Adam Lenard - CV/Portfolio by Adam Lenard

Adam Lenard CV & STUDENTWORK

M.Arch

ADAM LENARD - CV

M.Arch

Work experience Arkitektgruppen, Malmö

Education 11.2022-11.2023

-Planning of preschool (4 units) and sports hall in Revit (approx.5000m2 BTA), Program/system stage, CAD responsibility, coordinating with consultants, drawing in Revit and planning, design. -3d modeling and visualizations of residential high-rise buildings in Malmö. Sketchup-Enscape, Photoshop, zoning plan, early stage. -Visualization early stage, exploitation of land for housing, Borgeby Sketchup, V-ray.

Wennström & Lundquist Arkitekter

03.2017-08.2022

Participated in the design of several industrial buildings, schools/ preschools, apartments (remodeling of premises/attics) and offices (new construction and adaptations for leasing). - Measurement/drawing of existing premises, Autocad - Sketch of office floor plans - Autocad - Model houses and surroundings in 3d, Sketchup - Rendering and processing in V-Ray, Photoshop - Layouts of toilets/windows/doors/furniture in rooms, 1:20 - Revit, draw up 3d model for projecting office/industrial building - Sketch of conversion to apartments from premises, building plans - Building permits for extensions/new construction of villas from sketch to finished building, complete building permit, Autocad - Detail renderings on the extension section of the facade. 1:10 - Details on extension of dormers-section through roof/wall 1:20

Ortner&Ortner Baukunst

08.2019-12.2019

Participated in the design of a residential block in Cologne, further development of the building model in Revit. Also worked on various facade details and design proposals. - Planning in Revit of an apartment building with 209 units - Design options for the installation of balcony railings, Autocad - Drawing of the balcony construction and loggia on the building, creation of drainage and reinforcement variants for concrete in place and prefabricated concrete elements. Scale 1: 5, 1:25, Autocad - Drawing of several variants for entrance, facade design, Photoshop

Fredblad Arkitekter

08.2014-06.2015

Internship, involved in many projects from competitions/early stages to simple building permit applications and practical measurements on site and participation in design meetings with clients and other consultants. - Participated in the design of a school for 800 students - Creation of sketchup models and Archicad models for several projects in the early stages and building permit applications - Presentation material, pictures and folders

Lund University, LTH:

2011 – 2017

Universität Stuttgart:

2015 – 2016

Master of Architecture (300 ECTS)

Master level courses, Erasmus (60 ECTS)

University of Sassari:

Landworks, Landscape architecture Workshop (4 ECTS)

May 2017

University of Gothenburg, School of Business, Economics and Law:

2009 - 2010

Economics 1, (30 ECTS) Courses - Business Administration 1 (15 ECTS): Organization and leadership, Marketing

Sven Eriksonsgymnasiet, Borås:

International Baccalaureate Diploma programme, Upper secondary school

Contact 2006 – 2009

linkedin.com/in/adamlenard issuu.com/adamlenard

Computer skills Exceptional skills in the following: Autocad, Revit, Adobe: Illustrator, Photoshop, InDesign SketchUp, V-Ray, Archicad.

Qualifications Swedish Language Mentor, Lund University Fall 2016 Supplementary Instructor, Lund University Oct 2016 International Mentor, Lund University Jan-Jun 2014 Europan, Forum of sites (Malmö), Jan 2013 Youth leadership training in orienteering, Plus 5, 2009

Languages Swedish, native speaker English, fluent Hungarian, native speaker German, fluent Danish, intermediate

Project list (selection):

Wennström & Lundquist Arkitekter: Voestalpine, Industrial building - Malmö Planning of a chemical industry building for property owner Wihlborgs. Construction of 3d model Revit (planning, construction documents) & Sketchup for rendering in V-ray. Sunnanå, Real Estate Development Wihlborgs - Malmö Draw sketchup model for rendering, processing in Photoshop. - Region Skåne/Veho Bil Planning of offices/industry - layouts, adaptations according to drawings and input from other consultants. ”On the Sunnanå 12:54 property, Wihlborgs has built a transport facility of 2,300 square meters for Region Skåne and a new service center of 3,000 square meters for Veho Bil.” Locostallarna, Office of the Insurance Fund - Halmstad Draw sketchup model and environment for exterior views-rendering V-ray, Changes in Revit model during construction phase. Kv Bilen, Skandiafastigheter - Malmö Tenant adaptations for the majority of offices and businesses. Draft proposals for floor plans and design-build documents (plans and layouts). Examples of businesses: IBM, Onemed, Telenor, Arduino, Rosti, Getaccept, Intec. Ekeblad Housing, Terraced House - Several locations Building permit for a typical house/townhouse for a contractor. Land use, development of a situation plan together with the client. Execution of all documents for building permits in several locations: Nybrostrand, Åhus, Borås, Borstahusen, Östra Karup, Flahult, Klippan. Glumslöv Preschool - Landskrona Project planning 3d-cad, sketchup model and details-stairs, layouts windows/window sections, doors, kitchenette, wc, changing room and cloakroom, drying room, main entrance. Adjustments following the actions of other consultants. Drawing layout, peer review-3d cad.

Ystad, Kv Erik 15, 29, Knut 17 and others. Private Property Owner, Building permits and sketches for several apartments and alterations in a complex, historic environment in the center of Ystad. Sketches of extensions, furniture and floor plans. Facade changes with consideration for the existing environment. Olympia Sports Hall - Helsingborg 3d volume drawing of extension options for athletics hall, sketchup, situation plan, renderings - V-ray, sketches of floor plans for planning permission.

Ortner & Ortner Baukunst: Sechtemer Block (residential block) - Cologne As part of the facade planning, visualizations, graphics and models were created in coordination with the client. Responsible for further developing the building model in Revit. Other tasks included: Autocad - Design options for hanging balcony railings. Drawing of the balcony construction and loggia on the building, creation of drainage and reinforcement variants for concrete in place and prefabricated concrete elements. Scale 1: 5, 1:25. Photoshop-Drawing of the three facade variants for entrances with stone relief, glass door and windbreak.

Fredblad Arkitekter: Trönningeskolan - Varberg Concept, presentation, logotype, diagram, business plan, volume model, Archicad model in sketch phase, investigation of location/situation plan, interiors/design proposals. Participated in the design of a school for 800 students.

Recommendation:

Ortner & Ortner Baukunst “Within a very short time he became familiar with the responsibilities assigned to him. He always carried out his tasks with great motivation and interest and always showed a high degree of initiative, communication skills and willingness to perform. He worked efficiently, purposefully and carefully. His work output repeatedly proved to be particularly skilled in conception, design and craftsmanship. He completed the tasks assigned to us to our complete satisfaction. He integrated very well into the architectural team and always behaved impeccably towards superiors and colleagues. We thank Adam for his excellent cooperation and we are very sorry to lose him as an employee. A future collaboration is conceivable for us at any time. We wish him all the best and much success in his future career and life.” -Christian Heuchel

Fredblad Arkitekter ”During his time at Fredblad Arkitekter, Adam has participated in many projects occurring in the office. During the year, he has developed his ability in presentation technique as well as the analytical ability required for the various pre-studies and program work in which he participated. He has participated in team-work together with the office’s architects in competitions and proposal documents for projects in a beneficial and committed way. Adam has been a popular colleague in our office who spreads joy around him with clever reflections in various situations.” -AnnCharlotte Castler

STUDENTWORK

Refshaleøen Mixed-use development, Diploma project Copenhagen, Denmark This diploma project is concerned with the site of Refshaleøen in Copenhagen and how a proposal of buildings would enhance the identity of the place, attract more people while maintaining the qualities of the old industrial area. A continued investigation of the conditions on Refshaleøen were based on the existing constructions/buildings, traffic situation, proportions, and scale of the built environment. A concept relating to the site on an urbanistic level was developed while also focusing on certain central areas of the huge site. As an approach a grid was chosen to serve as a rule for the buildings and additions to the existing structures. This also helped in planning connections between the loosely placed existing buildings. The diverse group of businesses and associations that have claimed the facilities do this for specific reasons such as the functionality of the spaces and the relatively low rent. By looking at the varied use of materials and structures the proposition can adapt and be able to create flexible spaces for future use.

Concept The concept is based on a simple but effective prefabricated concrete frame that can be added upon in the future and used for various functions. Since it is impossible to predict what uses will be in demand in the future the structure serves to the changing needs through its generality. An example of housing and green spaces are added to the structure to display possible uses. The aim is thus to create variation and possibilities for living and working within this ”megaform”. If this would prove to be successful a possible development on other sites would be possible. The main prerequisite is to build the structure slowly over time in order not to deter the current residents of Refshaleøen from its unique location, openness, and free do-it-yourself attitude. The proposal is in the end a contribution to the debate about the development on Refshaleøen and whether a full-scale expansion should take place there and if so to what degree.

REFSHALEØEN

Site plan 1:2000

REFSHALEØEN

Concept - Structure The building volumes are divided by function and connected through walkways or open spaces on various levels. This horizontal organization together with the vertical communication through the building is shown in following diagrams. Firstly the volumes where placed on site in certain a given orientation. Then the cores are added at certain intervals for vertical communication with elevator and staircases, after this larger rooms are inserted into the elongated structure and break the monotony. Also passages and smaller rooms are added for variation and as functional necessity. The smaller volumes towards the south visually break down the long horizontal structure and takes it down to the urban farm. In the central area the buildings are placed in accordance to the functions of the surrounding buildings and how they can add value to them. As well as the entrance building which houses a café, exhibition and information center for Refshaleøen.

Additive principle with walkways and volumes

Before, After

Existing and new volumes

REFSHALEØEN

Volume additions

Construction/Function A grid covering the site plan is the foundation for the pillar-slab system from which the building volumes are constructed. It is a grid of 6x6m, because of the flexibility it offers for spaces but also to span greater areas. It is divisible to smaller units as 3x3, which is also found in the buildings analysed on site as the administration-building. Also the floor height is applied as it can be connected to the fire station and new changing rooms. The construction is prefabricated concrete pillars with haunches that carry the beams and prefab hollow core slabs which are 1,2m in width och 5,7m in length. Thus five elements cover a 6x6 square. When greater distances need to be spanned a aluminiumframe can carry the roof as in the case of the multi hall showd in figure.

Facade 1. Curtain wall

Facade 2. Wood paneling

Facade 3. Brick

Facade 4. Corrugated metal

The grid and the construction allows a siteplan to be populated by volumes and buildings more easily and rationally. It also makes it possible to stack smaller volumes such as the ones approaching the urban farm area. An economicallly viable construction which due to the hollow core slabs and floor heights aswell as the material can whitstand the test of future uses over time. And serve many different purposes/functions.

Structure and organization of service cores and spaces.

Axonometry of load bearing structure and multi hall construction.

REFSHALEØEN

Contextualization In order to revitalize and add to the old shipyard it was necessary to involve the current businesses and groups active in the central buildings. Thus the idea came to connect the ’megaform’ to the existing buildings and merge the functions or supplement what is already there. So the three central buildings form a node with the new additions which is servicing an educational, recreational and economical need.

1 4,5m Measurements sport hall: Badminton Basket Volleyboll Eaves height

2 1

H 5,5m

H 7,6m

4,5m

Small studio 6,7x4m 26,8m2

Double ceiling height serves for a workshop, studio or store in the future structure. The office function and the rentable spaces can agreeably be connected to the current recreation area like the beach-volley part.

REFSHALEØEN

Entrance

Ground floor 1:600

1:250

REFSHALEØEN

The Stage

Ground floor 1:600

1:250

REFSHALEØEN

The Docksite 1

1 2

1:500

1:1500

REFSHALEØEN

The Infill Plan 1,2 1:600

1:250

REFSHALEØEN

In Context Geological Museum Helsingborg, Sweden Excerpt from bacelor thesis from stdio architecture in contex. The project stems from the specific characteristics of the landscape element “Landborgen” which can be incorporated into the public space in a new way. By working in the lengthwise section the goal was to connect east and west, to turn the stairs and platform into a destination. The addition of a museum linked to the history and geology of the unique landscape transforms the place into more than just a passage with stairs. It catches the eye of the passer by from the shopping street and invites them to discover the rich history connected to the landscape. The building terraces also offer additional views back to the city center. Since the café opens up towards the platform a exciting place is created where the passage and museum building meet. This creates a space where one can reflect on the location within the landscape and on the city. The building is constructed of concrete slabs that are transposed in a way so that a path is created through the museum which enables the visitor to discover the inside of the rock/landscape while walking in between concrete walls that are like the perforated sheets of the rock.

Site Plan

IN CONTEXT

1:2000

1:500

IN CONTEXT

1:50

1:600

IN CONTEXT

3D Section

IN CONTEXT

MiniLIB District Library Western Harbour - Malmö, Sweden The pier is a branch library in the Western Harbour located on an attractive location in the southwest corner of the Bo01 area. The library will become a meeting place for residents and an interesting addition to tourists and visitors. This through nice patios and a great view even from inside the building. The library creates a small passage to the “square” in front of the cafe. It twists also around a new space formation which has a paved surface and is a extension of the existing wooden deck. The building has a long roof that extends out into the sea and stands on wooden poles. The wooden deck and the stakes relate to the sea and become a symbolic pier. The roof is also eleveated creating slats of glass which give additional light to the main hall and is part of the concept of moved concrete slabs to direct and create views of the surroudings. The building has large glass windows facing west and overlooking the sea. Along with the libraries northerly direction new seating is placed for the restaurant to attract even more tourists.

Site, Plan

A B

Site plan

Ground floor

1:1000

1:250

MINI LIB

B-B

1:200

MINI LIB

Tall Wood+ Multistorey Housing, Seestadt Aspern - Vienna, Austria The large urban development project - Aspern seestadt in Vienna is the site for the Tall Wood+ project. The project sets out to investigate what can be achieved with modern wood building techniques in order to create a sustainable architecture, truly regarding all three aspects of the term: social, economic and ecological. The idea was all along to create a flexible and open building. Meaning that there should be a variety of appartments with good qualities. An early idea was to terrace the building with setbacks so that the isolated volume can relate to the lower buildings nearby and the railway. This together with a public ground floor with entrance towards the mass transport, rooftop terrace and generous balconies should make the building more inviting. The framing method chosen for the construction allowed for varied floor plans and as such it was possible to create appartments varying from 25-100m2. The 5x5m grid provides an improved economy to the project. The balconies are mostly SW and SE facing with a protective wall towards the N, NW where the winds mostly come from. The facades are covered with a vertical wooden paneling and the posts continue up through the roof terrace which provide a hint of the wood construction. Concrete is used for the core wich houses the corridor, stairwell and elevator shafts. Also the outer walls of the bottom floor are concrete for extra stability. A public café and business are located on the ground floor facing towards the promenade and the station building. Thus helping to connect the building not only in material but also in use to the future urban environment surrounding the U-bahn station. One of the gates to the soon to be thriving Aspern district.

Site Plan

TALL WOOD +

1:4000

Concept diagrams The initial process of placing 5x5m modules on a square grid with a central core. Posts placed on corners in order to enable diferent placement of inner walls and enabling a flexible plan.

Diagram of building functions and energy concept

Solar panels Heat exchanger Panoramic floor

Stairwell

Airintake through valves and balconies, exhaust air vacated through central shaft

Elevator shaft

Green roofs

Café Service/Storage

Heatpump Recycled heat from ventilation combined with borehole heat exchanger

-1

2-6

7-9

10-11

12-13

14-15

16-17

Service core

Utility/Common

Café

2 Room appartment

4 Room appartment

Tech

Business

1 Room appartment

3 Room appartment

Panorama floor

Plan diagram: Showing the initial process resulting in the building shape, Orientation of the appartments and services

BGF: 11103m2 BRI: 33309m3

TALL WOOD +

Total usable area (UA): 8344m2 Total circulation and service area (CA+SA): 1536 , (CA+SA)/UA=18%

Construction

Detail section, core to facade, 1:40 5m

Construction diagram: Concrete core, wooden framing, infill wall, added balcony

TALL WOOD +

Connection diagram: Induo ® wood connection forposts, beams and balcony

188,6 m2

Café

Floor: 0 (Café/Service) Usable area: 436m2 Circulation + Service area: 78m2

Common room

F F

Sauna

Café

123,7 m2

Floor: -1 (Storage) Usable area: 437m2 Circulation + Service area: 98m2

99,1 m2

Bicycles/Prams

47,1 m2

Waste

Postboxes

99,9 m2

Business

340,2 m2

97,4 m2

Machinery

Storage

Main entrance

Emergency exit

Floors

Floor: 1 (Residential/Café) Usable area: 369m2 Circulation + Service area: 68m2

Floor: 20 (Observation deck) Usable area: 147m2 (outside) Circulation + Service area: 68m2

TALL WOOD +

1:400

Floors: 2-6 Usable area/floor: 469m2 Circulation + Service area/floor: 68m2

1:200

TALL WOOD +

West

1:400

Cohabitation Conceptional design for human-animal interaction Hamburg, Germany Hamburg’s harbor welcomes goods and ideas from around the world. As it is one of the busiest ports in Europe, it is considered a “gateway to the world.” Not only is it a port for human related activities, it is also a port for the house martin. House martins call Hamburg home during the months of May through September. During this period of time, the house martin’s quick movements give a sense excitement and interest to the sky. The presence of house martins is an understated token to the city. Throughout the year many events take place in the city. People are drawn to the city to experience Hamburg’s unique atmosphere. The ability to celebrate the homecoming and presence of house martins brings yet another opportunity to the people of the city. House martins are small blue and brown birds. They feed on insects in flight, particularly over water. House martins are known for their unique nests. They collect mud in their beaks and build small convex domes under the eaves of buildings. House martins live in temperate northern climates in the summer and southern climates in the winter. There is a substantial house martin presence in Hamburg, but with a few adjustments and provisions, house martin populations will be able to grow in this urban environment. The concept to increase interaction or cohabitation between humans and these birds was through a series of urban furniture installations based on a grid structure. In three different sites next to the canal where the birds prefer to stay the nesting, building and feeding aspects where researched and adpated to human involvement.

Timeline of House Martin activity during the year: April

January

February

March

May

June

July

August

September

ilding Bu

ubation Inc

tching Ha

sting Ne

dging Fle

July

August

September

April

May

June

November

October

December

3 1. Building

2. Eating

3. Nesting

Diagram of site interventions and human-bird activity:

1:2000

COHABITATION

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Furniture

Co-Habitation Furniture Co-Habitation Furniture Co-Habitation Furniture Co-Habitation Furniture

After discovering the present situation of the House Martins in Hamburg we realized that additional structures could be added to the existing architecture and urban situations in order to increase the interaction between the birds and citizens of Hamburg.

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At the Herrengrabenfleet three different sites could be suitable for an interaction. We found that a uniform architectural language serves the purpose of educating the citizens of the present installations and tie them together. The Modules are based on a 1x1m grid with a height of 500mm per module. The exception being the nesting structure which is fitted to the gap between the pillars in the arcade. A variation of modules suited for human use: cimbing, sitting, lyingNesting Structure down were designed. For the birds, modules are in place to serve Nesting Structure Nesting Structure them building materials, plants that attract insects and specially made Nesting Structure insectboxes/modules from which insects can be manually released 1:20 by opening the side panel. 1:20

Nesting Structure

1:20

1:20 1:20

Nest Box

Nesting Structure Nesting Structure Nesting Structure Nesting Structure Mud Box Seating Net Seating Net Seating Net Seating Net

Insect Box Insect Box Insect Box Insect Box

Insect Box

Sand Box Sand Box Sand Box Sand Box

Planter Planter Planter Planter

Planting Box

Bed Net Bed Net Bed Net

Mud Box Mud Box Mud Box

1:20 1:201:20 1:20

Cushion Cushion Cushion Cushion

Cushion

Sand Box

Seating Net

Bed Net

Insect Box Vertical Planter Vertical Planter Vertical VerticalPlanter Planter Vertical Planter

Seating Net Seating Seating Net Net Seating Net

Seating Net

COHABITATION

Sand Box Sand Box Sand Box Sand Box

Bed Net Net BedBed Net Bed Net

Sand Box

Bed Net

Planter Mud Box Box MudMud Box Mud Box

Mud Box

Building At the site of the Michaelisbrücke the House martins can pick up some much needed building material from mud boxes while children building sandcastles and adults enjoy the commerce and cafés in the square. Water flows through a jungle gym and planting structure. The water serves multiple purposes: it waters the plants, gives water to children building sand castles and provides mud for House Martins to use when building their nests.

COHABITATION

Nesting

The nest boxes in the arcade along the canal provide a new place suited for house martin nests as well as a place for humans to observe and occupy the same space as the house martins. As a solution to the droppings planting boxes have been placed below the nests to collect the droppings. The artificial boxes in the arcade also serve as seating and view points for humans.

COHABITATION

Eating

The insect boxes enable the controlled release of insects for the birds to feed on and at the same time offers the guests at the café who are engaging in a similar activity views of the birds hunting. The previously inactive stairs also become a natural seating for the viewing of the house martins during this process.

COHABITATION

1:20

Watching The flight of the House Martins from their nests to the building material and feeding sites creates an interesting spectacle to be watched by people. Certain urban furniture can be installed which are suitable for this pastime and can be easily moved to places where the birds are most active.

Bird Watching The flight of the House Martins from their nests to the building material and feeding sites creates an interesting spectacle to be watched by people. Certain urban furniture can be installed which are suitable for this pastime and can be easily moved to places where the birds are most active.

Bird Tracking/Motion Sensor (Fall/Winter) The Common House Martinis a migratory passerine bird of the swallow family which breeds in Europe, north Africa and temperate Asia; and winters in sub-Saharan Africa and tropical Asia.

Bird Tracking/Motion Sensor (Fall/Winter) Bird Tracking/Motion Sensor (Fall/Winter)

Tracking

The Common House Martinis a migratory passerine bird of the swallow family which breeds in Europe, north Africa and temperate Asia; and winters in sub-Saharan Africa and tropical Asia. The common house martin flies with a wing beat averaging 5.3 beats per second, the flight speed of 11 m•s−1 is typical for hirundines. This can be represented in winter during their migration with a light show along the canal where they normally fly during summer when they come back to breed.

The common house martin flies with a wing beat averaging 5.3 beats per second, the flight speed of 11 m•s−1 is typical for hirundines. This can be represented in winter during their migration with a light show along the canal where they normally fly during summer when they come back to breed.

The Common House Martinis a migratory passerine bird of the swallow family which breeds in Europe, north Africa and temperate Asia; and winters in sub-Saharan Africa and tropical Asia.

Birds resting in summer scenario

The house martin is a migratory passage bird which breeds in Europe, north Africa and temperate Asia; and winters in sub-Saharan Africa and tropical 2s Asia. The house martin flies with a flight speed of 112s meters per second and a 4s wing beat averaging 5.3 beats per second. This is being represented in winter 4s during their migration. In the winter a light show above the canal6srepresents the path and speed at which the birds6s fly in the summer.

Birds resting in summer scenario

4s 6s

Projecting Birds (Fall/Winter) During the fall and winter the nest structures are outfitted with projectors that can play an visual show on the opposite office facade at night. This could show the birds in motion during their migration or a kind of artistic representation of the birds flying away. Since the nest structures have seating in the bottom part one or two persons could sit and also hear an audio playback of the birds in action. This way you could be fully immersed in the world of the House Martin even though they are gone for the winter from Hamburg.

Projecting

At night, during the fall and winter, the birds are represented by projectors that play a visual show. The nest structures are outfitted with projectors that display on the opposite office facade at night. This shows the birds in motion during their migration. Since the nest structures have seating in the bottom, one or two persons could sit and also hear an audio playback of the birds in action. This way you could be fully immersed in the world of the house martin even though they are not in Hamburg during the winter.

COHABITATION

Building Envelopes Office Building Closed Cavity Facade Exercise in collaboration with architecture and civil engineer students. Theme: Facade development for an office building, located in Frankfurt am Main. The main focus of the exercise was to review and further elaboration on a facade concept. For this case Closed Cavity Facades were investigated and adapted into a own floorplan. The goal was a simple high-rise floor plan with function-oriented core. The core also serves to reinforce the building. Aspects of heating, thermal loads, ventilation and lighting had to be treated along with the structural aspects of the floorplan. Division of pillars and length of beams according to grid which serves the function of an office building. Some functional aspects were implemented in the design for example thermally activated concrete deck that store low nightly temperatues in embedded water pipes which then help keep the floor cooler during the day. The general benefits of ccf-systems were fount to be high energy performance, good thermal insulation, increased protection from solar heat gains. There is a high initial cost although that could possibly be weighed up by lower life cycle costs. This is still not known as these systems haven’t bee around for that long. The elements might need replacing more or less often.

7 100 Pausenräume Konferenzraum

Küche / Teehaus

29 740

Technik Raum

5 000

2 100

Büros

5 000

Lager

2 100

Technik Raum

Büros

Unterrichtsraum 7 100

Unterrichtsraum

Connecon between facade element and concrete deck

5 000

41 340

Typical floor plan 1:400

Ground floor cut-out 1:100

Complete CCF (closed cavity facade) unit

Decentralized venlaon unit with heat exchanger

Blind access panel: Removable venean blind, cavity isolated motor and access panel

Inner skin: Tripple glazed high-performance IGU (Insulated glazing unit)

Cavity: Automated intersal venean blind

Outer skin: Single, clear, heat strengthened glass

Framing: Thermally broken aluminium frame Cleaning & Maintenance: Since no air from the outside is entering the closed cavity dirt is also prevented from entering. Thus eliminang the need for cleaning inside the cavity for the lifeme of the facade. All control components are designed maintenance-free.

Diagram of closed cavity facade element, cleaning and maintenance

Montage of facade system

BUILDING ENVELOPES

Automated mechanical blinds inside cavity

Exhaust air evacuated in coridor next to core and then to the outside trough vertical shafts

Thermally activated concrete deck stores low nightly temperatues in embedded water pipes which then help keep the floor cooler during the day.

Floor lamps provide lighting deeper inside the building

High transparency and possibility to sit close to facade gives good lighting conditions

Illumination of workspace

Air cooled by heat exchanger Decentralized facade ventilation unit Warm air from the outside

Triple glazing

Single glazing

+ High energy performance, good thermal insulaon + High visual comfort , transparency + High acousc performance + Increased protecon from solar heat gains + No cavity condensaon risk (dry air is fed into the facade units through a pressureized system in order to avoid condensaon) + greater eﬀecve ﬂoor area, no need for space to open facade in order to access cavity, thinner envelope compared to double skin whilst retaining qualies + low maintenance requirements, only outside requires cleaning -High inial costs, possibly compensated by lifecycle cost

Section

Facade

BUILDING ENVELOPES

1:100

Under trees Urban plan for Lilla Råby, Lund A group work in city planning concerning the old industrial area of Lilla Råby. The area has vast unused spaces and is in need of additional structure to give life and reestablish its connection to the city centre. This was enabled by adding increasing cutural value and adding recreational/ sports areas as a part of a more varied assortment of possible activities. In the heart of Lilla Råby a park was planned in the east-west orientation which cuts through by the existing communication path ‘Hardebergaspåret’. Tree lined avenues with gravel and paving on the ground create a natural public space. The park establishes and axis and connects the sports area in the east with the more dense western area containing housing and facilities. The added housing in the western part adds value through varied facilities and shops at ground floor level. There is a mix of housing consisting of row houses, apartment buildings, student flats and 65+ housing.

Functional diagrams

Förskolan Arken

Utegym

Spyken Södra

Student Student

Pre-school Pre-school

Housing Housing

Row Row houses houses

Dance Dance school school

Green Green space space

Apartment Apartment buildings buildings

Sports Sports hall hall

65+ 65+

Shops Shops

Communication Communication

Bollplan

Lekplats

EOS-hallen

B-B

Activities

Site plan

1:2500 A-A

UNDER TREES

A-A

B-B

1:800

UNDER TREES

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