitled: “Zur Teilhabe von WCMX-Skater*innen in Skateparks. Eine erste Annäherung an eine inklusivere Planung von Skateanlagen”

(On the inclusion of WCMX skaters in skate parks. A first step towards the design of more inclusive skate parks). The authors see their work as an initial guide containing the central points for the design of WCMX-friendly skate parks, which can also be interpreted as a recommendation for municipalities.

WHAT IS WCMX The abbreviation WCMX stands for “Wheelchair MotoX” – along the lines of BMX (Bicycle Motocross) – and is also known as “wheelchair skating”. WCMX is an extreme sport in which athletes use a wheelchair to perform tricks and stunts on skate park ramps similar to those designed for skateboarding and BMX. These stunts include jumps, slides and flips. The sport was invented by Aaron “Wheelz” Fotheringham. Among other things, he was the first to perform a backflip in a wheelchair. To practise the sport, the athletes use a special manual wheelchair, which is made of lighter materials and has a fully sprung frame to protect the legs and absorb shocks. Athlete safety is also ensured by the wearing of gloves and a bicycle helmet.

Sports wheelchair users are a relatively new phenomenon in skate parks and are being increasingly perceived as a user group. In participatory skate park planning geared to local needs, there are growing moves to accommodate the wishes and needs of WCMX participants in design. There is broad variation in how the issue is tackled.

Consequently, the skate parks being built all over Ger many differ greatly in quality, ranging from facilities that do not even offer barrier-free access for wheelchair users to skate park sites explicitly designed for WCMX use. An example of the latter is the Höhenberg Skate Park in Cologne.

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Study on the inclusion of wheelchair skating at skate parks In a first approach on sports spaces, the issue of inclusion and diversity is applied to the phenomenon of the WCMX use of skate parks. In general, the study ties in with the requirements of the United Nations Convention on the Rights of Persons with Disabilities (CRPD). This demands that “[...] persons with disabilities [are able] to participate on an equal basis with others in recreational, leisure and sporting activities [...]”. In particular, the paper seeks to encourage the further devel opment of inclusive spatial structures in sport (cf. Bükers & Wibowo, 2020, p. 73). In practical terms, the findings are intended to provide important guidance for municipalities on how to deal with the issue and to provide a concrete tool for the inclusion of WCMX in skate park design. Two research questions can consequently be formulated: 1. Which design requirements must skate parks meet to facilitate autonomous WCMX use without assistance? 2. What are the options and difficulties in practice when designing WCMX-friendly skate facilities? To answer the questions, the case study research method was chosen. Adopting a multi-method approach, the German

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WCMX community was interviewed, as a result of which the skate park of Wilhelmsburg Integrated Comprehensive School was selected as a model of good practice. The skate park built in 2013 is located in Hamburg and covers an area of around 1,700 m². People involved in the planning and construction were also surveyed using guided interviews. WCMX limitations The movement limitations that prevent WCMX skaters – unlike other typical roller sport user groups at skate parks – from using a skate park autonomously and without assistance can be narrowed down to three main points: Speed: Limited ability to generate speed at ground level to get to starting points so that elements can be approached at elevated speeds and differences in levels overcome. Jumps: There is no way to jump from the ground unaided to overcome differences in levels. Multi-level skate parks can only be used with wheelchair-accessible transitions via banks and transitions with suitable angles and radii. Width of the sports equipment: Due to the width and rigidity of the axle of a modified WCMX wheelchair of approx. 45 to 70 cm, a matching minimum width of skate park elements is required to make them accessible. In addition, the rigidity of the axle limits wheelchair manoeuvrability at higher speeds.

Consequences for skate park design From the analysis of the IGS Wilhelmsburg Skate Park, the following requirements arise with regard to WCMX use: Getting there: Barrier-free skate park access, in accordance with DIN 18040 for barrier-free construction, with the freedom to deviate from this standard in the design of the skate area for desired WCMX use; Get on table: Unaided riding to elevated starting points in the (sports) wheelchair;

Roll-On features: Elements that can be accessed from the ground; Entry and exit: Unaided entry to and exit from the various parts of the skate park; Element geometry: Element design that accommodates WCMX wheelchair needs in terms of wheelbase width and grindbar height ; Lines: Route design across the skate park site to enable the elements to be skated sequentially.

DEGREE OF WCMX-INCLUSIVE DESIGN 3. THE WHOLE AREA

BARRIER-FREE ACCESS TO THE FACILITY

BARRIER-FREE ACCESS AND EXIT TO/FROM ALL SKATE AREAS UNAIDED RIDING TO ALL STARTING POINTS ON RAMPS FREE HORIZONTAL MOVEMENT ON ALL SKATEPARK LEVELS MANY SPECIFIC ROLL-ON ELEMENTS MANY LINES

2. SEVERAL AREAS

MINIMUM OFFER

1. ONE AREA

BARRIER-FREE ACCESS TO THE FACILITY BARRIER-REDUCED ACCESS AND EXIT TO/FROM SEVERAL SKATE AREAS UNAIDED RIDING TO FURTHER STARTING POINTS ON RAMPS FREE HORIZONTAL MOVEMENT ON SEVERAL SKATEPARK LEVELS SEVERAL LINES SPECIFIC ROLL-ON ELEMENTS

BARRIER-FREE ACCESS TO THE FACILITY

BARRIER-REDUCED ACCESS AND EXIT TO/FROM ONE SKATE AREA GENERAL ROLL-ON ELEMENTS RIDING TO STARTING POINT ON ONE RAMP WITH NO/LITTLE SUPPORT ONE POSSIBLE LINE

WCMX INCLUSION SCALE

The figure “Degree of WCMX-inclusive design” shows which equipment features are recommended as the minimum for the inclusion – and more – of WCMX in skate park design. 16

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An opportunity for greater inclusion The options and difficulties when accommodating WCMX in skate park projects are manifold. As for the options and opportunities, there is among other things the increasing establishment of WCMX and the growing number of WCMX practitioners along with the associated activism and events. In terms of social policy, there are strong arguments in favour of including WCMX on principle in skate park proj ects. Thanks to the many integrative possibilities in contemporary skate park design, there is also plenty of scope for creatively satisfying the spatial and physical preconditions for WCMX. In addition, the inclusion of WCMX in skate parks, i.e. the joint use of skate parks by people with and without disabilities, represents a great opportunity in terms of inclusion.

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As reasons that make the integration of WCMX structures and elements appear difficult, respondents essentially cited two points. Firstly, it is assumed that their adoption involves more work and expense. Attention was also drawn to the absence of WCMX stakeholders locally and ignorance of the issue among those involved in planning at some locations. True to the motto of disability studies (“Plan with us for us”) it should be noted that it is essential to involve WCMX stakeholders in skate park design. The full paper will be published in the volume “Sport und Raum im Spiegel von Inklusion und Diversität” of the University of Hamburg (publisher: Bükers, F., Krieger, C. & Bindel, T.) in 2024.

NEWS

2023 IOC IPC IAKS ARCHITECTURE PRIZE INTERNATIONAL JURY

The jury panel of experts had a tough job to decide from the large variety of outstanding project submissions. This year’s jury is manned by renowned international personalities. New to the adjudicating process is Steven Mifsud (Direct Access) from the United Kingdom. He can count on the teamwork with long-standing jury members Gary Conrad Boychuk (IAKS), Gilbert Felli (IOC), Klaus Meinel (IAKS), Laura Munch (Realdania), and Ernst-Ulrich Tillmanns (4a Architekten). Gilbert Felli has been working as IOC Senior Advisor since 2014. Among many other positions within the IOC (1990 to 2014), he acted as Olympic Games Executive Director, being respon sible for the running, coordination and follow-up of all Olympic Games and Youth Olympic Games activ ities, from the candidature phase to the actual holding of the Games. Gilbert has a diploma in architecture, and worked several years in construction business in Switzerland before switching to the sports world. Steven Mifsud is founder and CEO for the global awardwinning multi-faceted disability and inclusion organisation, Direct Access. He also took the position of Director of Accessibility (for Direct Access) on behalf of Dubai Expo2020 for the duration of the event. In 2021, Steven was appointed MBE (Member of the British Empire) in her Majesty the Queen’s Birthday Honours. Klaus Meinel has been responsible for the management of IAKS since 2003. In 2015 he was appointed IAKS Secretary General. In 1997 Klaus joined the IAKS headquarters in Cologne as a scientific staff member. From 1995 to 1997, he was a technical officer at the German Association of Landscape Architects in Bonn and Berlin. Klaus holds a diploma in landscape architecture after having visited universities in Hanover (Germany) and Tours (France) from 1988 to 1995.

Laura Kristine Bjerre Munch works as Head of Projects at Realdania Foundation. She focuses on the development of common spaces regarding physical activity, inclusion, social relations, and sustainable urban life. She has been involved in numerous projects regard ing physical activity for a broader realm and has an extensive experience from working within the fields of the built environment and politics of sports and recreational life. Laura has formerly worked for the Danish Foundation for Culture and Sports Facilities and amongst others, she has been involved in the IOC/IAKS award-winning projects “Athletic Exploratorium” in Odense “Herning Football Experiment” and “StreetMekka” in Copenhagen. She holds a Msc in Humanities and Social Sport Sciences and is a graduate in Organisation and Management from Copenhagen Business School. Gary Conrad Boychuk is one of Canada’s foremost designers of multi-purpose mid-size spectator venues. He has been involved in over 120 sports and recreation initiatives through out Canada and the United States. Conrad has extensive experience in the public consultation process and the development of master plans and feasibility studies that reflect broad-based community needs while recognizing and responding to financial and eco nomic impact. Conrad is Canada’s national representative on the International Union of Architects’ Sports and Leisure Group. Ernst-Ulrich Tillmanns founded 4a architects in 1990 after having worked for five years with Behnisch and Partners. 4a architects are an international architectural practice with offices in Stuttgart and Moscow. They focus on planning, constructing and rehabilitating buildings in the public sector. During the last 25 years, 4a architects have realized numerous leisure and thermal pools, sports and health- oriented buildings, cultural and educational facilities as well as hotels. Ernst-Ulrich gives lectures home and abroad at conferences and other occasions.

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BUILDING R ESILIENT COMMUNITIES THROUGH SPORTS AND LEISURE FACILITIES

28th IAKS Congress

The world‘s leading international forum on the planning, building and management of sport and leisure facilities

24-27 Oct 2023, Cologne, Germany

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PRIZE-WINNING PROJECTS FROM ALL OVER THE WORLD

IOC, IPC AND IAKS PRESENT INTERNATIONAL ARCHITECTURE PRIZE FOR SUSTAINABLE, ACCESSIBLE AND INNOVATIVE SPORTS AND LEISURE FACILITIES At the festive gala on 24 October 2023, the International Olympic Committee (IOC), the International Paralympic Committee (IPC) and the International Association for Sports and Leisure Facilities (IAKS) are presenting the much-coveted awards for exemplary sports and leisure architecture. At the ceremony, distinguished personalities from architecture, management and sport will come together to honour facilities that set new standards in sports and leisure facilities. A total of eleven projects in five categories will receive the IOC IPC IAKS Architecture Prize. Two student projects representing the future of sports architecture will be recognized for their originality and inventiveness. In addition, two Public Choice Awards will be presented for the first time. The jury had their hands full, with 88 competition entries from 22 different countries, including Australia, Germany and Canada, although projects with exceptional design and functionality were also submitted from Nepal, Thailand and Brazil. Notable successes It is a remarkable fact that this year almost half of the award-winning projects are associated with the theme of "water" in any aggregate state, be it as a sports space as such or due to its topographical location. Canada occupies a leading position in terms of the number of award winners. A total of six award-winning sports and leisure facilities can be found there, including several community centres, an ice rink, an urban park and a rowing centre. Canadian architects MJMA are being commended in two categories for projects in their home country, namely for the Churchill Meadows Community Centre and, in coopera tion with Raimondo + Associates Architects, for the Neil Campbell Rowing Centre.

This year, the jury selected many inspiring projects that generate value for local communities – an important issue in the world of sport that also reflects the theme of the IAKS Congress: “Building resilient communities through sports and leisure facilities”. International interest in the youngs talents architecture award In addition, the IOC, IPC and IAKS are presenting the Architecture and Design Award for Students and Young Professionals, recognizing innovative designs and strategies for sports and leisure facilities. This competition is a great platform and targets young architects, landscape architects and designers who are still studying, or fresh professionals who are in the first years of their careers. It encourages approaches by architects and designers that want to create architectural spaces for an active lifestyle. A total of 13 interesting designs and concepts were submitted from all over the world, including China, Germany, Norway and Poland. The jury is presenting two awards to projects in Canada and Ireland. Public Choice Award enjoys great response For the first time in the history of the IOC IPC IAKS Architecture Prize, a Public Choice Award is being presented. Both completed projects – ranging from small trend sports facilities to large stadiums, indoors, outdoors and in the water – as well as the newcomer designs were up for selection. The professional public had the chance to nominate a top candidate in each of the categories by 30 September 2023.

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Winners of the 2023 IOC IPC IAKS Architecture Prize are: Category „Community outdoor grounds and public areas“ • SFU Stadium, Burnaby, Canada Architect: Perkins and Will Operator: Simon Fraser University • Skanderborg City Baths, Skanderborg, Denmark Architect: Spektrum Arkitekter Operator: Skanderborg Kommunes Biblioteker • Rainbow Park, Vancouver, Canada Architect: DIALOG Operator: Vancouver Board of Parks and Recreation

Category „Indoor facilities for sports, leisure and recreation“ • Churchill Meadows Community Centre, Mississauga, Canada Architect: MJMA Architecture & Design Operator: City of Mississauga • Ravelin Sports Centre, Portsmouth, United Kingdom Architect: FaulknerBrowns Architects Operator: University of Portsmouth • Centre De Glaces Intact Assurance, Québec, Canada Architect: Lemay Operator: Corporation de gestion du Centre de Glaces de Québec

Category „Pools, spas and wellness facilities“

• Silvretta Therme, Ischgl, Austria Architect: KRIEGER Architekten | Ingenieure with Wimreiter & Partner Operator: Silvrettaseilbahn • Maple Ridge Leisure Centre Expansion, Maple Ridge, Canada Architect: SHAPE Architecture Operator: City of Maple Ridge

Category „Specialised facilities for sports, leisure and recreation“ • Maritime Center, Esbjerg, Denmark Architect: Werk Arkitekter with Snøhetta Arkitektur Operator: Esbjerg Municipality • Neil Campbell Rowing Centre, St. Catharines, Canada Architect: MJMA Architecture & Design with Raimondo + Associates Architects Operator: Canadian Henley Rowing Corporation

Category „Major outdoor stadiums“

• Japan National Stadium, Tokyo, Japan Architect: TAISEI DESIGN Planners Architects & Engineers with AZUSA SEKKEI and with Kengo Kuma & Associates Operator: Japan Sport Council

Architecture and Design Award for Students and Young Professionals • The Entwine, Canada Design: Kaamil Allah Baksh • Between Borders, Ireland Design: Cian O’Mahony

Public Choice Award - IOC IPC IAKS Architecture Prize • Quintal do Ban, Campinas, Brazil Architect: Effect Arquitetura & VMOffice Operator: Ancar Ivanhoe – Shopping Parque das Bandeiras

Public Choice Award - Architecture and Design Award for Students and Young Professionals • Rio Rimac Sports & Recreation Center, Peru Design: Carlos Amed Carrillo Aguilar and Jorge Luis Castillo Tomás sb 5/2023

SIMON FRASER UNIVERSITY STADIUM IN BURNABY

FLOATING ABOVE THE STANDS

The opening of SFU stadium is the culmination of a vision that was born alongside the founding of the university. Ever since the concrete bleachers in the original development plan were deemed too costly, the campus has been void of this critical community-building space. Architects Perkins and Will designed the canopy as thin as possible to create the impression that the expansive cantilever floats above the seats. Recognizing that athletic events only occur 20 days out of the year, the intent was to design an outdoor gathering space for both formal and informal uses, providing a variety of gathering and viewing opportunities to allow students the freedom to enjoy events as they decide. The natural slope from the athletics complex down to the field was the

perfect location for the new stadium with 1,823 formal seats and over 300 informal seats to enjoy events and socialize at Terry Fox Field. The expansive cantilevered roof, which covers over half the seating, integrates a press box at the terrace level and provides washrooms, service spaces and the football locker room located below.

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2023 IOC IPC IAKS Architecture Prize

Heavy impact on the canopy Heavy snow loads, large cross-laminated timber panels with integrated systems, and tight clearances to the adjacent sports complex made engineering, fabrication, and installation of the roof structure particularly challenging. The canopy design pays respect to the athletic and cultural feats that will be viewed on the field. Incredible amounts of practice and training are behind the moments of brilliance spectators will witness on the field. The same sense of magic is captured in the canopy.

Magical experience for both spectator and athlete The primary design element is the cantilevered roof canopy over the centre section of seats. To emphasize the viewing experience for the spectators, the structure was deliberately minimized, and all the services are integrated into the cano py. The intent was to make the canopy as thin as possible to create the impression that the expansive cantilever floats above the seats. With unobstructed views out to the field and into the stands, the design creates a magical experience for both spectator and athlete.

JURY VERDICT At first glance the Simon Fraser University Stadium appears to simply be an elegant canopy over a portion of the football field seating. However, this area was originally a sloped green space separating the sports-oriented Lorne Davies Complex from the adjacent field. The green space has in fact been an important outdoor gathering and socialising space for the students, and the development of the stadium canopy project was funded by the students. The overall development supports three key aspects of the university experience. First, the outdoor space can be used as a classroom as part of the academic realm. Secondly, the area, facing south, is a gathering and socialising space for students, allowing for spontaneous interaction. Finally, the area can function as a protected area of the viewing of football and athletic programmes and activities. The design is elegant and simple and provides an architectural outdoor ceiling rather than a simple stadium roof. The predominance of structured wood in the roof supports the goal of local and sustainable materials. The transition from a sloped grass seating area to more structured seating terraces has provided an opportunity to better respond to the needs of students and users with a disability. sb 5/2023

Gathering places The stadium’s design strives to create a new type of public space on campus. On event days, it is a performance venue that supports a range of viewing experiences, including formal seating for those who want to focus on the game and areas for socializing for those who like to mingle. Outside of event days, it becomes a south-facing outdoor seating area to view athletic or cultural events that supports the building of community on campus. One of the concepts for the fan experience at the SFU Stadium is the provision of a number of options for watch ing events. Fans can choose to sit under the canopy, in the open-air seating area, gather on the food truck terrace, or lounge on the terraced landscape ramp benches. The goal was to provide equivalent experiences for all fans with accessibility challenges. Accessible seating areas are provided in multiple locations around the stadium: under the cover of the canopy, in the open seating areas, and in the terraced landscape. All the accessible seating areas are provided with companion seats so that fans with mobility challenges can sit with their friends. The accessible seating spaces enjoy equivalent sightlines to all the other seating options in the stadium. 2% of the seats in the stadium are accessible. The covered formal seating under the canopy provides weather-protected outdoor space for club or social gatherings, the uncovered formal seating’s being smaller in scale provides an alternate space, and the terrace, informal ramp seating and adjacent spaces offer other options for the campus community.

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Finding answers to climate change As a community driven project, there was a strong desire to incorporate sustainable materials such as wood into the design as a low carbon material that could be sourced locally. The design team developed the concept to drop cross-laminated timber (CLT) panels below cantilever steel girders to provide a continuous wood structure. During early review of the structural design, the use of mass timber CLT panels was seen to have exciting benefits for the canopy surface, provided robust weather proofing details were in place. As a renewable resource with low-embodied energy and carbon sequestering capabilities, over 152 m³ of timber was used in the canopy, replacing more carbon intensive alternatives such as conventional steel framing and aluminium cladding. The SFU stadium canopy makes innovative use of CLT panels as both a structural and finish element by suspending the timber deck below the five large steel girders. The CLT panels are protected from harmful UV damage by being installed as a soffit under the roof. The warm, welcoming feeling conveyed by the wood soffit creates a comfortable community-building atmosphere at games. The metro Vancouver region has experienced increasing extreme heat conditions in the summer months due to climate change. The canopy over the seating creates a shaded outdoor area that provides the campus community with respite from the heat. The seating area has been used as a marshalling area for children’s camps at SFU as well as a covered, outdoor classroom. SFU stadium is helping with climate mitigation because it provides shaded, outdoor public space for gathering on campus.

Location Burnaby, Canada Client / Operator Simon Fraser University

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Architects Perkins and Will Vancouver, Canada www.perkinswill.com Author Babak Manavi

Photos Andrew Latreille Official opening June 2020 Contruction costs EUR 14 million 25

2023 IOC IPC IAKS Architecture Prize

SKANDERBORG CITY BATHS

SPORTS AND RECREATION IN, ON AND BY THE WATER

Skanderborg City Baths creates a meeting point that connects nature, recreation, culture, and city life. The project is an innovative combination of well-known functions and experiences from other lake and harbour baths and multifunctional urban spaces. Located close to the culture centre, the sports activities associated with City Baths are integrated with new venues for outdoor cultural activities. City Baths was designed by Spektrum architects and is connected to “Kulturløberen” – the cultural square used for daily activities and as support for events. Some years ago, a small pontoon pool was established at the lake of Skanderborg, located in the city park in front of the cultural centre, which among other things houses the city’s library. The pontoon pool quickly became a success, and it was decided to establish “City Baths”. The facility received funds from the Danish foundation for culture and sports facilities. City Baths includes swimming pools, a south-west facing terraced sun deck with tiered seating spaces, and a lookout platform with a view and facilities for diving. The facility is accessible via either of two bridges. The northernmost bridge is a continuation of the “Culture Axis” – a path that runs from the culture centre through the cultural square and out to City Baths. The axis continues via the bridge to a staircase adjacent to the terraced sun deck and up to a lookout on the roof terrace, overlooking the lake. Access to the tour boat “M/S Dag26

mar” is connected to this northern course. The southern access bridge connects City Baths to the city park via the cultural square. Sun and winter bathing The area east of the sun deck is open for diving and winter bathing. The south-eastern corner acts as a docking area for kayaks, stand-up-paddlers, and small boats, while the 3-m and 5-m-diving platforms are situated alongside the sun deck. The sun deck orients itself to the southwest and offers a great view to the city and landscape. Facilities for year-round enjoyment are incorporated underneath its terraces. These consist of a multipurpose room with kitchen, toilets, changing rooms and showers and not least a sauna with a view out to the lake. The leftover space below the stairs is used to store kayaks and paddleboards. sb 5/2023

Patio forms the central meeting place The patio offers both access to the sun and shelter from the wind, whilst providing access to the facilities under the sun deck. Bathing takes place in a protected area on the wooden deck. Three separate basins are made as recesses in the deck: a children's pool with a shallow depth (0.3-0.5 m), a play pool (0.8-1.0 m), and a deeper pool for exercise swimming (1.3- 1.5 m). The pool area is surrounded by seating steps.

City Baths is largely built in sustainable or environmentally friendly timber and wood-based materials. Timber is a renewable material that is very suitable for a building or facility for recreational use in a maritime environment. The types of wood used were carefully selected in relation to their use. For example, the underlying construction around the pools is made of FSC Azobé with the decking boards in FSC Tali. These species of timber are resistant to rot and fungus and are therefore the most suitable for building wooden bridges and promenades.

JURY VERDICT Being a nation surrounded by the sea, Denmark has a historical tradition of promoting swimming and bathing facilities along its coast as well as by its inland lakes. Skanderborg City Baths represent a revitalisation of the historical tradition. Being a community facility of high quality, the jury found that Skanderborg City Baths stand out for its high standards of accessibility, architecture and not at least cultural and social sustainability. The facility represents a multif unctional design, caters for both organised and self-organised sports, cultural activities and outdoor life for everyone. Placed as an extension of a cultural house, the structure not only provides swimming and re creational activities, but bridges across organised and self-organised activities of the cultural house, the sea bath and the surrounding park area. The jury recognizes that Skanderborg City Baths significantly contributes to creating a community facility with a very high degree of place-making. On top of that, the facility represents a very high level of accessibility and demonstrates successfully how to integrate the p erspective of universal design into the entire design and building process. sb 5/2023

Nature-related sensation The changing rooms are open to the air and unheated. The facade is clad with open vertical timber slats to allow air to flow freely in and out of the rooms. The open facade offers views to the lake and the sky and aims to enhance the sensory experience of the facility, while the profile of the timber, shields the users from onlookers outside the rooms. The carbon footprint of the building was reduced significantly by the decision to keep these rooms unheated and therefore saving materials such as insulation and heating through the life of the building. The sauna and the multipurpose room are also naturally ventilated. The multipurpose room offers a beautiful indoor frame for sports, cultural and recreational activities. It is available for local institutions, associations and municipality organizations and is used intensely for meetings, workshops, cultural and sports activities such as yoga and gymnastics. The largest user group is a winter bathing club which currently has 500 members. Focus on universal design City Baths is an example of how accessibility for all can be incorporated into architecture, resulting in universal design as

a natural, beautiful, and dignified solution. It was taken care of that people with a physical disability can use all rooms, particularly the water areas on equal terms with the other users. For example, water is accessible via a ramp both into the swimming basins and the lake outside. Through innova tive, varied and equality-based solutions, the project became an excellent example of how universal design can create an exciting and attractive urban space for all, e.g. across functional ability and age. There are two toilets at the facility, of which one is a universally accessible toilet. Accessibility and universal access is a pervasive element in the design of City Baths. Accessibility is predominant in all functions, including access into the water and around the facility via accessible ramps and decks. This creates an inclusive facility that welcomes everybody, regardless of the mobility level. There are ramps leading from the land to the facility and a sloping deck on the east side of the pools. From the deck that surrounds the pools, ramps along the inner pool edges allow users with reduced mobility to enter the pools. There are no level differences between the patio, multi purpose room, changing rooms, toilets and sauna providing equal and easy access for everybody.

TERRACED SUN DECK

PATIO SKANDERBORG CULTURE CENTER

DIVING PLATFORMS

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Low-energy lighting In the evening, City Baths is illuminated with lighting to improve wayfinding. The access bridge from the cultural square to the facilities under the sun deck is illuminated with functional but low lighting with LED strips, integrated in the handrail. In the lower step of the terraced sun deck, there is also an integrated LED strip that ensures wayfinding to the facilities located under the sun deck. Parking spaces are situated by the cultural centre, including parking spaces for persons with a disability, and access via an elevator is ensured. Bicycle parking will be established in 2023/2024.

Location Skanderborg, Denmark Client / Operator Skanderborg Kommunes Biblioteker

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Architects Spektrum Arkitekter Copenhagen, Denmark http://spektrumarkitekter.com/da/ Author Lykke Kvistgaard

Photos MT Højgaard, Ulf Elbrønd, Per Bille, Spektrum Arkitekter Official opening December 2021 Contruction costs EUR 1.96 million 29

RAINBOW PARK IN VANCOUVER

A MAGNETIC AND MULTILAYERED “COMMUNITY PORCH”

As downtown Vancouver’s first new park in over ten years, this vibrant and inclusive space is the Park Board’s gift to its residents. The design exemplifies inclusive and creative engagement tactics by an interdisciplinary design team at DIALOG through extensive research and applying the City’s policy guidelines. Bringing green space to the city centre, it provides a place to gather, engage in social activities, enjoy an on-site café, and take in one’s environs from the pedestrian bridge. Originally named Smithe and Richards Park after its location, the Vancouver Park Board worked with the Musqueam, Squamish, and Tsleil-Waututh nations to establish a new name: sθəqəlxenəm ts’exwts’áxwi7 which, in the hən̓ q̓ əmin̓ əm̓ and Squamish languages, means “Rainbow Park”, selected because the park site was once “a marsh where the sun and mist would form rainbows”. “Rainbow” is also a nod to the area’s LGBTQ history. The Rainbow Park is a place where many activities and interactions can unfold simultaneously all while providing access to nature and a place for respite. The integrated project team successfully blurred the lines between architecture, landscape architecture, and bridge engineering to create a new vibrant and accessible public space. 30

The park’s design incorporates a series of overlapping terraces with communal spaces and interactive elements, enhanced through three key components to the community porches concept: firstly, the café pavilion that feeds life and energy into the space; secondly, the pedestrian bridge – an elevated structure that weaves over and across the park. Its dynamic and dramatic form provides a curious and dis tinctive marquee within the predominantly grey concrete surrounding context, acting as both a lookout and a foil for the adjacent tall towers. Hammocks and art installations attached to the bridge further activate the space. And thirdly, “sky frames”; a series of structural metal arches aligned diagonally along the park’s spine, linking the three spaces. sb 5/2023

2023 IOC IPC IAKS Architecture Prize

Smart off-site construction The striking geometry of the bridge trusses, V-piers, and railing system is the result of 3D parametric modelling utilized throughout the design phase. The choice of structural steel enabled the trusses to be shop-fabricated and painted offsite prior to erection (mitigating a considerable amount of noise and debris on-site during construction), and the V-piers

and railing system minimize the structural weight and resulting seismic loads. Access onto the bridge is via one of two sloping ramps at either ends, or through one of two integrated feature stairs. The north stair is a continuation of a truss and features sliding stringers to accommodate bridge movement. The west stair connects users from the café and civic plaza to the eye-catching cantilever lookout.

JURY VERDICT With an annually increasing population worldwide and a gradual decline in the availability of large urban s paces, the necessity for a social scheme that can deliver practical, sustainable and accessible solutions for our f uture generations could not be more vital – or challenging. For the promise of delivering on these fronts, the jury was thrilled with the Vancouver Rainbow Park project, which seeks to provide exciting and inclusive play facilities that are universally accessible to all. Serving as a reminder that our ability to co-exist and play together makes for happier and more rounded adults, the jury felt that this scheme has the potential to spearhead the acceptance, understanding and tolerance of disability in the earliest stages of our children’s lives through its embedding of accessible design and striking aesthetic choices. Offering various amenities that standard parks do not, the scheme, in the jury’s opinion, encourages healthy living and unites people young and old, abled and disabled, through the power of play. As a rich, diverse society, we need to come together and celebrate our unique differences, whatever our background or social standing. The jury felt that this scheme successfully achieves that. sb 5/2023

Three terraces The significant grade change across the site was cleverly incorporated by creating an extensive network of ramps, stairs, and retaining walls to accommodate and maintain safety and accessibility for all users. This created three distinct spaces in the new park: an upper terrace that provides opportunities for lunchtime or coffee hangouts; a middle terrace that serves as a children’s play area; and a civic plaza with decorative water feature in the lowest and largest terrace space. Positioned at one of the park’s primary entry points, the café welcomes passersby and contributes to the life and animation of the city streetscape with its striking angular structure and cantilevered green roof. Its two accessible public washrooms are powered by rainwater.

Relying on indigenous traditional ecological knowledge In consultation with indigenous traditional ecological know ledge holders, the park has been planted with many native species that are significant to the host Nations' culture, food, and medicine. Retaining walls double as benches and form planting beds. A third of the park is planted, providing an oasis amidst the concrete of surrounding towers. Water is central to Vancouver’s cultural imaginary and is highly integrated into this project. Rainwater collects in a series of pocket wetlands along a berm and battered wall aligned with the laneway, showcasing the flow of water as it pours from weep holes while providing a visual and acoustic barrier between social spaces and working corridors. In the plaza, water spraying up from inlayed spouts creates energy

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and laughter before being collected, filtered, and recirculat ed to on-site flush fixtures and irrigation. Run-off is cleaned before entering the city’s storm sewers. No turf here Canada’s urban parks have shared a history of erasure where traditionally stewarded land was replaced with turf. Rainbow Park’s design preferences 50% of the site with culturally relevant species that reflect natural plant communities – no turf here. Sweeps of meadow, woodland, and marshland are climate resilient and directly respond to microclimates created by the grade change and overhead walkway. A model of accessibility and universal design Rainbow Park is easily walkable from major destinations within Vancouver's downtown core. Flanked by protected cycle lanes, the park is also within a five-minute walk of 39

Location Vancouver, Canada Client / Operator Vancouver Board of Parks and Recreation

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different transit routes as well as City and private parking lots. The designers made a concerted effort to create an environ ment that is barrier-free and accommodating to all, with a range of features that facilitate access and inclusion, just naming two aspects: The park features seating areas designed specifically for v isitors with mobility challenges. These areas provide comfortable and accessible seating for visitors in wheelchairs, with plenty of space for manoeuvring and socializing. Rainbow Park's commitment to accessibility and universal design is a testament to the City of Vancouver's commitment to creating an inclusive and welcoming environment for all. The park's features demonstrate an understanding of the importance of accessibility and inclusion in public spaces.

Architects DIALOG Vancouver, Canada www.dialogdesign.ca Author Katrina Wright

Photos Brett Hitchins, Jon Ross Films Official opening April 2022 Contruction costs EUR 3.33 million 33

2023 IOC IPC IAKS Architecture Prize

CHURCHILL MEADOWS COMMUNITY CENTRE IN MISSISSAUGA

FRAMED BY THE RHYTHM OF THE STRUCTURE

Opened in 2021, the Churchill Meadows Community Centre features a 25-metre, six-lane pool and therapeutic pool; a triple gymnasium; a multipurpose room, including a teaching kitchen, and an active living studio. It was designed for all ages and abilities, offering a variety of recreational activities and neighbourhood amenities for year-round use. The building was designed by Toronto based MacLennan Jaunkalns Miller Architects. The project is situated within a rapidly growing neighbourhood in Mississauga, a suburban city immediately west of Toronto. It converts a 20-hectare agricultural field into richly textured parkland, with a community recreation centre as its focus. This park connects to an existing multi-use trail system, making it a destination in the network. Together build ing and park comprise a vital hub for leisure, sport, and recreation – embodying the City of Mississauga’s commitment to advancing the wellbeing of its communities, individuals, 34

and the environment. The 6,900 m² centre appears to rest on the landscape. On approach, the crystalline exterior reveals a spacious interior topped by an open structure of massive, wood glulam beams that act as barriers to light and sound. The interior spaces are arranged into two bars running the length of the building: the east holds the changerooms, with a teaching kitchen, multi-purpose and fitness rooms on the floor above; on the west, a wider bar houses the triple gymnasium and aquatics hall with lap and leisure pools. sb 5/2023

JURY VERDICT From its sleek front facade seating to its colourful and varied play areas, it was clear to the jury that, in the delivery of their concept for an accessible sports facility, the team behind the Churchill Meadows Community Centre went beyond the call of duty to innovate in areas that accessibility legislation and guidance would typically neglect. Representing a true understanding of the concept of “universal design”, the architects have considered every thing down to the minutest detail, developing a facility concept that is impressive in its consideration of not only the physical environment, but also the social environment. From its impressive sports courts to the colourcontrasted staircases and the discreet armrests on seating, it is evidently clear that the team also considered best-practice neurodiversity guidance, without once forgetting the simple human desire for attractive aesthetic design choices. For this reason and various others, the jury believes that this site is a beauteous and welcoming environment, as well as an accessible and inclusive one – which they feel must be commended.

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Optimal solar orientation The centre’s simple yet dynamic form signals its purpose as a neighbourhood landmark for social gathering and healthful activity. The building is set diagonally, with its four elevations facing each cardinal direction. It acts as an orientation device, organizing the amenities within the park – playing fields and courts are aligned with the building for optimal solar orientation. The approach to site planning saw the building as a head end to park servicing for single point of control: incorporating park office, outdoor washrooms, water service, electrical service, overall environmental graphics and integrated shade structures all within the building. This helped to avoid duplication of services, shade structures, signage systems, and justified the proximity of park elements to the building which ultimately provides better public space; an outcome that is often lacking in projects with separate building and park designs. Clearest path toward achieving net-zero energy In an aquatic centre environment, timber outperforms steel in the corrosive air and does not require extensive highperformance paint coatings for protection. When embodied carbon and other factors are considered, mass timber offers the clearest path toward achieving net-zero energy and

zero-carbon building benchmarks. The innovative mass timber structure is also biophilic: from all major spaces, the view is through a forest of glulam columns into the park spaces, reinforcing visitors’ connection to nature. The centre offers a minimum of 25 % energy savings relative to other buildings of this typology, with glazing used strategically to lower the window to wall ratio, the use of high efficiency windows, built up wall assemblies, and high use of insulation and thermal spacers through most thermal bridging connections. Indoor environmental quality was an important factor in the design of the building. Lighting was designed not only to reduce energy consumption but provide a pleasant quality of light for occupants. The aluminum screen is integral to the overall design and daylighting control strategy and mitigates solar heat gain, filtering sunlight similar to a tree canopy. Energy-efficient light fixtures are also equipped with occupancy sensors that shut off automatically when space is unoccupied or dim using daylight sensors when there is sufficient natural daylight. Storm water management Heavy snow loads, large cross-laminated timber panels with integrated systems, and tight clearances to the adjacent sports complex made engineering, fabrication, and installa-

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tion of the roof structure particularly challenging. The canopy design pays respect to the athletic and cultural feats that will be viewed on the field. Incredible amounts of practice and training are behind the moments of brilliance spectators will witness on the field. The same sense of magic is captured in the canopy. Linking of inside-to-outside A feeling of openness, maintained via thoughtful visual and physical connections, informs the approach to the design, and is made evident in the central lobby. As soon as visitors enter through the space, there is a feeling of having stepped into the park, with expansive views to the outdoors framed by the rhythm of the mass timber structure. This is accomplished by strategically placing the glulam timber columns to mediate the linking of inside-to-outside along the full length of the park side of the building. Visitors inside the building, whether in the pools, gymnasium, or lobby, are always able to look out through a forest of glulam columns to the park space. The simple wood structure with almost no visible bracing members also adds an elegant verticality. Ease of access to interior and exterior programs for all All grades leading to the building have a maximum 5 % slope. The parking-side entrance doorway features automatic sliding

Location Mississauga, Canada Client / Operator City of Mississauga

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doors that are motion activated upon approach, while the en trance on the park side has automatically operating doors. The facility is open-plan wherever possible or, when required, has automatically operating doors. The elevator is readily located and accessible, directly inside the lobby and close to the main entrance. The service desk access and countertops are 865 mm above floor level and barrier-free. All public space benches have accessible armrest and adjacent space for mobility devices, to allow completely inclusive social spaces and viewing. 20 % of the seating is barrier-free. The washrooms have airport-style entries, eliminating doorways for ease of access. 40 % of the facility’s washrooms are barrier-free and have wall-mounted fixtures with back-rests. The cubicle sizes exceed the code minimums. The park has been equally designed to maximize barrierfree access. Play features, benches, and fitness furniture are accessible, with generous surrounding paved areas, allowing those in wheelchairs to seamlessly join other visitors and spectators. Wayfinding elements and the interpretive signage along the trail denoting elements of local historical and biological importance are also mounted at wheelchairsuitable heights.

Architects MJMA Architecture & Design Toronto, Canada www.mjma.ca Author Evelyn Chin

Photos Scott Norsworthy, Industryous Photography Official opening August 2021 Contruction costs EUR 31.61 million 37

2023 IOC IPC IAKS Architecture Prize

RAVELIN SPORTS CENTRE AT UNIVERSITY OF PORTSMOUTH

NEW BENCHMARK FOR ULTRA LOW ENERGY SPORTS FACILITIES

The project, designed by FaulknerBrowns Architects in close collaboration with consultants Max Fordham, provides facilities for both the University of Portsmouth and the wider city. The centre combines a swimming pool, sports hall, fitness facilities and teaching space in an open and transparent building, to visibly promote health and wellbeing on campus. The design is fossil fuel-free and has demonstrated an operational energy consumption of less than 100 kWh/m2/year – a level of performance which no other e quivalent sports centre in the UK has yet demonstrated.

JURY VERDICT Ravelin Sports Centre is highly successful with more than 1 million active users per year, while also setting a new benchmark for ultra-low energy sports facilities. The jury recognises the compact building form and the energy-efficient external envelope, together with the maximised use of natural daylight and the automatic system controls for ventilation, heating, cooling and lighting as a demonstration of what can be achieved with careful design and skilful engineering. Visual connections between activities inside and outside create a welcoming focus on health and fitness without compromising the highly efficient building envelope. On the accessibility side, Ravelin Sports Centre not only offers physical access in all areas. The building is open to the public without any entrance control, inviting people of all abilities to acclimatise and to become confident enough to take part in activity and sports. Furthermore, the centre offers gender-neutral toilets throughout the building and universal changing areas with a wide range of choices for different needs and levels of privacy. The jury welcomes this effort that has also received great feedback from the university community. 38

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Making activity visible Ravelin Sports Centre provides a 25m eight-lane swimming pool, an eight-court sports hall, a 175-station fitness suite, multifunctional studios, climbing and bouldering facilities. The centre also includes two ﬂexible squash courts, a ski simu lator, teaching facilities and office space. The building aims to make these facilities visible and welcoming. At ground level, the building is open and animated by uninterrupted glazing, providing views into the active spaces. These views provide a vibrant addition to the campus and streetscape, making the activities inside highly visible to engage students and passers-by. From within, the glazing blends the boundary between inside and outside, to create uplifting and naturally lit settings for exercise.

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Breaking down barriers to participation At the entrance, there are no barriers or turnstiles – instead, people are encouraged to wander through the building and discover different activities. Glazed internal walls mean café visitors can watch swimming training and see the gym facilities available, while the main staircase leads people past an open climbing and bouldering wall. The three key sports spaces each have a distinct architectural character while sharing a material palette. The sports hall is a tall, top-lit, timber-lined box and the fitness suite is defined by giant cooling fans within a timber-lined ceiling. The swimming pool is naturally lit from both the sides and above, with timber soffits marking the perimeter of the water.

Each key sports space is accompanied by „fringe“ spaces – areas overlooking the facilities, where people can dwell, socialise or study to help break down barriers to participation. The centre also includes changing areas that are accessible to all, with choices for different levels of privacy rather than separating all the facilities by gender. This means families do not need to be unnecessarily separated. Instead, there is a wide range of changing opportunities, varying from individual cubicles with built-in showers accessed from a genderless universal space to traditional group changing rooms with private cubicles and showers inside a gender-specific environment. This solution was consulted with a transgender-led grassroots organisation. This approach to accessibility has received great feedback from the university community with students reflecting on the advantages of being able to have a choice of the changing environment and feeling in control of their privacy and experience. Ambitious targets for energy use As the first project to be completed in the university’s master plan, Ravelin Sports Centre has set the standard for future campus projects, in terms of both architectural quality and their ambition to become carbon neutral. FaulknerBrowns

Architects and Max Fordham collaborated closely from the very start of the project to meet ambitious targets for energy use. The building’s low carbon features include: • A compact building form and efficient external envelope, to minimise heat loss. • Extensive natural lighting, including to the sports hall and swimming pool, providing sunlight which contributes to heating the pool for most of the year. • Natural and mixed-mode ventilation for free cooling in the summer, alongside integrated ceiling fans in the fitness suite to generate air movement, reducing cooling d e- mands. • Heating from air source heat pumps and heat recovery, from cooling and ventilation systems and waste pool water. • A bio-solar roof with a 1,000 m² photovoltaic array, gen erating 224 MWhs of renewable energy per year and reducing demand from the grid by over 20%. • Automatic system controls for heating, cooling, ventilation, and lighting to provide optimum, efficient conditions for all activities, occupancy levels and weather conditions. • Recycling of pool water for changing facilities.

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Intensive post occupancy monitoring and user feedback has been used to fine tune systems and controls for optimum comfort and energy efficiency. In the first six months since opening, this data has shown the building’s operational energy consumption is less than 100 kWh/m2/year, around one tenth of the energy demand of an equivalent typical sports centre, without compromising sport environments or user experience. This ultra-low level of carbon emissions from an all-electric building is compatible with a net-zero carbon future. Welcoming gateway Ravelin Sports Centre is open to local people as well as students, to create a welcoming gateway into the campus from the old town of Portsmouth. Located at the edge of Ravelin Park, the fitness suite, studios, and sports hall are all positioned along the more urban side of the site, while the swimming pool overlooks the park, giving the feeling of swimming amongst the trees. To achieve a transparent ground plane, the more con strained volume of the sports hall is elevated on the first floor. This level is wrapped in a band of terracotta cladding „baguettes“, in a randomly varying pattern of natural

tones picking out the colours of surrounding buildings. The sports hall volume extends above this, expressed in a skin of light and reflective metal panels which blend subtly with the sky. The concept proves its worth Since opening, the Ravelin Sports Centre has welcomed over 1 million visitors the first year, with over half of all first-year students signing up as members. The impact of this is that the university has seen an 8% rise in students undertaking 30 minutes of physical activity a week. More than 5,000 members of the local community in Portsmouth signed up within the first five months of opening, demonstrating how the centre will help to strengthen connections between the university and the wider city. Designing for flexibility has also allowed the centre to play an important part in campus events. For example, the sports hall can accommodate a full range of sporting activity, as well as large spectator events for 200 people. As a result, the Ravelin will host more than 100 different sports competitions, conferences, open days, and graduation ceremonies each year.

Location Portsmouth, United Kingdom Client / Operator University of Portsmouth Architects FaulknerBrowns Architects Newcastle, UK www.faulknerbrowns.com Author Rosie O'Halloran Photos Richard Chivers, Hufton + Crow Official opening February 2022 Contruction costs EUR 64.36 million sb 5/2023

CENTRE DE GLACES INTACT ASSURANCE IN QUEBEC

AN ODE TO THE NORDICITY OF CANADA THAT GIVES SHAPE TO SPEED

The Centre de glaces Intact Assurance is primed to inspire movement in Canadians, aspiring and established athletes alike. With a 400-m oval speed skating track and two Olympic-sized ice rinks, one for shorttrack speed skating and the other for ice sports like figure skating and hockey, this bold ice sports complex of elegant and restrained designs from Lemay is the largest of its kind in North America and the first on the eastern seaboard.

JURY VERDICT The extension and conversion of an existing ice rink into an indoor multiple ice sports venue achieves the sustainability aspects and public value goals of the competition. The design is oriented to maximise its relations with the natural surroundings and its accessibility to everyone in the community regardless of age or motoric skills. With the sports programme of ice sports and an additional running track, the venue brings a high level of integration of the community all around. The construction strategies were prioritised to minimise the impact on the environment by reusing as much as possible the existing building and by using the latest state-of-the-art materials for the new construction, the cooling system included. The jury welcomes the gravity of work done in the redesigning and rehabilitation of the ice stadium to a “place to be” for the community. 42

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2023 IOC IPC IAKS Architecture Prize

The Centre de glaces was designed for the practice of multi ple ice sports, with a specialization in speed skating. These public facilities benefit the community and encourage vitality and movement, while honouring Quebec's northern character and hivernal spirit. The 17,000 m² infrastructure houses two ice rinks, a racing track and related functions such as a lobby, bleachers, changing rooms, multi-purpose rooms, special ized services for skaters, and sanitary and food services. The building’s shape evokes its use, referring to the speed,

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ynamism, balance, and fluidity of the skater, which influenced d the design from the onset. The identity of the project was first articulated around a desire for openness and the idea of maintaining users’ contact with the outside. In this vein, the centre’s main volume rises to provide a 360-degree band of windows. The form reflects the function, but also the site that it embraces. Sleek and assertive, the exterior evokes the nordicity of Quebec and the reflection of the ice.

A floating ring which lifts the entire volume of its perimeter envelope The use of the elevated ring becomes multiple in order to capitalize on the visual permeability of the place. The latter is covered with a multimedia strip which, during special events, will allow various projections and will contribute to the atmosphere of the activities. Concealing the building's mechanical units, it also integrates the suspended bleachers on the mezzanine, thus contributing to reinforce the architectural and landscape gesture, and offering a spectacular view of the sports arena. Here, the dialogue is established between seeing and being seen, between admiring the landscape and revealing the interior activities. This gesture, emphasized by a wooden ceiling, contributes to introduce a human scale to the project with great finesse, but also to direct the gaze towards the outside. The use of steel cladding throughout the Centre de glaces allowed the project to meet both financial and functional objectives, while wood ensured better acoustic control within the building: the fast-tracked project needed to respect its limited budget while also integrating specific sports and international criteria to host athletic events. The innovative and practical use of these materials also creates a warm and inviting feel-

ing, while unifying the architectural signature and signage elements. Adaptive reuse of and expansion on the existing structure Creating a world-class complex with state-of-the-art interior spaces, ice control and quality features required skilful budget management. This project demonstrates how transdisciplinary and out-of-the-box thinking can lead to cost-reducing solutions. In order to make each intervention cost-effective, several components of the project were chosen for their multiple virtues. For example, the deployment of the exterior cladding in a projecting and recessed fashion provided an opportunity to emphasize the relationship between the building and landscape elements such as the embankments. It also allowed for the judicious integration of all the fresh air supply grilles into the building, making them completely imperceptible. In doing so, the focus is on the magnificent light strip that highlights the complex's elegant and minimalist lines at night. As it was also important for the project to minimize its impact on the environment, adaptive strategies were prioritized – rather than demolishing and building again. The building is

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energy efficient with a state-of-the-art CO2 ice refrigeration system and uses natural refrigerants that don’t impact global warming. Ammonia is used for the primary system and CO2 as a secondary coolant, which is rare since it is more complex, but very efficient in terms of energy consumption and provides incomparable ice quality. Rolling out the ideas of community, inclusion, and user comfort The centre was designed to be inclusive and accessible to everyone in the community, regardless of age or motoric skills, and has quickly become a public success. The space was designed to be accessible to all, beyond the usual standards in place: users with reduced mobility have access to the entire facility. The facility also has outdoor spaces that are as comfortable as they are universally accessible, as the site was designed to create gentle slopes that do not require ramps or handrails. The use of wood throughout the centre – designed around the ideas of community, inclusion, and user comfort – is crucial to its identity. It is a way of “bringing the outside in” and evoking the surrounding vegetation even while skaters or runners are

Location Québec, Canada Client Ville de Québec Operator Corporation de gestion du Centre de glaces de Québec

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inside. But it is also most important because of the remarkable effects of biophilia on user comfort and health: When natural elements are integrated into architectural design, it can positively influence a person’s emotions and perceptions of their environment. Wood also contributes to orienting visitors, who are guided from the entrance by this gesture of wood that extends from the entrance hall to the main areas accessible to the public. By its strategic location, the reception area is defined by the central mezzanine of sculpted wood. Access to the heart of the complex is dedicated to competing athletes, signalled by a dynamic blue ribbon that criss-crosses the locker room spaces in the basement of the building. There was a challenge with the visibility and accessibility of the new complex's entrance, but it was a challenge that turned into an opportunity. The result is a large reception area that defines the interface between the lobby and the site's public accesses, forming an outdoor space that encourages events and chance encounters. This gives users the opportunity to see what is happening inside the building before they even enter. The forecourt also acts as an extension of the lobby and courtyard and links the centre's activities to the city around it.

Architects Lemay Montreal, Canada www.Lemay.com Author Marie Léveillé Tremblay

Photos Stephane Groleau Official opening September 2021 Contruction costs EUR 46.7 million

SILVRETTA THERME IN ISCHGL SILVER CLOUD LEISURE COMPLEX Ischgl’s Silvretta Therme is home to a variety of upscale leisure facilities themed on water and exercise. Included are water areas (1,000 m²), sauna areas (1,500 m²), catering and ice-skating areas (1,300 m²), t he 650-seat multipurpose event hall, and a fitness centre (320 m²). The versatile complex designed by K RIEGER Architekten | Ingenieure with Wimreiter & Partner provides offerings for every season, catering to both tourists and residents. In the long run, reflecting the climate change, it will be an alternative in the ski destination. The architects’ concept centres on the notion of a silver cloud encircled by the mountains of the Alpine valley. The cloud consists of water in three physical states: solid, liquid, and gaseous, as reflected in the terraced arrangement of the facilities from bottom to top: an ice-skating rink, thermal pools, and the sauna landscape. Architectural statement The building blends in with the environment, follows the natural shape of the terrain, and extends the town of Ischgl to the right of the Trisanna River. The organic, reflective structure is an architectural statement which is visible from a distance and the surrounding mountains. The champagne- coloured sheets of the metal facade are processed by specialist firms from the region and reflect the valley’s light ambiance as a soft glow. Darkness triggers a cascade of colour tones, which signal what each floor is being used for far into the distance. The harmonious colour scheme guides visitors 46

through the functional areas, where the materials used to design the interior are of high quality, locally sourced, and create a warm, cozy atmosphere. The uneven arrangement of the wood panels used on the ceilings and walls mimics the organic shapes of the facade. In both the relaxation rooms and the event hall, the multidimensional design serves to improve room acoustics. The main prerequisite for the investors was that, wherever possible, materials were produced in the region, designed sustainably, and were of the highest quality to ensure both commercial success and customer satisfaction. The expansive glass facades offer new vistas of the Ischgl mountains. A separate four-story annex is situated adjacent to the main building and connected to the latter by a bridge. This satellite is embedded in the mountainside and thus concealed from view. It contains the comfortable sauna and spa area. sb 5/2023

2023 IOC IPC IAKS Architecture Prize

Next milestone in the town’s tourist culture Visitors are guided through the levels of the main building by a flexible pricing system that allows them to rapidly and easily switch between areas. Given the significant fluctuation of visitor numbers and, in turn, of the use of the areas within the complex from one season to the next, logistics, internal routes, energy usage and storage facilities are arranged and optimally positioned to leverage synergies.

Ischgl's Silvretta Therme was developed by Silvrettaseilbahn to complement the town's wide range of tourist attractions, the short-term objective being the creation of an additional facility for non-skiers. In the long run, it will help to cope with the consequences of global warming. The multipurpose hall can be used for events of all kinds in the region and as a cafeteria for the 750 employees of Silvrettaseilbahn. Silvretta Therme Ischgl provides 69 year-round jobs for people living in the region.

JURY VERDICT The combination of an ice rink, a thermal bath and a sauna makes the Silvretta Therme an attractive tourist destination. An organically shaped structure derived from the f unctional sequences blends harmoniously into the local situation, while not attempting to imitate the small-scale structure of the adjoining village setting with its gable roofs. The t erraced design of the building follows the natural course of the terrain. Champagne-coloured metal facades reflect the bright light of the mountains. The wooden ceiling and warm colours inside make the Silvretta Therme feel very comfortable for guests. Heat pumps with geothermal sourcing supply the whole building with energy, while lifts guarantee barrier-free accessibility on all levels. sb 5/2023

Two main energy sources The first winter season proved that Therme Ischgl operates very efficiently and entirely free of fossil fuels: the complex saves up to 1,400 tons of carbon dioxide per year through extensive use of geothermal energy. The two main sources of energy used to generate heat are groundwater and geothermal probes. A groundwater well with a depth of approximately 50 m was drilled on Silvretta Therme premises. This well water, which has a temperature of about 7° Celsius, is fed into a heat pump circuit by two plate heat exchangers. The well water itself is cooled down to 2° Celsius and fed back into the groundwater. The energy extracted this way is sufficient to produce a heat output of around 8 00 kW.

The second energy source is the subsoil. The amphibolite rock beneath the building boasts outstanding thermal conductivity that translates into high heat transfer capacity. A total of 37 geothermal probes were vertically driven 300 m into the ground. Along the full length of the probes, a mixture of brine and water extracts thermal energy from beneath the topsoil – producing a maximum thermal output of 740 kW. A thermal output of 1,370 kW can be achieved exclusively from natural sources. The heat pump exclusive ly supplies electricity to all power-consuming equipment: the ventilation systems' heating the water heater, the floor heating unit, and the entire pool water heating system. In addition to the extensive installation of heat recovery systems, the operator purchases 100% green electricity, which is primarily generated “on its doorstep” using its own water.

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Compliant to highest accessibility standards in Europe Silvretta Therme meets high accessibility standards that reflect the responsible approach taken by the authorities and planning team alike: health, integration and inclusion were key factors of the planning process. With this comprehen sive accessibility, the operators are also reacting to devel opments on the tourism market. An increasing number of people with a disability is able to travel more easily. Numerous offerings are tailored to people with various permanent or temporary disabilities. Employees receive special training and support to cater to their needs. Barrier-free spots in the underground parking lot have direct access to the main entrance. There are sufficient park

Location Ischgl, Austria Client / Operator Silvrettaseilbahn AG

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ing spaces for guests with a disability close to Silvretta Therme. It is also easily accessible by public transport. The cash desk and automatic pay station in the lobby are barrier-free. The floor coverings are suitable for wheelchairs, featuring non-slip surfaces throughout. Barrier-free chang ing rooms and restrooms can be found in the lobby and swimming area. A mobile, electric lift for the disabled provides easy access to the pools. All building levels are accessible by elevator. The multipurpose event hall seats a maximum of 650 people and is easily accessible for those with a physical handicap. The seating is arranged individ ually for each event, so that space for wheelchair users can be provided at any time.

Architects KRIEGER Architekten | Ingenieure www.architekt-krieger.de Wimreiter & Partner www.wimreiter.at

Photos Stefan Kürzi Official opening December 2022

Author Michael Krieger

Contruction costs EUR 75 million 49

2023 IOC IPC IAKS Architecture Prize

MAPLE RIDGE LEISURE CENTRE RENOVATION

RENEWED SPACES STRIKE A BALANCE BETWEEN THERAPY AND FUN Built in 1981, the Maple Ridge Leisure Centre (MRLC) was Western Canada’s first public aquatic and multi-use recreation centre. The aging infrastructure no longer met current accessibility standards and performance levels. The City of Maple Ridge engaged SHAPE Architecture for major renovations to the existing leisure pool and hot pool, including significant upgrades to the pool mechanical systems and a redesign of the change rooms, lobby, and reception. This high-use facility serves Maple Ridge and Pitt Meadows residents, bringing in over 400,000 visitors each year.

JURY VERDICT Maple Ridge Leisure Centre Expansion is an exceptional project in many ways. It takes a building from the early Eighties and redevelops it with clarity and elegance. What is immediately apparent is a high level of design that is both architecturally attractive and significant in its response to universal accessibility. This project successfully deals with the more subtle aspects of the broader range of disabilities, instead of only looking at wheelchair access. The overall design of the renovated portions of the building are contemporary, elegant, simple and undoubtedly much a ppreciated and enjoyed by the users. The changing room redesign is gender-neutral and enhances the accessibility and inclusivity of the facility. The tile artwork was led by a local a rtist, but executed by the greater community. Maple Ridge Leisure Centre embodies sustainability at the core of the decision to renovate rather than demolish and rebuild. Inclusivity is a driving e lement in both the planning and c olour choices in the public areas. Elegance and simple architecture create an attractive a mbiance that can be e njoyed by all members of this community. 50

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The renovation of the aquatic centre established a design that allows universal access to all aquatic features. The wide range of pool typologies creates experiences suitable to all demographics. All pools have universal access using beach entries and ramp networks. Variable pool depths cater to diverse activities, functions, and capabilities of the user. Flat teaching areas, tot areas, and therapy spray all have qualities appropriate for new swimmers, seniors, and youngsters. The elliptical lazy river, slides and deep pool cater to teenagers and advanced swimmers. The competition pools support swim meets and high-performance athletes. The waterfall feature gives visual interest and allows for therapeutic uses. Bring the performance up to an appropriate standard A combination of non-functioning and "end of useful life" mechanical equipment at the MRLC presented an opportunity to minimize the facility's operational costs, but also to improve energy efficiency and reduce greenhouse gas emissions. A dehumidification reclaim system provides most of the heat needed to heat the lap, leisure and teach pools. It also provides preheating to the domestic hot water system in conjunction to the solar hot water collection system. Part of the dehumidification system eliminates the need for reheat, which was previously supplied by the heating coil in the main supply air handler. sb 5/2023

A solar hot water collection system includes 24 solar panels to provide preheating for the domestic hot water and the backup for the dehumidification reclaim system for the lap, leisure and teach pools. The exhaust air reclaim system extracts heat from the air exhausted from the natatorium and uses it to heat the incoming ventilation and dilution air. The filter and pump room air conditioning unit extracts heat from the hot/humid pump and filter room and transfers that heat to warm the wade pool. Revitalizing a tired facility The design strategically focused on renovation which worked within the existing configuration and overall footprint of the existing building. The client and design team opted to integrate a 100 % universal changeroom model which was one of the first in British Columbia. This flexible shared use configuration was realized, however the existing infrastructure posed significant challenges in opening the plan to allow user friendly access for everyone. The existing 2.4 m low lobby ceilings and changerooms could not be altered, leading to the strategy where the ceilings were removed, and an open acoustic slat system replaced the conventional ceiling tiles. The low depressed ceiling was painted black to visually expand the height of the space. Mechanical and lighting systems were concealed and painted matte black. The low dark ceiling areas were used as a wayfinding tool as they are concentrated over the primary paths of circulation. 51

Expand programming and service capacity to the patrons The introduction of a new leisure pool and hot pool required the new bodies of water to be carefully situated between existing structure and subgrade mechanical systems. The offset elliptical hot pool was a result of the incredibly tight deck space, and the offsetting of concentric ellipses was the most efficient form to incorporate a ramp, stair, and seating within limited spatial footprint. The new leisure pool features a more consistent water depth than its predecessor and features a universally accessible beach entry with a continuous therapy rail for seniors. The elliptical lazy river was detailed to echo the form of the hot pool. The pool deck infant area has 50 mm of water which skims to the edge allowing parents to easily monitor children. The aquatics areas and changeroom areas all focus on providing spaces and amenities for people of all ages and abilities.

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Twin goals of functional upgrades and sustainability Fixed elements of the existing facility proved challenges throughout the mechanical retrofit. Mechanical and structural systems had to be adapted in nonconventional fashion to serve the universal changeroom and associated spaces. The existing pool tanks and associated systems were also installed on multiple levels, disrupting the access between the aquatic functions. Repositioning and upgrading the systems reduced the level barriers and increased the performance efficiency of the centre. In addition to retaining patrons, the remodel has had a positive impact on the community, rejuvenating the facility by making it fully accessible to the entire spectrum of the local patrons. The facility now caters to an entire cross section of ages. The therapeutic aspects are inviting towards seniors and the full beach entry allows for use from all.

Location Maple Ridge, Canada Client / Operator City of Maple Ridge Architects SHAPE Architecture Vancouver, Canada Author SHAPE Architecture Marketing Photos Ema Peter Photography Official opening February 2020 Contruction costs EUR 7.45 million sb 5/2023

2023 IOC IPC IAKS Architecture Prize

MARITIME CENTER IN ESBJERG

THE ELEGANT AND THE ROBUST

Housing multiple water sport clubs, boat storage, training facilities, a large workshop space, and social functions, Esbjerg Maritime Center is a true hub for maritime activities. Its circular, open design invites visi tors in from every angle, creating an accessible and inclusive building. Designed by WERK Arkitekter and Snøhetta, Maritime Center fosters activity, engagement, and learnings for the visitors since the building has room for everyone, from the experienced diver or professional kayaker to a crab-fishing school class or a random passer-by. Esbjerg Maritime Center invites everyone to peek inside the maritime life and outwards to the sea with its endless horizon. The upper level of the building houses various clubs (including those for rowing, kayaking, sailing, diving, and triathlon), as well as common areas, an educational centre, and training facilities. Boat storage and workshop space are located on the lower level, directly connected to the sea by a bridge. Large windows throughout the building's facade give plenty of daylight and visibility inwards, connecting the centre to its surroundings. A warm glow shines through the windows at night, lighting the building like a lantern. The design is inspired by the geometry and craftmanship of boats, paying homage to the maritime tradition and its significance in the port of Esbjerg. Round-shaped holes between the terrace and the boat storage and preparation area bring daylight down to the ground floor's core and create a visual and social vertical link. 54

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JURY VERDICT The Maritime Center in Esbjerg, Denmark, stands out for its design and its ability to achieve an extraordinary standard for the water-sports community, organised in different clubs, but nested together in a unique form, making it possible to share the joy of leisure and water-sports activities together across the different clubs. Not only the clubs are invited to use the facilities in the building. Everybody has access through wide and inviting openings in the circular structure and can enjoy the common areas, educational spaces and training facilities. The jury found that the Maritime C enter is prize-worthy because of its strong and iconic architectural c oncept with references to the former g eometry and craftsmanship of boats, because its circular shape and multifunctional programming offer shelter from the strong west winds, but also because it promotes a “coming together” for the wider community and especially for anyone with an interest in water sports activities and the maritime outdoors. sb 5/2023

Robustness is evident The facade has a rhythm and repetition inspired by wooden boat construction, both outside and inside. It also reflects the water's energy with the pace and horizontal rippling effect experienced when throwing a stone in the water. The changes in the angle of the panels give varying shadows inspired by the shapes of kayaks. The wooden rhythm continues on the roof, where solar panels are integrated into a belt around the top edge. The building is planned for high water in case the water exceeds the new surrounding dam. The structure up to the first floor is made of concrete, poured in one go. The wooden facade

is designed to withstand the harsh weather conditions on the Danish west coast, which is the stormiest place in D enmark, while the building is designed with areas where visitors can find shelter. Embracing wood as primary material Due to its architectural construction, featuring concrete construction on the ground floor and wooden structure on the first floor, Esbjerg Maritime Center is very energy efficient. The project emphasizes the importance of a sustainable approach and future by defining wood as the primary material in the building's facade and structure, to withstand a break of the didge around the artificially created island. The building can

Storage Svejsekabine

Værksted

Wet lab Technical equipment

Flexible space Depot Søsport

SafeDivers Depot

Lecture room

Depot Havneskolen

Office

Diving Club

Sauna

Office

Gym Esbjerg Water Sport

Depot

Covered terrace

Flaskedepot

Værksted

Gym

Tørrerum Depot Hovedhal

Overdækket udeareal

Sliberum Covered terrace

Heated workshop

Covered terrace

Fiskeri og søfart Depot Multiatleterne Depot Skørter og Pagajer

Foyer

Covered outdoor area

Common room Cloak room

Technical equipement

Flexible space

Skørter og Pagajer

Esbjerg Rowing Club Cleaning

Storage

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dry out naturally and continue to be used in case of a flood. Solar panels harvest energy, and a high degree of insulation gives the building an energy consumption of only 31,7 kWh/m² – lower than the expected standards of 41,7kwh/m². Put the community first The building contributes to vitality in Esbjerg’s harbour, city, and the region. With a vision to create a space that unites the poetical with the practical, Esbjerg Maritime Center aims to find a balance between the mesmerizing and never-ending movements of the sea and the practical everyday chores. A symbiosis between the beautiful and the raw, the elegant and the robust.

Location Esbjerg, Denmark Client / Operator Esbjerg municipality

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The heart of the building is the terrace on first floor. The main social space is meant to be used for different events organized by the users of the building. From here, access to both the club rooms and the boat storage and preparation area on the ground floor is provided. From the lower area, there is a direct access by a bridge to the sea. An elevator makes Maritime Center accessible for everyone. Visitors are invited to use the terraces and grand amphitheatre stairs. A sauna is integrated and adds some extra wellness to the facilities. The training room allows the users to train and stay fit. There are plans to integrate a movable kiosk related to the publicly accessible areas in the outdoor season.

Architects WERK Arkitekter www.werkarkitekter.dk Snøhetta Arkitektur www.snohetta.com

Photos Wichmann+Bendtsen Photography

Author Anne Mette Scharling

Contruction costs EUR 8.5 million

Official opening January 2022

NEIL CAMPBELL ROWING CENTRE IN ST. CATHARINES

GLASS PAVILION FOR PERFORMANCE AND SPECTACLE

Henley Island and its 2,000-m racecourse on Martindale Pond have been the epicentre of Canadian rowing since 1903. The new Neil Campbell Rowing Centre (NCRC) continues Henley’s tradition as a venue for elite competitions, while also serving as a year-round training centre for athletes. The facility was a key infrastructure component for the 2022 Canada Summer Games and will host the 2024 World Rowing Championships. MJMA’s design employs an innovative mass timber structure that is visually appealing but also contributes significantly to carbon sequestration.

JURY VERDICT The building impresses with its clear and minimalist design. A widely cantilevered, well-proportioned roof floating above a core defines the place. Recessed all-glass facades delimit the training room reserved for club members. The outdoor area is open to the public and invites people to linger on seating steps on the bank and watch the rowers at their sport. Large sliding doors can be used to connect the indoor and outdoor areas for special events and regattas. This creates a place that is open to the water but protected by the large roof, where athletes and non-athletes can meet. The innovative wooden construction makes the building sustainable. A photovoltaic system on the roof supplies the building with energy. The jury praised the simplicity and elegance of the structure. 58

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2023 IOC IPC IAKS Architecture Prize

Built on a gentle promontory, NCRC is a beacon guiding racers along the watercourse and a new assembly point at the heart of the island drawing athletes and their supporters inward. The siting of the new 530 m² building to the north of the site configures a previously ill-defined staging area that is further bounded by existing storage sheds to the west, the natural topography of the hill to the south, and Martindale Pond to the east. Preparations for races happen within this quad, making it a hub of activity that heightens the performance and spectacle of the race.

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The entire facility rests on 15-m-long screw piles that extend down to bedrock. Its form is engendered by the roof, which is designed with an innovative mass timber system utilizing Canadian glue-laminated and cross-laminated timber products and held aloft by a light steel column structure and a centralized service core. The roof supports a photovoltaic system above and defines protected indoor and outdoor spaces below with deep overhangs. While aesthetically beautiful, the timber structure also contributes to global carbon sequestration efforts.

Ballasted Photovoltaic Array

Mass Timber Composite Structure

CLT Core and Perimeter Steel Columns

Polished Concrete Slab

Screw Piles Extend to Bedrock

Expansive and visual striking identity The biased and overhanging roof, extensive glazing, oper able sliding doors, and steps to the racecourse give NCRC an expansive and striking visual identity from across Martindale Pond. The building houses an entry space, rowing ergome ters, a weight-lifting gym, a lounge, and universal change and washrooms. Its linked interior and exterior spaces offer ample space to host events. With its sliding doors open, it becomes a pavilion – a central space for viewing races and gathering and providing refuge from the elements. During less eventful periods, the centre is a more reserved place, formally echoing the pond’s calm surface and serving personal development and team building. The building’s design inverts the opacity of the typical boat shed and introduces aspects of the “glass house”, reimagining these traditional typologies to create a new functional and social amenity. Closest to the water The steps running along the elevation of the building closest to the pond serve as seating but also allow for play and dipping one’s toes in the water. The new stepped edge enables

and encourages contact with the water while strengthening the rapport between the building and pond and bringing athletes closer to their supporters. Environmental and social responsibility The building meets both zero-carbon emissions and net-zero energy design benchmarks. It prioritizes passive measures – a simple, robust material palette to reduce ongoing operating and maintenance costs as well as large sliding doors and massive roof overhangs that contribute integral cross-ventilation and sun control. In winter months, the lower angle of the sun allows in heat, which is absorbed by the concrete slab floor and radiated back into the space as passive heating. The high-performance building envelope includes PassivHaus-certified curtainwall framing with triple glazing and lowemissivity coatings that reduce the permeability of heat or cold through the glass. A low-energy variable refrigerant flow mechanical system and a 43 kW rooftop photovoltaic array generate the annual energy

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required to operate the building. Integrated energy performance software communicates building energy use directly to users through a public monitor, potentially encouraging them to adjust their behaviour and better the energy performance. Timber structural sandwich The custom-designed stressed skin panels span predomi nantly in one direction but exhibit two-way action at the corner cantilevers. The internal glulam web lattice o ptimises the use of timber. This assembly clear spans up to 12 m, with a double cantilever of 5 m in a 600 mm total structural depth. The top cross-laminated timber panels are 19 m long and span the full width of the building. These panels are the longest manufactured in Canada, and this parameter set the width of the design. Accessible from all sides From the parking area, visitors enter through swing e ntrance doors with automatic door operators. During large regatta

Location St. Catharines, Canada Client / Operator Canadian Henley Rowing Corporation

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gatherings, the operators open up the long elevation facing the racecourse by pulling back the full-height sliding glass doors, creating 4-m-wide clear openings. These align with the entrance doors to allow access across the facility, while also opening directly to the exterior plaza surrounding the build ing. This covered plaza enables persons in wheelchairs to sit right along the water’s edge. With the plaza forming the top level of the broad steps leading to the water, this position provides a slightly elevated view of the rowing course. Inside, NCRC gives unimpeded access to all spaces. It is completely open around its perimeter. Doorways have been widened for ease of passage and have a 2,440 mm clearance turning circle on each side. All toilets are accessible and available to all genders. One of the washrooms includes an automated adult changing table and an emergency call system complete with audible and visual signal devices inside and outside of the washroom that are activated by a control device inside the washroom.

Architects MJMA Architecture & Design www.mjma.ca Raimondo + Associates, Architects www.raimondoarchitects.com

Photos Scott Norsworthy

Author Evelyn Chin

Contruction costs EUR 4.87 million

Official opening February 2022

JAPAN NATIONAL STADIUM IN TOKYO

FOREST-THEMED STADIUM BREATHING TRADITION, TECHNOLOGY, AND SUSTAINABILITY

The Japan National Stadium has the capacity to hold up to 68,000 spectators, making it the perfect venue for international sporting events and cultural events. It serves as a hub for the development of sports and culture, expected to attract residents from all over Japan and foreign visitors, providing a unique experience for sports enthusiasts and visitors. Intentionally designed as a multi-level urban park, it includes an 850 m deck on the top floor for public use all year, a ground deck connecting to the surrounding parks where the public can enjoy taking walks and engage in various types of activities. Its sustainable design reduces the carbon footprint and promotes community well-being as an eco-conscious addition to the cityscape. The stadium was constructed to replace the old National Stadium that was home to the 1964 Summer Olympic Games. The former facility was showing signs of deterioration coupled alongside with several problems including insufficient capacity for spectators. It was decided to be demolished and rebuilt for a new state-of-the-art facility suitable as a main venue for the 2020 Tokyo Olympics and Paralympics. This multipurpose stadium is situated in Tokyo’s Meiji Jingu Gaien district, inte grating into the historic green network of the Jingu Forest that spreads from the Inner Garden of the Meiji Jingu Shrine to the Imperial Palace. This forest-themed stadium was designed with the concept of a “life-giving tree rooted in the earth and opening to the public”, with a substantial number of trees and greenery decorating the entire stadium. The distinct low-sloping roof is 62

supported by a 60 m hybrid cantilever truss structure, which was unitized and repeated in the circumferential direction. The roof surface gently arches in the middle with the addition of a 3.8 m camber at the edge of the truss to form an organic impression. This dynamic approach enveloped with a hybrid combination of timber and steel kept the building height under 50 m, reduced imposing views and improved productivity and constructability within the limited construction time frame. The three-tiered stands are designed as a continuous oval bowl, progressively sloping up at a steeper angle to a maximum of 34 degrees. This compact seating arrangement creates a close-knit environment between the athletes and fans as well as ensuring those sitting from the lower to upper decks share the same energy and experience during ongoing matches. The mosaic patterned seats portray a sunbeam motif, playing on the concept of a stadium in the forest. sb 5/2023

2023 IOC IPC IAKS Architecture Prize

Timber from each of Japan’s 47 prefectures The exterior seamlessly integrates traditional Japanese el ements with modern technology and sustainability features. The distinctive cedar eaves used for cladding were a major component of the structure and deliberately takes on the task of using domestic timber in the design. It was sourced from each of Japan’s 47 prefectures and arranged to the direction of each region’s orientation accordingly. The inspiration behind the eaves design is the traditional wooden architecture found in Japanese buildings. The accent of using cedar wood with planters made of recyclable materials placed

above establishes a fluid connection between the interior hybrid latticed roof structure and exterior multi-layered eaves. The thousands of individual panels are carefully crafted to create a sense of fluidity and movement, they reflect the surrounding natural elements and change colour depending on the angle of the sun. When illuminated at night, the facade creates an ethereal glow that extracts from the deep and dark shadows and emphasises the right elements. The multi-layered eaves form soft shadows that blends right into the surrounding environment with its mild wooden texture bringing about a warm and approachable glow.

JURY VERDICT This stadium successfully demonstrates how a huge building can combine traditional and modern architecture along with the use of natural materials, to yield an iconic and timeless structure that showcases Japan’s dedication to craftsmanship and simplicity. The stadium’s multi-layered eaves and impressive exterior facade create not only a welcoming entry to visitors and passers-by, but also make it possible to maximise the benefits of natural cross-ventilation and to improve the thermal environment in the spectator areas. Ingeniously controlled louvre spacings for diverse wind situations make the stadium “live and breathe”. Based on universal design workshops with partnership organisations, on user-friendly functions as well as using cutting-edge technologies, the stadium offers a safe and secure environment for everybody. This stadium stands for social inclusion and community engagement for everyone, regardless of age, gender, disability, culture, or nationality. The jury fundamentally believes that this stadium displays excellence in many ways and sets a new standard in the design of stadiums for Olympic and Paralympic Games. sb 5/2023

Connecting the past with the future Artworks installed at the former National Stadium were reinstalled in this stadium. It carries on its legacy of the power and beauty of sports that originated from the days of the former structure. Bringing in a more modern touch, the stadium is equipped with the latest advancements in sustainable technologies to achieve a lower carbon footprint, reducing wastage and conserving energy resources. The stadium is designed to limit its environmental impact as much as possible by incorporating various green features which includes low-emission materials, solar panels installed on the roof and the adoption of a well water/rainwater harvesting system and kitchen wastewater utilisation system. Water is collected in underground cisterns and used as irrigation water for the field turf and the 110 diverse types of plants placed along the top floor promenade. To combat the hot summer waves, mist-cooling systems are also installed near entrance gates where crowds are expected to gather and various locations within the stadium’s interior.

The adoption of an energy management system improves sustainability and reduces running costs. Breathing stadium Whilst the functional design of the multi-layered eaves offers a soft shade from sunlight and rain, the striking design of the upper eaves, also known as “Grand eaves of the wind” improves the thermal environment with its facilitation of crossventilation. In addition to the aesthetics, the upper eaves serve an important sustainable purpose in the design of the stadium. It effectively captures the seasonal winds to reduce environmental impact and enhance the spectator experience. Using state of the art environmental technologies, gaps were methodically placed between the louvers to effectively take in the prevailing winds from the south-southeast during summer and from the northeast during winter times. The effective use of the nature’s resources removes the need to heavily rely on air-conditioning equipment, making it become like a “living and breathing stadium”.

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User friendly space for the diverse range of visitors A virtually flat approach from over half of the site boundary, despite the 9 m height difference in the east-west direction was one of the several measures to meet the highest levels of universal design. The stadium includes a series of ramps and escalators that run alongside the seating areas to improve flowlines. The stadium’s seating areas have up to 500 des ignated wheelchair seats with unobstructed sightlines, tactile signs, and braille seat plates. The washrooms are another great feature of the stadium’s inclusivity, five types of accessible toilets were designed in addition to the general toilets. This was developed based on the needs of various user groups, including those in the LGBTQ+ community. It is also devised to be spacious enough to accommodate all user groups, equipped with speakers and grab bars to those who may require extra support. These facilities are available on all levels of the stadium, allowing easy access for those on the upper levels. Other universal design details include provision of nursing rooms and resting rooms – a quiet safe haven for those with a developmental disability.

Location Tokyo, Japan Client / Operator Japan Sport Council

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In-depth workshops in partnership with 14 organisations were held to create user-friendly facilities from different perspec tives. The problems felt by the various user groups often differ in millimetres, or an issue for one user group may be too niche to be noticed by other user groups or even conflict and diverge from the other. The diverse opinions from various viewpoints carried out from the design and construction process aided in the completion of the project. The stadium boasts cuttingedge assistive technologies, such as sound systems equipped with audio description and sign language interpretation, to help individuals with a sensory impairment to fully experience what the stadium has to offer. This stadium strives to create a level playing field for everyone of all ages and abilities and deliver the same spectating experience for all users. By removing the lines that separate able-bodied users and users with a disability, it leads to safe and secure environment conducive to healthy competition in sports. The unique and innovative design seeks to serve as a benchmark for future facilities to surpass.

Architects Taisei Design, Azusa Sekkei, Kengo Kuma & Associates Author Teppei Fujimoto

Photos Taisei Corporation, Azusa Sekkei, Kengo Kuma and Associates Official opening December 2019 Contruction costs EUR 1.070 million 65

2023 IOC IPC IAKS Architecture and Design Award for Students and Young Professionals

THE ENTWINE

COMMUNITY CENTRE IN WINNIPEG, CANADA Design: Kaamil Allah Baksh Disability is not a limitation for just a few people, it is a part of human life that everyone would experience at some point, temporarily or permanently. The community centre “The Entwine” combines a barrier-free pool with a library for the blind community, a sign language theatre, an inclusive café, and a sensory roof garden. Young talent Kaamil Allah Baksh endeavours to bring together people with and without a disability.

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GOLD

The experiential foyer provides universal seaters: an inclusive seating space that caters to different users, using aural, visual, and textural elements. Enlarging the experiential program to an evolutionary level, the larger community cannot only experience the lifestyle of a person with a disability, but the program can also provide job opportunities for minority individuals. Going beyond the traditional goal of accessibility The first broad aim of The Entwine is to design a space that is truly inclusive, and that caters to the diverse community as a whole in terms of spatial and experiential accessibility. The second one is to provide recreational spaces and amenities that specifically address what the minority community lacks. Swimming and aquatic activities play an important role in the rehabilitation of physically disabled people. This led to the creation of a swimming pool for the disabled in combination with hydrotherapy.

JURY VERDICT From improving the emotional well-being of disabled people to generating more wholly positive perceptions of inclusivity in the public consciousness, the wider impact that a ccessible design can have on our society is so significant. Young professional Kaamil Allah Baksh who designed “The Entwine”, an immaculately detailed conceptualisation of what could possibly be the most accessible facility of its kind, has managed to demonstrate not only a comprehensive understanding of this idea, but also a deep care and empathy of the disabled person’s experience with the built environment. Innovating truly fresh ergonomic ideas, highlights such as the “welcome handshake” rail in particular demonstrate a true understanding of barriers faced by people with impaired vision. The use of visual “filters” to influence the facility lighting choices showcase both a care and understanding of how blind and visually impaired people perceive their environment, and a willingness to go beyond the “one size fits all” approach. Features such as the accessible swimming pool, the “library for the blind” and its various other ingenious facilities underline this creativity. Overall, the jury was excited by all areas of the blueprint and the designer’s conscious avoidance of segregative design solutions, presenting a fantastic opportunity to truly intgrate disabled sports people with non-disabled users by championing ideas of socialisation and community. sb 5/2023

Inclusive library and theatre There is a growing rise in the community of deaf drama performances where acting is translated through sign language. The second room program is to include an American sign language theatre for the deaf community. The third space would be an exclusive library space designed for the blind. Often libraries provide braille and audiobooks and consider them to be accessible to the blind. The focus, however, should be on the journey the user takes to access the books. The spatial experience is of utmost importance. Connecting two worlds The third goal is to bridge the divide between the minority and the majority population. Though these spaces are designed to cater to specific needs, they could be experienced by anyone. A sign language theatre is an amenity for a deaf person, but

for a person who can hear it becomes an experiential space. The intention is to create spaces that not only attract the larger community to experience something new but also provide job opportunities for minority individuals. A café run by the blind, deaf, and disabled, workshop spaces where individuals could learn sign language acting, and two other spaces called the “Aural box” and “Dialogue in the dark” are experiential spaces that spread awareness and provide employment opportunities. Handshake handrail Universal seater, sensory garden, diffused lighting, ortho gonal layouts, cane trails, handshake handrail, and colour wayfinding are some of the accessibility features. Young talent Kaamil sculpts a handrail ergonomically, from the negative space of a handshake, to enrich the experience

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of blind users in a building. Designing a space for the blind means understanding how they perceive spaces. Unlike the common misconception that blind person see dark, they can still perceive and distinguish a considerable amount of light and colour. Filters are created to simulate the major types of blindness in society. The filters are then used to capture spaces to understand the perception of light and shadow. Learning from this experiment guided the design process in terms of lighting and planning which led to multiple way-finding opportunities in the building. Adaptive reuse To retain the existing street character and to avoid d emolition and increase the use of materials, the swimming pool of the

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project is hosted in an existing brick building. The roof is strengthened using steel columns which support a new glulam roof and increases the volume of the space for the pool. Regarding the use of materials, the same language of the existing building is carried on to the new building's elevation with a combination of locally sourced Tyndall stone for cladding. The building assembly mainly consists of glulam beams and column and stud walls. Diffused lighting is prioritized in the entire building to ease wayfinding for blind users. The site selected aims to activate the alleyway that runs along the main street of downtown. The proximity to various relevant organizations is also considered for potential users to access the community centre.

BRONZE

BETWEEN BORDERS

PEDESTRIAN BRIDGE PARK IN WATERFORD, IRELAND Design: Cian O'Mahony Typically, bridge structures are for commuters and public transport. The vision for the River Suir bridge park is a place where people can congregate and play together. Young professional Cian O'Mahony’s idea for the decommissioned industrial area is an open space that encourages play and exploration. The project includes an extension of Waterford’s popular greenway cycle route.

In 1992, the Port of Waterford was moved down the river to Belview, together with many of the city's cargo ships from the city's quays. The area was designated as a strategic devel opment zone in 2017 by the Irish government. It was hoped that this would attract investors from all around the world. The North Quays is currently vacant, awaiting a new era of development.

The bridge should not be envisioned as a linear parallel strip but rather as an opportunity for interaction, connectivity, and a variety of spatial experiences. In response to the North Quays strategic development zone, the new 207-m-long pedestrian bridge will link the North Quays with the Clock Tower area. The idea is to improve the user's experience in the built space by encouraging movement and play.

Development of public place The design proposal transforms Suir bridge to become a communal gathering place for both residents of the city and those from the North Quay side of the river. It will also act as a catalyst for developing new programming that will stimu late play and health and provide ecology education. The architecture on the North Quays will seek to connect the City Centre and South Quays, Ferrybank and the City’s northern suburbs. The planning scheme provides for public spaces which encourage movement through the site and particularly along the riverside promenade.

The proposal aims to reorient the post-industrial context by developing a public connection to accommodate future developments. It proposes turning potential obstacles into opportunities to support creative industries. The elevated garden will provide a safe and easy way to cross the river. It will also make places for pedestrians to rest and enjoy the views of the city. The public realm can accommodate various experiences that are influenced by multiple senses. Public places and infrastructure should be designed so that the visitor has a variety of experiences through a ludic approach. sb 5/2023

2023 IOC IPC IAKS Architecture and Design Award for Students and Young Professionals

JURY VERDICT “Between Borders” proposes a pedestrian link crossing a river to engage residents of the neighbouring areas. The design augments the simple experience of crossing the river with a number of opportunities for physical and cultural engagement. A meandering structurally elevated pathway offers pedestrians, wheelchair users, cyclists and others an opportunity for meaningful and d iverse experiences between the two ends. At the more developed Tower Clock Area end, small islands accessed from the bridge provide a climbing net area, a small mini-golf area with restaurant, an amphitheatre with the opportunity for cultural programming, and a more traditional fishing wharf. This area is developed as a larger contemplative green space with washroom and eating facilities. The overall design innovatively enhances the active living opportunities of both sides of the river in a way that is accessible to all. It is a means of crossing the river but also a multi-generational destination, and it enhances the objective of redeveloping this area. The competition’s requirements for innovation, sustainability and accessibility are extremely well met in this socially engaging design proposal.

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Continue along Waterford's popular greenway cycle route The bridge presents multiple routes which can be enjoyed in all forms, an electric shuttle route and a cycle route propos ed for the lower level which will continue along Waterford's popular greenway cycle route. The electric shuttle will provide easy accessibility from the North Quay developments which will host a new transport hub for both city trains and buses. A sloped “highline” route that is fully accessible to all users provides great views over the Waterford Quays in its “ludic” form.

River engagement A bridge-park proposes an opportunity to cross the River Suir and dwell above it which also accommodates river transport. This proposal is opposed to the Edmund Rice Bridge, which is used by thousands of people daily. The objective of the proposal is to create a public space that will welcome visi tors and provide a place for people to gather for recreation, ludic experiences, conversation, and a variety of events. It should also speak to the history of the area and its ecological challenges.

The main spine route hosts many amenities for users to enjoy, dwell and play. These include a café, bike repair shop, mini golf, bio-diversity labs, auditorium, climbing nets, kids' play area featuring a slide, and several wharfs to be used by river taxis, fishing, kayaking and other river sports.

Establish an economic development network A new public space that draws visitors to the nearby city centre will help stimulate economic development and employment opportunities in the area. This space can also serve as an anchor for local businesses.

With his design proposal, young professional Cian O'Mahony aims to create impact on the following aspects:

Activate the space and place The bridge-park should be a place where people can come and explore. It should be a place where they can connect with one another and share their experiences. The bridge features a range of unusual and unconstrained pedestrian activities that stimulate play.

Flooding The planning scheme area borders the river Suir and portions of it are within flood zones A & B. The site has been assessed for its potential to be affected by flooding. A strategic flood risk assessment was carried out to identify the existing risks and to provide a comprehensive view of the site's flood risk. Create a link between North Quays and City Centre The Suir bridge will serve as a communal gathering place for both residents of the city and those from the North Quay side of the river. It will also act as a catalyst for developing new programming that will stimulate play and health and provide ecology education. 72

The concept can accommodate both public and private modes of transportation as well as provide a lively public realm. Its siting, design, and orientation should also be optimised to provide a seamless interchange between modes and land uses. The bridge will form part of strategic walking and cycling routes across the river. Cyclist rests should also be located within the scheme, which is secure. sb 5/2023

Promoting values and providing opportunities The scheme wants to promote the cultural, social, and historical values of these areas by providing opportunities for educational and recreational activities. The inclusion of designated pop-up markets, coffee shops, restaurants will also be considered. The South Quay plaza should serve as a central point of entry for the development and provide access to the City's central retail zone. A public realm solution should be developed to integrate the various elements of the project. The central plaza at the eastern part of the North Quays development zone can be accessed from the high podium level. It will feature various elements such as public parking, street furniture, and a bicycle parking facility.

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PUBLIC CHOICE AWARD

QUINTAL DO BAN IN CAMPINAS

COLOURFUL MAKEOVER OF FORMER CAR PARK

On the site of an underused parking area, the management of the nearby shopping centre decided to build a multi-use space for relaxation, recreation, social interaction and culture. The space is called "Quintal do Ban" – which can be translated to "Ban’s Pop-Up Backyard" – and includes a children's playground, an event space for small shows, a gastronomic boulevard with seating options, and a pet park. São Paulo architects Effect Arquitectura carried out the upgrade in less than five months despite the constraints during the pandemic. The project started with a total remodelling of the outdoor floors, drainage system and infrastructure, including LED light ing. New flooring, equipment, furniture and play elements specific to each space were installed. The playground is open to the community for children of all ages with special attention given to universal accessibility. In the second stage, a rooftop area of the commercial centre was refurbished to create a new playground on the roof of the

main building. This adjacent project called “Quintalzinho do Ban” aims to expand the interactive playground on the terrace. The project includes the expansion of the pavement and transforming part of the car park area into a recreation space for the general public. The proposal is inspired by large squares and public spaces; the colourful and cheerful style of furniture and landscape architecture intends to be reminiscent of residential backyards.

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2023 IOC IPC IAKS Architecture Prize

Mix of textures and colours Four main solutions were adopted for the area. The pavement and plaza floors are surfaced with interlocking blocks in three shades including recessed floor lighting, forming a large carpet with a striped pattern. The artificial grass areas were used to differentiate the leisure and rest areas. In the park area, EPDM flooring was applied: coloured rubber suitable for moulded-in-place playgrounds. The surface in the pet park is made of cement with concrete colour paint. Interactive play elements are strategically distributed throughout the site using colourful EPDM flooring. The surface is shock absorbent and reduces the accident risk. The non-slip material allows water to drain easily on rainy days. The landscaping project used a variety of native species for the area and reused the existing vegetation in the car park’s flowerbeds. A highlight of this project is the panels on the facade of the shopping centre and on the retaining wall of the car park, made by a local Brazilian artist considered a pop art icon in Brazil, bringing colour, vitality and personality to the project.

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Identical when possible, equivalent when not Ban’s Pop-up Backyard was conceived to provide the total inclusion of people with special needs. The project is based on the concept of universal design, in order to simulta neously serve people with the most diverse anthropometric and sensorial characteristics, aiming to ensure their auto nomy, safety, and comfort. Also included in the project were wider seats to comfortably accommodate overweight people and lowered counters for the use of wheelchair users and people of short stature. The facility can be used by people with different abilities and promotes the same experience for all users: identical when possible, equivalent when not. Examples of the design principles include ramps crossing all openings in public access areas, avoiding segregation of people with mobility restrictions, and grab bars in the toilets, allowing individuals to transfer from the wheelchair to the toilet safely and

without assistance. The park is designed on the principle of intuitive use, to be easy to understand, regardless of the users' previous experience, knowledge, language and degree of concentration, thus eliminating any unnecessary complexity. The use of symbols for easy and intuitive identification (with drawings, no text); maps and information panels in places close to the entrances; hierarchy of information through the use of larger and smaller signs, prioritising the essential information; and sound and light signalling are concrete examples of the use of this principle. Design communicates essential and effective information to the user, regardless of the conditions of the environment and the sensory abilities of each individual. The use of more than one form of communication (text and Braille or sound and image) and the use of tactile floors for the orientation of visually impaired people are some of the measures adopted.

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Location Campinas, Brazil Client / Operator Ancar Ivanhoe - Shopping Parque Das Bandeiras

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Architects Effect Arquitetura & VMOffice Author Effect Arquitetura

Photos Backstage Produções Official opening September 2021 Contruction costs EUR 800,000

2023 IOC IPC IAKS Architecture and Design Award for Students and Young Professionals

RIO RIMAC SPORTS & RECREATION CENTRE

WATERFRONT ENHANCEMENT IN LIMA

Implementing active and passive recreation at the waterfront in the heart of Lima is the design idea for the “Rio Rimac Sports & Recreation Centre” by young talents Carlos Amed Carrillo Aguilar and Jorge Luis Castillo Tomás. The project is intended for both banks of the Rimac River, where the waterfront is currently a neglected area. The Rio Rimac Sports & Recreation Centre has an approximate length of 180 m by an approximate width of 50 m. The two students consider the biggest problem in their study area to be the fact that the historic centre of Lima does not overlook the Rimac River, i.e. Lima turns its back on the river, leaving it in complete neglect, which has contributed to its pollution.

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PUBLIC CHOICE AWARD

What is the current situation? On the south bank, merchants sell new and second-hand books. This makes it a busy area, along with an old railway line that connects the central coastal region and the central Andean region. The north bank is an uninhabited area with an underground inter-district road running through it. The intention is to activate the area with adequate treatment of both banks of the section in question, accompanied by active recreational spaces (on the northern bank of the river) and passive recreational spaces (on the southern bank), both areas provided with purely pedestrian walkways accompanied by green areas that will allow easy transit with a pleasant, ecological and

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healthy route for any citizen, alternating with the possibility of using bicycles to promote sustainable mobility. Water swirls The integral design is based on a circular generator module that, like the water of the river, communicates a sense of rotation and movement. Book retailing modules will be installed on the north bank, which will also serve as semi-open multifunctional spaces for events such as book fairs and art exhibitions. On the south bank, a gymnasium, volleyball court, 3×3 basketball court, soccer field with surrounding athletics track, and skate park will be constructed. The indoor sports module will provide several rooms and halls for table tennis, board games, judo and fencing.

Wood, adobe, bamboo, and stone The design uses traditional materials typical of the old houses of the historic centre, such as wood, clay, bamboo and stone. Outdoor spaces are accompanied by paths framed by bamboo that are distributed sinuously throughout the project, simulating the movement of the waters of the Rimac River. The primary objective is the recovery of the river for the citizen by applying innovative designs on the banks and even below the river itself through a panoramic tunnel that at the same time connects the two sides of the river. Flood zones are conceived in the form of floodable squares that during low flood seasons are meeting places that allow people to be in direct contact with the water of a fully recovered river. For this reason, the topography was used to generate a succession of platforms that connect the upper part (urban area) with the level of the river bank. The project has the vision to perform the integral treatment of the waters of the Rimac River that recovers it completely and to become an integrating element of the city. This thought is intended to be replicated in all the remaining sections.

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Sustainability goals The trees in the project are native to the area, such as the willow tree, which – in addition to providing shade and preventing scorching – is also used to prevent erosion of the riverbanks. Plants used in the landscape design are coloured geraniums, which are perennial flowers also typical of the area. Plants and flowers will help to improve the quality of the air. The water from the (recovered) river will be used in the service areas and to irrigate the plants. Summing up, the project is sustainable since it seeks to recover natural areas that are polluted, make them accessible to the public and improve Lima’s urban environment, complying with all the fundamental requirements so that the negative environmental impact is minimal.

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SPORT IS REGUPOL

SYNTHETIC RUNNING TRACKS FOR TOP RESULTS Author and photos: REGUPOL BSW GmbH, www.regupol.com

There are two Olympic stadiums in Germany, and in both of them the best athletes in the world run on REGUPOL synthetic running tracks. In Berlin and Munich, approximately 9,000 square metres each of REGUPOL flooring have been installed – on one of them, the Jamaican Usain Bolt set his world records over 100 and 200 meters, which remain unbroken to this day. Just before Usain Bolt takes his position at the starting block, he jokes around with his fellow Jamaican sprinter Asafa Powell the two athletes playfully spar and laugh. Bolt doesn't stop at that. He makes faces – it's all part of the show. Bolt is an event, just like his races. Only seconds before the start does the greatest sprinter of all time focus on the race. About forty steps later, he has left everyone behind. World record in the Berlin Olympic Stadium. World record on a synthetic running track by REGUPOL. Later, Bolt says, “I love REGUPOL running tracks. They are fast, feel the same everywhere and have no seams.”

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Two Olympic stadiums, two Class 1 athletics facilities: both by REGUPOL Besides Berlin, there is only one other facility in Germany that is also Class 1 certified by World Athletics: the one in the second legendary Olympic Stadium. In just four weeks, experienced REGUPOL technicians built the facility for the 2022 European Athletics Championships in Munich, thanks to the ability to accommodate individual customer preferences. The Olympic Stadium in Munich is a legendary venue. Here, Paul II delivered sermons, Franz Beckenbauer showcased his football skills, and Bruce Springsteen gave electrifying performances. Today, athletes compete on REGUPOL. The unique environment, limited time and unpredictable weather required expert manual installation and ongoing collaboration with project managers, construction contractors and architects. The high-performance and versatile surface meets the requirements of today's elite athletes. Moreover, it consists of 60% sustainable, recycled materials. Manufactured from end-of-life tyres in Bad Berleburg, it is resource-efficient and climate-effective. REGUPOL gives this valuable raw material a second life. But not only that:

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Should the track need to be dismantled after many years of use, the whole track surface can be reintegrated into the recycling process. The surface makes the track fast and non-slip. The result is numerous successes by top athletes such as Gina Lücken kemper in the 100 meters, Niklas Kaul in the decathlon, Julian Weber in the javelin and Konstanze Klosterhalfen in the 5,000 meters discipline. REGUPOL at FSB Cologne When REGUPOL exhibits at FSB Cologne – the leading inter national trade fair for public space, sports and leisure facilities – this year starting from 24 October, the motto will be “Sports is REGUPOL”, and there's a good reason for this. With over 50 years of experience, the company from Bad Berleburg, Germany, is one of the global players in the industry. Please feel free to visit us at FSB (Hall 10.2, Stand F070/ G071) or learn more about our wide range of sports flooring solutions for nearly all applications at: https://sports.regupol.com

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SUSTAINABLE ENERGY AND WORKFORCE SOLUTIONS

WM TECHNICS INTRODUCES PIONEERING MAMMOTH AUTOPILOT 3D Author and photos: WM technics GmbH

In an ever-evolving world where energy efficiency and sustainability take center stage, WM technics is thrilled to showcase its latest innovations at the 28th IAKS Congress in Cologne. From 24th to 27th of October 2023, the International Trade Fair for Public Space, Sports and Leisure Facilities (FSB) and the IAKS Congress will reveal cutting-edge technologies and concepts for sports and leisure facility managers. This year, energy and workforce are the spotlight topics. A particular emphasis is being placed on reducing our carbon footprint. Against this backdrop, we're excited to unveil a groundbreaking innovation in ice technology: our ice thickness regulation system. Not only does it cut energy costs, but it also paves the way for more advancements in this sector. Welcome to the future of ice rink technology with WM technics. Automatic ice thickness regulation: Slash operating costs and protect environment In the dynamic realm of sports facility technology, the thickness of the ice is often overlooked, yet it plays a crucial role in energy efficiency and operational costs. Responding to these high costs and excessive energy usage, WM technics introduces the Mammoth Autopilot 3D with an integrated laser leveling system. This innovative system intuitively identifies when the ice surface needs to be planed. Its functionality is reminiscent of

contemporary floor-cleaning or lawn robots, autonomously maintaining their respective zones. Because the thicker the ice, the more cooling is required. The correlation between ice thickness and energy consumption is evident. Studies indicate that energy usage can surge by up to +15% for every 1 cm of excessive ice thickness. This means that by meticulously controlling ice thickness, operators can not only drastically reduce their operational costs but also significantly contribute to environmental protection by diminishing the CO2 emissions of their facilities.

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Countering the skills shortage with the Mammoth Autopilot Countering the skills shortage with the Mammoth Autopilot 3D stands as a testament to WM technics' spirit of innova tion and its continual drive to address the current and future challenges of the industry. It's not just a product – it’s a vision for the future of ice rink technology. Rapid technological advances are reshaping not only how sports facilities are operated but also the role of those who manage them. Given the heightened expectations for user-friendliness and automation across all sectors, it's evident that the future of ice technology hinges on the principle of autonomy. This applies to ice masters as well. Frequent staff turnovers and the need for more skilled professionals in the ice industry under score the importance of automated machines. With the infusion of the latest technology, accessibility is significantly enhanced: the self-driving mode ensures that even individuals without specialized training can maintain consistently high ice quality. However, it's also about the people and making the role of the ice master more appealing. The machine can allow the operator to oversee its operation from a safe distance with out needing constant presence. The machine can be started via an app, further boosting operational convenience. This offers two key benefits: the known one – improved accessibility –, and the added perk that ice masters can have more flexible working hours. Late-night shifts can be eliminated from the job description with the Autopilot.

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Conclusion: For a sustainable future in ice sports The Mammoth Autopilot 3D is more than just a technological breakthrough; it's a game-changer that revolutionizes ice rink operations and shapes the future of the ice industry. It stands as a testament to WM technics' ongoing progress and dedication to providing ice masters and operators with the best tools - ones that enhance performance and user-friendliness, significantly impacting the appeal of the profession. This year, the IAKS Congress sets clear priorities: energy, workforce, and carbon footprint reduction. This is precisely where WM technics' Mammoth Autopilot 3D comes into play, fusing these core themes into one revolutionary product. The automatic ice thickness regulation of the Mammoth Autopilot 3D marks a milestone in energy efficiency, significantly reducing CO2 emissions. The autopilot system – already successfully operational in Switzerland, Germany, Italy, and the Netherlands – encapsulates the focus on the workforce. The ability for ice masters to have more flexible working hours increases the profession's allure. Less skilled personnel can operate the machine, count ering the industry trend of high staff turnover. The message is clear: WM technics' Mammoth Autopilot 3D is not just a technological novelty but an active contribution towards crafting a sustainable future in ice sports.

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BÜRSTADT EDUCATION AND SPORTS CAMPUS

BEACON PROJECT FOR A HOLISTIC AND SUSTAINABLE CAMPUS FOR ALL Author: Rendering: Photo:

Rolf Haas HHVision Frankfurt a.M. LS2 Architekten

The large sports facility, in existence in Bürstadt since the 1970s, has been developed into a modern and multifunctional campus. It thus aims to address the demands of demographic change, society’s shifting values and the issues of integration, and climate protection and adaptation. Barbara Schader, the mayor of the small town in Hesse, out lines the objective: “The education and sports campus stands for our vision of holistic education and an active lifestyle. It is a place where knowledge and physical activity combine to awaken and nurture the potential of our young generation. We are providing top-class sports facilities in a bid to promote physical health and team spirit in our town.” Local stakeholders were integrated in the planning early on. Also involved besides sports clubs were school and youth centre leaders along with representatives of young people and senior citizens. Open campus for all The special challenges of this unique project are the reconciling of different interest and user groups, the integration of the fund ing guidelines of the ten different donor bodies and the elaborate approval process due to the complex construction project.

Project management was awarded to planning and project management specialists Drees & Sommer in Frankfurt. An open campus has been created that has been designed to be multifunctional for club uses and aims to be accessible to all citizens, and especially to schools and pre-schools. In addition to catering for classic sports, the goal is to develop multifunctional open spaces for all user groups to encourage exercise, education and interaction. Additional goals are the integration of the youth centre for after-school supervision and the construction of an activity pre-school to promote early childhood development. The multi-club open sports programme also offers all citizens a training circuit, a calisthenics facility, a fitness garden with a variety of fitness equipment, a fun sports track, a darts and archery range, and an open-air hall. The sports campus is used by seven sports clubs, including three football clubs.

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Climate protection and climate adaptation To implement a sustainable energy strategy, the campus will be supplied via a so-called heating network 4.0. For this purpose, an innovative local heating network with a floating feed temperature will be implemented as a low-temperature network (40° Celsius), which will be powered by geothermal and solar thermal energy. The use of photovoltaic systems ensures a carbon-neutral heat supply for all buildings and the outdoor swimming pool. The building of the new education centre is completely climate-neutral in construction and operation. The base slab is made of recycled concrete to reduce carbon emissions. A ventilated, untreated wood shingle facade with blown-in isulation of recycled waste paper has been mounted on the outside of the exterior walls. When selecting the building materials, great attention was paid to sustainable and resource-conserving products. As the specialist planners for the sports facilities, the landscape architects LS2 from Darmstadt opted for the innovative PureField Ultra HD surface system from FieldTurf Tarkett for

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the two artificial turf pitches. With this system, the artificial turf surface is infilled with sand and innovative PureSelect granulate. PureSelect is a totally natural, biodegradable granulate made from ground olive stones that has a heat-reducing e ffect. The synthetic material of the artificial turf fibres was obtained entirely through the chemical recycling of plastic waste on the mass balance principle. Hesse State Prize for Architecture and Urban Design The Bürstadt Education and Sports Campus received the State Prize for Architecture and Urban Design in the Social Infrastructure and Sports Construction award category in July 2023. This prize has been awarded since 1954 by the State of Hesse and the Hesse Chamber of Architects and Town Planners for exceptional and forward-looking projects. The jury writes in its assessment: “In an exemplary participatory process with the mayor, the demand from and requirements of all were identified with the involvement of clubs, young people, teachers and senior citizens. In addition to the purely sports-oriented use, other social and community functions, such as rooms for youth groups, for after-school supervision, for language courses and much more, had to be accommodated.”

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THE SWIRLING TRACK THAT MAKES PEOPLE SMILE

AWARD WINNING RECREATIONAL AREA Author and photos: Rampline, www.rampline.com

In the heart of the village of Ålgård, located in the southwest of Norway, you’ll discover a unique g athering place that appeals to residents and visitors of all ages. The old square is full of local history, further accentuated by the almost futuristic, suspended Floating Bench™, creating an enchanting blend of the past and the present. This bench serves as both a playful apparatus for children and an excellent seating spot, transforming into a light sculpture as darkness descends. Adjacent to the square stands an authentic old brick building that once housed a textile factory. Further down the way, you’ll find a public swimming pool and activity areas for children and youth, among other attractions. Here, the Floating Bench™, originally inspired by a thread of textile, acts as a unifying element for the area. Covered in shock-absorbing natural rubber and supported by slender legs, this bench seems irresistible to both young and old, inviting you to run across it, embracing a sense of playfulness that’s still alive within you. 88

Hover through the landscape You go like the wind amidst trees, through narrow passages of reeds and bushes, across bridges spanning over tufts of grass and puddles formed on the ground. As night falls, the light cast upon the ground makes you feel weightless as you float through the space. Awarded lighting Evening is a particularly atmospheric time to traverse the square. The sensitively illuminated surroundings, with the Floating Bench™ sketching playful scribbles in the night, were sb 5/2023

awarded a Norwegian lighting award diploma for outdoor lighting in 2019. Making people move The Norwegian company Rampline is responsible for the creation of the bench, in cooperation with Atsite architects. Rampline specializes in designing equipment that encour ages physical activity in playgrounds and recreational areas. Their mission is to ignite the desire to move, challenge balance and coordination, regardless of age and fitness level. This is achieved through design, the use of friendly materials, and not least, by instilling a sense of safety through shock absorbing surfaces and low equipment height. sb 5/2023

Rampline creates activity equipment that can be combined in intriguing ways, tapping into the user’s imagination to discover their own movements and uses for the equipment. The Floating Bench™ at Ålgård Square is no exception. It’s been observed that the bench brings together both young and old, creating a hub of constant motion around it. Customized for the locale Floating Bench™ is a product tailored to its location, ensur ing that no two benches are the same. It can be provided with or without lighting, and it works well on its own, or as an element in a recreational area when combined with other Rampline equipment, enhancing a diverse range of movements. 89

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GLOBAL LEADER IN SEATING FOR SPORTS FACILITIES

50 YEARS OF DAPLAST

Author and photos: Daplast, www.daplast.com

Based in Córdoba, in the south of Spain, Daplast is recognised worldwide as a manufacturer of seating for sports facilities. In 2023, the company celebrates its fiftieth anniversary in the industry. Daplast equipped more than 95% of the stadiums in the Spanish football league with stadium seats. Daplast designed, manufactured and installed seats in the main Europ ean stadiums, such as the Santiago Bernabeu and the Camp Nou in the early 2000s, and more recently, the Parc des Princes in Paris, among other stadiums and a renas around the world. Currently Daplast is working on LDLC Arena in Lyon, France, which will be the largest indoor arena in France outside Paris and one of the most technologically and environmentally advanced in Europe. Recent major projects • Son Moix Stadi – home of RCD Mallorca (Spain) • CO'Met - Comet Arena Complexe Orléans Metropole (France) • Houphouët Boigny Stadium – under construction (Ivory Coast) • OPAP Arena – home of AEK Athens (Greece) • Reale Arena Stadium – home of Real Sociedad (Spain) • Vaudoise Aréna – Lausanne (Switzerland)

Sustainable stadium seating Daplast invested in photovoltaic solar energy, generating a large part of the electricity used to produce its stadium seats. Energy savings are considerable as Córdoba enjoys an avera ge of 3,100 hours of sunshine per year. Thanks to solar energy production Daplast embraces a huge reduction in its carbon footprint during 2023. The goal is to achieve a neutral carbon footprint. Recycled stadium seating Daplast manufactures recycled stadium seats according to project requirements. The company has developed an environmentally friendly solution to produce recycled plastic stadium seating. Its main advantage is its production with a high percentage of recycled material, recovered from different types of plastic materials discarded after its use. Daplast guarantees as well that their recycled stadium seats fulfil resistance and durability regulations, which are quality standards for their stadium and arena seats. Sports venues with stadium seats made from recycled plastic increase their value as green building. The production metho d can assist stadium or pavilion projects on their way to be certified as a sustainable building, for example, with LEED certification. Daplast's mission is to bring clients’ projects to life, creating comfortable, safe, attractive, and sustainable venues to enjoy sport and entertainment.

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FORUMPISCINE, OUTEX AND FORUMCLUB: RENEWED EXHIBITION AND CONFERENCE EVENT

DISCOVER ALL NUANCES OF LEISURE UNIVERSE IN BOLOGNA (ITALY ) FROM 14-16 FEBRUARY 2024 Author and graphic: Absolut

The leisure dimension is undergoing a profound and exciting transformation. Today there is a growing awareness towards the adoption of a healthier lifestyle marked by wellness, and there is a progressive and unprecedented hybridization between places traditionally dedicated to these activities and outdoor spaces, increasingly reinterpreted and experienced as spaces for relaxation and wellbeing. To intercept this trend, from 2024 BolognaFiere will host a new event by bringing together the 15th edition of Forum Piscine, International Pool & Spa Expo and Congress, the 25th edition of ForumClub, International Congress & Expo for Fitness, Sport & Wellness Clubs, and Outex, a newly conceived exhibition for Outdoor & Leisure Experience. Thus, a new strategic platform for the leisure community is born: an extra-large exhibition and conference format on the most innovative solutions and services for an advanced culture of wellbeing. This new fair is the result of the new corporate structure with Editrice il Campo acting together with BolognaFiere Group, among the leading players in the global exhibition scene. Its expertise will be used for an increasingly international devel opment of ForumPiscine, ForumClub and Outex, hosted in a big exhibition space (pavilion 25 and 26) of Bologna Fair District and in the close congress halls. sb 5/2023

The three events are preparing to offer an overview of prod ucts, solutions and services for the design, management and renovation of private and public swimming pools, gyms, fitness and sports centres, placed in the most diverse resi dential, hospitality and wellness contexts, but also of every thing that falls within the perimeter of the connected outdoor environment. The exhibition area will be flanked by a conference programme, divided into free-entry and paid-entry sessions, as well as a series of scenic and experiential installations, designed with the collaboration of associations, designers and the companies themselves, to offer visiting operators direct experience of new trends in the design of public and private, indoor and outdoor spaces. www.forumpiscine.it www.outex.it www.forumclub.it 91

Photo: HET

Photo: ASB Glass Floor

PROFESSIONALS & PROFILES

NEW GENERATION OF VIDEO FLOORING

MORE PROTECTION AND SAFETY

ASB has been synonymous with innovation, multifunctionality, and uncompromising design since 1965. What began as a revo lution for the sport of squash is now known as ASB GlassFloor one of the most advanced floorings for sports halls in the world, redefining the boundaries of design and technology.

Protection and safety are central themes for HET's products. That is why we attach great importance to the testing & certification of our products. All our products are tested for their emissions. They meet the requirements of the AgBB scheme and the requirements of class "A+" according to the French VOC regulation for particularly low-emission products.

ASB LumiFlex is the world's first full LED video sports floor, offering unlimited advertising opportunities, player tracking, and enhanced show design. In comparison, the LED lines on the ASB Multisports are predefined according to the customer's preferences. A playing field for any sport can be switched on via touchscreen. The ASB GlassFloor is accredited by FIBA, IHF, and FIVB, and comply with the European standard EN 14904:2006 for area- elastic sports floors. The floor provides perfect joint-friendly conditions for athletes, due to its elasticity and slip resistance. The materials used - glass, ceramic, and aluminum - are known for their durability and sustainability. The glass floor has a lifespan of 70 years, and the LEDs last for at least 50,000 hours. FIBA unveils ASB GlassFloor at the FIBA U19 Women's Basketball World Cup In July, Madrid experienced a world premiere that will change the sports world sustainably. At the FIBA U19 Women's Basket ball World Cup, the games from the quarter-finals onwards were no longer played on parquet as usual, but on the ASB GlassFloor. In combination with the specially developed application GlassCourt OS, ASB GlassFloor showed a new dimension in the presentation of sports events, as well as for coaching applications. ASB GlassFloor www.asbglassfloor.com 92

We manufacture our products from elastic rubber granulate, a large proportion of which is recycled, thus ensuring sustainable product solutions along the way. Our fall protection tiles and accessories from the ELTECPUR® play range ensure that children can romp safely on playgrounds. Play areas can be easily and quickly customised using different elements and colours. The fall protection tiles reduce the risk of injury, they are weather-resistant and d urable. In the area of ELTECPUR® sport, we produce articles for various fields of application such as fitness, golf, shooting and equestrian sports. Here too, the focus is on protection and safety when practising sport. Thanks to their elastic properties, our products also increase the comfort of the facility in which they are used. If you want to know more, visit us at FSB on stand no. A021 in hall 9.1. We will be happy to advise you. As an expert in elastomer technology, we have been producing and selling elastic products for over 30 years.

HET Elastomertechnik GmbH www.shop.het-group.com sb 5/2023

Photo: Joe Ladrigan

Photo: Lindner Group

SPORT HALL COMPLEX CHEMNITZ

BEYOND THE TREES

Many students, clubs, and sports organizations in Chemnitz were delighted about the reopening of the sports complex. The two identical halls from 1978 were long overdue for comprehensive renovation. As part of these efforts, not only were the energy standards of the sports halls brought up to date, but the training facilities were also modernised. The complex now meets the highest standards in terms of safety, acces sibility, and sustainability.

The impressive treetop trail in Avondale House and Forest Park, Ireland, captivates visitors not only with its breathtaking views, but also with its modern design. It takes visitors on a 1.4 km journey through the forest and above the treetops. The summit trail ends in a spectacular observation tower 38 meters above the ground with 360-degree panoramic views.

Lindner Group outfitted both sports facilities with ball-impact resistant ceiling constructions. The LMD-St 213 BWS system with emphasised joints was secured using hold-down clips to achieve the certified ball-impact resistance. The expanded metal ceiling offers not only exceptional functionality but also appealing aesthetics. The design possibilities are diverse, as various mesh types, shapes, and sizes are available. Depending on the mesh selection or requirements, the view into the ceiling void can be more or less open. With a generous free cross-section, it's even possible to install lighting or other fi xtures within the ceiling void. The expanded metal ceiling can be observed with accentuated joints in both directions, allowing for revision options due to individually operable, foldable, and movable ceiling panels. These attributes contribute to the versatility and f unctionality of the sports facilities while simultaneously offering an aesthetically pleasing ambiance.

The railing infill of the tower was realized by X-TEND stainless steel mesh. This innovative choice combines functionality with aesthetics while ensuring safety. The transparent appearance of the stainless steel nets allows visitors to enjoy unrestricted panoramic views while being protected. A successful mix of technology and nature experience. The tower was designed by van Dijk Architects and Stöger + Köbl Architects and received two Royal Institute of the Architects of Ireland (RIAI) Awards. One in the Cultural and Public Buildings category, recognizing the project's significant contribution to culture. Beyond the Trees and the architects were also recognized in the Universal Design category for their outstanding design. X-TEND stainless steel nets can be used in a variety of ways. Whether as horizontal or vertical fall protection, railing infill, greenery or protective netting - they impress with their stability, durability, flexibility and are non-flammable - but absolutely UV-resistant. Thanks to our ETA certification, the European Technical Assessment, we offer independently tested quality recognized by the building authorities - which is valid in the entire EU area.

Lindner Group www.lindner-group.com sb 5/2023

Carl Stahl ARC GmbH www.carlstahl-architecture.com 93

Photo: TOLDOS SERRANO S.L.

Photo: Spieth Gymnastics GmbH

PROFESSIONALS & PROFILES

NEW STATE- OF-THE-ART TRAINING HALL

TATAMSPORT ELECTRIC DIVIDER CURTAINS

The Heidelberg Gymnastics Centre was expanded with a modern new building that offers opimal training conditions for athletes. After a good two years of construction, the new hall was ceremoniously opened and is now available for training.

At Tatamsport, we work to divide spaces in sports halls with style, and by tailoring our curtains to satisfy the most demanding needs of our customers, adapting them perfectly to their surrounding spaces.

The new building impresses with its wooden construction and passive house standard. With highly insulated walls and triple-glazed windows, the hall is energy-efficient and environmentally friendly. Covering an area of 1300 m², the hall offers a ceiling height of an impressive 10 meters, 3 pits with a total of 109 m² of open pit system, and thus meets all the requirements of a modern training centre.

We offer a wide range of models to suit the requirements of each location:

The Heidelberg Gymnastics Centre left nothing to chance when equipping the hall. It offers everything that trainers and gymnasts want for optimal training. The planning of the new gymnasium took place in close co operation with the responsible persons of the city of Heidelberg over several months. During this time, the pits were removed and the state-of-the-art equipment installed. But the hall will not only be available to top athletes. School inclination courses, numerous day-care centres and the Heidelberg gymnastics clubs are also to benefit from the first-class training facilities. Elisabeth Claas, who joyfully accepted the symbolic key to the new hall, expressed her enthusiasm: "We are thrilled that we can start with new momentum in this special hall." The Heidel berg Gymnastics Centre is ready to usher in a new era of gymnastics and offer all athletes the best possible conditions for their training. Spieth Gymnastics GmbH www.spieth-gymnastics.de 94

• Our electric acoustic models are designed to reduce noise by up to 23dB, which allows for different sports to be prac tised with complete independence and prevents noise transfer between areas. • The folding model is the most effective choice when it comes to dividing spaces specifically for sports activities. We offer various versions of this model: mixed screen, all canvas and all mesh, depending on the specifications and aesthetic requirements of each case. Since 1996, we have been providing sports facilities with our product quality and guarantee, expanding in the international market, and establishing our company as a reference in the domestic market. The quality and guarantee of our curtains, with their minimal maintenance, robust structures and meticulous manufacturing, speak for themselves. TatamSport will be present at this edition of FSB 2023 in Hall 10.1, stand G010/H011, where you can find these products and more alongside the entire TatamSport team.

TOLDOS SERRANO S.L. www.tatamsport.com sb 5/2023

COMPANY INDEX FROM A TO Z IAKS member companies go one step ahead with „Professionals & Profiles“. And position themselves prominently – in print and online. Report on your innovations and references in sb magazine and the IAKS newsletter and on our website. It goes without saying that your architect or supplier logo appears in every issue – and is sure to catch the eye of your business partners.

AGROB BUCHTAL Deutsche Steinzeug Keramik GmbH 92521 Schwarzenfeld, Germany agrob-buchtal@deutsche-steinzeug.de www.agrob-buchtal.de

ACO Inotec GmbH 24782 Büdelsdorf, Germany christin.pohl@aco.com www.aco-sport.de

» Drainage systems » Sports ground construction » Sports ground equipment

» Aquatic construction » Pool construction; ceramics

ANRIN GmbH 59609 Anröchte, Germany info@anrin.com www.anrin.com

Join us!

» Drainage systems » Sports ground construction » Sports ground equipment

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» » » » »

Artifical turf Elastic layers; protecting surfaces Indoor sports floorings Outdoor sports floorings Sports ground construction

Arbeitskreis Trennvorhänge e.V. 42327 Wuppertal, Germany info@arbeitskreis-trennvorhaenge.de www.arbeitskreis-trennvorhaenge.de

» Indoor equipment » Sports hall dividers

ASB GlassFloor Systembau Horst Babinsky GmbH 83371 Stein, Germany info@asbglassfloor.com www.asbglassfloor.com

» Indoor sports floorings » Mobile floorings, cover systems » Multi-sport courts

Sekisui Alveo AG 6043 Adligenswil, Switzerland info@alveosport.com www.alveosport.com

AST Eissport und Solaranlagenbau GmbH 87629 Füssen, Germany hannes.schretter@ast.at www.ast.at

ASPG Deutschland GmbH 40221 Düsseldorf, Germany info@D-aspg.de www.D-aspg.de

» » » » »

Elastic layers; protecting surfaces Indoor sports floorings Outdoor sports floorings Mobile floorings, cover systems Sports ground construction

» » » » »

Aquatic equipment Ice hockey boards Ice resurfacers Ice rink construction Ice sports equipment 95

PROFESSIONALS & PROFILES

Avant Sports Industrial Co.,Ltd 518108 Shenzhen, China sales@avant.com.cn www.avantseating.com

» Artificial turf » Multi-sport courts » Stands, seating

» » » »

BERNDORF Metall- und Bäderbau GmbH 2560 Berndorf, Austria office@berndorf-baederbau.com www.berndorf-baederbau.com

» Aquatic construction » Aquatic equipment » Pool construction, stainless steel

Elastic layers, protecting surfaces Indoor equipment Mobile floorings; cover systems Temporary and modular constructions

BLOACS 50935 Cologne, Germany info@bloacs.de www.bloacs.de

» » » »

campus GmbH Bauten für Bildung und Sport 72764 Reutlingen, Germany info@campus-architektur.de www.campus-architektur.de

» Architecture and design

Gotthilf Benz Turngerätefabrik GmbH+Co KG 71364 Winnenden, Germany info@benz-sport.de www.benz-sport.de

Bänfer GmbH Sportmanufaktur 34537 Bad Wildungen, Germany info@baenfer.de www.baenfer.de

Multi-sport courts Outdoor equipment Sports ground equipment Playground equipment

Carl Stahl ARC GmbH 73079 Süßen, Germany xtend@carlstahl-arc.com www.carlstahl-architektur.com

» » » » »

Facades and building envelopes Perimeter boards, nettings Playground equipment Security systems, fencing Sports ground equipment

» » » » »

Aquatic equipment Fitness equipment Indoor equipment Outdoor equipment Sports ground equipment

Brinkmann + Deppen Architekten / Landschaftsarchitekten 48336 Sassenberg, Germany info@brinkmann-deppen.de www.brinkmann-deppen.de

» Architecture and design » Landscape design

Conica AG 8207 Schaffhausen, Switzerland info@conica.com www.conica.com

» Indoor sports floorings » Outdoor sports floorings » Sports ground construction

DSGN CONCEPTS UG 48145 Münster, Germany info@dsgn-concepts.de www.dsgn-concepts.de

» Landscape design

sb 5/2023

eccos pro gmbh 42553 Velbert, Germany info@eccos-pro.com www.eccos-pro.com

» » » » »

ENGO GmbH Srl 39040 Vahrn (BZ), Italy info@engo.it www.engo.it

Aquatic equipment Changing rooms and equipment Fitness equipment Ice sports equipment Ticketing, access systems

» » » » »

Ice hockey boards Ice rink construction Ice resurfacers Ice sports equipment Mobile floorings, cover systems

Eurotramp-Trampoline Kurt Hack GmbH 73235 Weilheim / Teck, Germany eurotramp@eurotramp.com www.eurotramp.com

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Aquatic equipment Indoor equipment Playground equipment Sports ground equipment

Missing your entry? Want to be part of our network?

GANTNER Electronic GmbH Deutschland 44894 Bochum, Germany info-de@gantner.com www.gantner.com

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Aquatic equipment Changing rooms and equipment Fitness equipment Indoor equipment Ticketing, access systems

geo3 GmbH 47551 Bedburg-Hau, Germany kontakt@geo3.de www.geo3.de

» Architecture and design » Landscape design » Feasibility studies

GEZOLAN AG 6252 Dagmersellen, Switzerland customer-service@gezolan.com www.gezolan.com

GfKK – Gesellschaft für Kältetechnik- Klimatechnik mbH 50859 Köln, Germany info@gfkk.de www.gfkk.de

Artificial turf Elastic layers, protecting surfaces Multi-sport courts Outdoor sports floorings Sports ground construction

» Ice rink construction » Ice sports equipment » Sanitary, heating, air conditioning, energy recovery

sb 5/2023

Gerflor Mipolam GmbH 53824 Troisdorf, Germany gerflormipolam@gerflor.com www.gerflor.de

» Indoor sports floorings » Mobile floorings, cover systems

Gütegemeinschaft Sportgeräte 53113 Bonn, Germany info@sichere-sporthalle.de www.sichere-sporthalle.de

» Indoor equipment » Sports ground equipment » Testing, quality assurance

PROFESSIONALS & PROFILES

Hauraton GmbH & Co. KG 76437 Rastatt, Germany info@hauraton.com www.hauraton.com

Hamberger Flooring GmbH & Co. KG 83071 Stephanskirchen, Germany info@haro-sports.com www.haro-sports.com

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Indoor sports floorings Elastic layers Protecting surfaces Mobile floorings Cover systems

» Drainage systems » Sports ground construction

Herculan BV 4231 DJ Meerkerk, Netherlands info@herculan.com www.herculan.com

» Indoor sports floorings » Multi-sport courts » Outdoor sports floorings

Artificial turf Cleaning and maintenance Hybrid turf Natural turf Sports ground construction

» » » »

Elastic layers, protecting surfaces Fitness equipment Playground equipment Outdoor sports floorings

» Testing, quality assurance

» Ice hockey boards » Ice rink construction » Ice resurfacers

ISS GmbH 63263 Neu-Isenburg, Germany info@iss4u.de www.iss4u.de

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Jakob Rope Systems 3555 Trubschachen, Switzerland info@jakob.com www.jakob.com

» » » »

Facades and building envelopes Security systems, fencing Perimeter boards and nettings Play- and sports ground equipment

Artificial turf Cleaning and maintenance Hybrid turf Natural turf Sports ground construction

Intercom Dr. Leitner 39040 Freienfeld, Italien intercom@leitner.it www.realice.info

ISP GmbH 48167 Münster, Germany info@isp-germany.com www.isp-germany.com

IST – Institut für Sportbodentechnik 04416 Markkleeberg, Germany mario-kunze@gmx.net www.sportboden-leipzig.de

» Testing, quality assurance

» » » » »

HET Elastomertechnik 65203 Wiesbaden, Germany info@het-group.com www.het-group.com

INTERGREEN AG 60433 Frankfurt, Germany info@intergreen.de www.intergreen.de

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heiler GmbH & Co. KG 33649 Bielefeld, Germany info@heiler-sport.de www.heiler-sport.de

Aquatic equipment Ice hockey boards Ice rink construction Ice resurfacers Ice sports equipment

JUNCKERS INDUSTRIER A/S 4600 Køge, Denmark sus@junckers.com www.junckers.com

» » » » »

Indoor sports floorings Multi-sport courts Sports hall construction Stadium and arena construction Temporary and modular constructions sb 5/2023

KDF - Kataskeves Dapedon Ltd. 57010 Thessaloniki, Greece exports@kdf.gr www.kdf.gr

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Elastic layers, protecting surfaces Indoor sports floorings Multi-sport courts Outdoor sports floorings

Keller Tersch GmbH 39218 Schönebeck, Germany info@kellertersch.de www.kellertersch.de

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Elastic layers, protecting surfaces Indoor sports floorings Outdoor sports floorings Playground equipment

Labor Lehmacher | Schneider GmbH & Co. KG 49076 Osnabrück, Germany info@labor-lehmacher.de www.l-l-s.de

» Testing, quality assurance

» » » »

Hermann Kutter Landschaftsbau Sportplatzbau GmbH & Co. KG 87700 Memmingen, Germany info@kutter-galabau.de www.kutter-galabau.de

KRAIBURG Relastec GmbH & Co. KG 29410 Salzwedel, Germany sportec@kraiburg-relastec.com www.kraiburg-relastec.com/sportec

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Artificial turf Cleaning and maintenance Hybrid turf Natural turf Sports ground construction

Kernig Consulting GmbH 48155 Münster, Deutschland info@andreaskernig.de www.kernig-consulting.de

» » » » »

Artificial turf Cleaning and maintenance Hybrid turf Natural turf Sports ground construction

Labosport International 72100 Le Mans, France contact@labosport.com www.labosport.com

» Testing, quality assurance

Consulting Fitness centres Pools and aquatic facilities Architecture & design

Herbert Labarre GmbH & Co. KG 22337 Hamburg, Germany info@labarre-galabau.de www.labarre-galabau.de

» » » » »

Artificial turf Cleaning and maintenance Hybrid turf Natural turf Sports ground construction

Landskate GmbH 50823 Köln, Germany info@lndskt.de www.lndskt.de

» Landscape design

Show your innovations and references! sb 5/2023

PROFESSIONALS & PROFILES

LIKE-ICE Science GmbH 84069 Schierling, Germany info@like-ice.com www.like-ice.com

LAUSIN Y VICENTE S.L. 50420 Cadrete, Spain export@lausinyvicente.com www.lausinyvicente.com

» » » » »

Indoor equipment Playground equipment Sports ground equipment Sports hall dividers Stadium and arena equipment

» Ice hockey boards » Mobile floorings, cover systems » Outdoor sports floorings

Lindner Group 94424 Arnstorf, Germany info@lindner-group.com www.lindner-group.com

» Lighting systems » Ceilings, windows, walls

We‘re here to help:

Max Rosenau, Marketing rosenau@iaks.sport

M3 Architectes 2737 Luxembourg, Luxembourg mail@m3archi.lu www.m3archi.lu

Silke Bardenheuer, Member services bardenheuer@iaks.sport

» Architecture and design

maier landschaftsarchitektur / Betonlandschaften 51107 Köln, Germany info@maierlandschaftsarchitektur.de www.maierlandschaftsarchitektur.de

» Landscape design

» Multi-sport courts » Sports hall construction » Turnkey construction

MYRTHA POOLS A&T Europe SPA 46043 Castiglione d/Stiviere (MN), Italy info@myrthapools.com www.myrthapools.com

» Aquatic construction » Pool construction, other systems » Pool construction, stainless steel

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Melos GmbH 49324 Melle, Germany info@melos-gmbh.com www.melos-gmbh.com

McArena GmbH 71522 Backnang, Germany info@mcarena.de www.mcarena.de

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Pellikaan Bauunternehmen Deutschland GmbH 40880 Ratingen, Germany info@pellikaan.de www.pellikaan.de

NUSSLI Group 8536 Hüttwilen, Switzerland information@nussli.com www.nussli.com

» » » » »

Sports hall construction Stadium and arena construction Stands, seating Temporary and modular constructions Turnkey construction

Elastic layers, protecting surfaces Multi-sport courts Outdoor sports floorings Sports ground construction

» » » »

Aquatic construction Aquatic equipment Sports hall construction Turnkey construction sb 5/2023

Play-Parc Allwetter-Freizeitanlagenbau GmbH 33014 Bad Driburg, Germany info@playparc.de www.playparc.de

PERROT-Regnerbau Calw GmbH 75382 Althengstett, Germany perrot@perrot.de www.perrot.de

» Irrigation systems

» » » » »

Porplastic Sportbau von Cramm GmbH 72108 Rottenburg a.N., Germany info@porplastic.de www.porplastic.de

» » » » »

Artificial turf Elastic layers, protecting surfaces Indoor sports floorings Outdoor sports floorings Sports ground construction

Fitness equipment Indoor equipment Multi-sport courts Outdoor equipment Sports ground equipment

Schmitz Foam Products BV 6040 KG Roermond, Netherlands sales@schmitzfoam.com www.schmitzfoam.com

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Artifical turf Elastic layers; protecting surfaces Outdoor sports floorings Sports ground construction

Polytan GmbH 86666 Burgheim, Germany info@polytan.com www.polytan.de

» » » » »

Artificial turf Cleaning and maintenance Elastic layers, protecting surfaces Outdoor sports floorings Sports ground construction

PS+ Planung von Sportstätten 49078 Osnabrück, Germany info@ps-planung.de www.ps-planung.de

» Architecture and design » Landscape design

Your product and company information on a half page, newsletter feature, plus your logo in the company index – for just EUR 870 per year.

Sika Nederland B.V. (Pulastic sports flooring) 7400 AK Deventer, Netherlands export@nl.sika.com www.pulastic.com

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Ceilings, windows, walls Indoor sports floorings Multi-sport courts Outdoor sports floorings sb 5/2023

REGUPOL BSW GmbH 57319 Bad Berleburg, Germany info@regupol.de www.regupol.com

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Elastic layers, protecting surfaces Indoor sports floorings Mobile floorings, cover systems Outdoor sports floorings Playground equipment

RICHTER Sportstättenkonzepte GmbH 07629 Hermsdorf, Germany info@sportstaettenkonzepte.de www.sportstaettenkonzepte.de

» Architecture and design » Landscape design

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PROFESSIONALS & PROFILES

Signgrass® NIK-Tufting BV 5571 TJ Bergeijk, Netherlands info@signgrass.com www.signgrass.com

Robbins Sports Surfaces OH 45226 Cincinnati, USA info@robbinsfloor.com www.robbinsfloor.com

» Indoor sports floorings » Mobile floorings, cover systems » Multi-sport courts

» » » » »

SMC2 S.A.S. 69440 Mornant, France contact@smc2-construction.com www.smc2-construction.com

» » » » »

Ceilings, windows, walls Facades and building envelopes Fixed and retractable roofing systems Temporary and modular constructions Turnkey construction

SMG Sportplatzmaschinenbau GmbH 89269 Vöhringen, Germany info@smg-machines.com www.smg-machines.com

» Cleaning and maintenance » Sports ground construction » Sports ground equipment

Spieth Gymnastics GmbH 73776 Altbach, Germany info@spieth-gymnastics.com www.spieth-gymnastics.com

» » » »

Elastic layers, protecting surfaces Indoor equipment Mobile floorings, cover systems Sports ground equipment

STARGUM Stankiewicz Sp.j. 73-110 Stargard, Poland sales@stargum.pl www.stargum.pl

» » » » »

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Artificial turf Elastic layers, protecting surfaces Indoor sports floorings Multi-sport courts Outdoor sports floorings

Trenomat GmbH & Co. KG 42327 Wuppertal, Germany info@trenomat.de www.trenomat.de

Tatamsport 50014 Zaragoza, Spain tatamsport@toldosserrano.com www.tatamsport.com

» Indoor equipment » Sports hall dividers

Artifical turf Multi-sport courts Outdoor sports floorings Sports ground construction Sports ground equipment

» » » »

Indoor equipment Mobile floorings, cover systems Perimeter boards, nettings Sports hall dividers

Siteco Beleuchtungstechnik GmbH 83301 Traunreut, Germany info@siteco.de www.siteco.de

» Lighting systems

Holz-Speckmann GmbH & Co. KG 33790 Halle/ Westfalen, Germany info@speed-lock.com www.speed-lock.com

» Indoor sports floorings » Mobile floorings, cover systems

STOCKMEIER URETHANES GmbH & Co.KG 32657 Lemgo, Germany urethanes.ger@stockmeier.com www.stockmeier-urethanes.de

» Elastic layers, protecting surfaces » Indoor sports floorings » Outdoor sports floorings

Troldtekt A/S 8310 Tranbjerg J., Denmark info@troldtekt.com www.troldtekt.com

» Ceilings, windows, walls

sb 5/2023

TURNBAR by Eiden & Wagner 54634 Bitburg, Germany info@turnbar.net www.turnbar.net

» » » » »

Fitness equipment Indoor equipment Multi-sport courts Outdoor equipment Sports ground equipment

Hans-Joachim Weitzel GmbH & Co. KG 25436 Tornesch, Germany schult@hjweitzel.de www.hjweitzel.de

» » » » »

Artificial turf Elastic layers, protecting surfaces Multi-sport courts Outdoor sports floorings Sports ground construction

Universal Sport Sportgeräteherstellungs- und Vertriebs GmbH 71101 Schönaich, Germany info@universal-sport.com www.universal-sport.com

» » » » »

Ice sports equipment Indoor equipment Mobile floorings, cover systems Perimeter boards, nettings Sports ground equipment

WM technics GmbH 39053 Blumau, Italy info@wm-technics.com www.wm-on-ice.com

» Ice resurfacers

Vindico Sport GmbH 73463 Westhausen, Germany info@vindico-sport.de www.vindico-sport.com

» » » » »

Outdoor equipment Multi-sport courts Stadium and arena equipment Sports ground construction Sports ground equipment

ZELLER bäderbau GmbH 89520 Heidenheim, Germany info@zeller-baederbau.com www.zeller-baederbau.com

» Aquatic construction » Aquatic equipment » Pool construction, stainless steel

Züko Deutschland GmbH 78176 Blumberg, Germany deutschland@zueko.com www.zueko.com

» » » » »

Changing rooms and equipment Ice hockey boards Ice resurfacers Ice rink construction Ice sports equipment

sb 5/2023

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IMPRINT

sb 5/2023 Editorial board and publisher IAKS International Association for Sports and Leisure Facilities Eupener Straße 70 50933 Cologne, Germany Phone +49 (0) 221 16 80 23-0 Fax +49 (0) 221 16 80 23-23 sb@iaks.sport www.iaks.sport

International magazine for sports, leisure and recreational facilities

Secretary General with overall responsibility Klaus Meinel meinel@iaks.sport

Editorial board Silke Bardenheuer bardenheuer@iaks.sport Fon +49(0)221 168023-11

Marketing Maximilian Rosenau rosenau@iaks.sport Fon +49(0)221 168023-13

Graphic design Victoria Page page@iaks.sport Fon +49(0)221 168023-12 Subscriptions Alexia Chrissanthopoulou chrissanthopoulou@iaks.sport Fon +49(0)221 168023-14

The publisher has unlimited rights to work accepted for printing. Reprint or duplication, even of extracts, is only permitted with the publisher‘s written consent. Subscription price 2023 65 EUR Germany 85 EUR Other countries 12 EUR Single issue

UPCOMING ISSUES Issue 6/2023 – Active Communities

ISSN (Print): 0036-102X ISSN (Internet): ISSN 2198-4271 Jurisdiction and place of performance: Cologne, Germany

Photo: Marić Arhitektura i Urbanizam

For advertisement prices, see 2023 Media Data. Translation/Editorial report Tim Chafer, ExperTeam Otto-Hahn-Str. 57, 40591 Düsseldorf, Germany Euro-Sprachendienst Jellen Rheinaustr. 125, 53225 Bonn, Germany www.euro-sprachendienst.de Print Limberg-Druck Industriestr. 17 41564 Kaarst, Germany www.limberg.de 104

Date of publication: 15.12.2023

Issue 1/2024 – Sports halls and arenas Date of publication: 29.02.2024 Issue 2/2024 – Stadia and Sports Grounds Issue 3/2024 – Aquatic and Wellness Facilities Issue 4/2024 – Activating Urban Spaces Issue 5/2024 – Sustainability sb 5/2023

sb sb

International magazine for sports, leisure and recreational facilities

56th year ISSN (Print): 0036-102X ISSN (Internet): ISSN 2198-4271

1/2022

www.iaks.sport

SPORTS HALLS AND ARENAS

sb 1/2022

Subscribe now and enjoy a year full of inspiring architecture!

International magazine for sports, leisure and recreational facilities

www.iaks.sport

56th year ISSN (Print): 0036-102X ISSN (Internet): ISSN 2198-4271

3/2022

AQUATIC AND WELLNESS FACILITIES

sb 3/2022

International magazine for sports, leisure and recreational facilities

www.iaks.sport

“sb“ showcases exemplary architecture, spectrum of innovations, products and services from the leisure centre, sports facility, swimming pool and wellness sector

56th year ISSN (Print): 0036-102X ISSN (Internet): ISSN 2198-4271

5/2022

SUSTAINABILITY

Six issues per year appear in an English and in a German print run and have a specific focus.

sb www.iaks.sport

International magazine for sports, leisure and recreational facilities

2/2022

STADIA AND SPORTS GROUNDS

sb 2/2022

International magazine for sports, leisure and recreational facilities

www.iaks.sport

56th year ISSN (Print): 0036-102X ISSN (Internet): ISSN 2198-4271

4/2022

ACTIVATING URBAN SPACES

sb 4/2022

56th year ISSN (Print): 0036-102X ISSN (Internet): ISSN 2198-4271

International magazine for sports, leisure and recreational facilities

www.iaks.sport

56th year ISSN (Print): 0036-102X ISSN (Internet): ISSN 2198-4271

6/2022

ACTIVE COMMUNITIES

Editorial Programme 2024

sb 5/2022

sb 5/2023

1/2024 SPORTS HALLS AND ARENAS 2/2024 STADIA AND SPORTS GROUNDS 3/2024 AQUATIC AND WELLNESS FACILITIES 4/2024 ACTIVATING URBAN SPACES 5/2024 SUSTAINABILITY 6/2024 ACTIVE COMMUNITIES

sb 6/2022

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