portfolio secondary education

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Portfolio secondary education


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Atelier PRO and education About us New space(s) in educational landscape Clean Air Schools

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VISION & SPACE Lumion, Amsterdam Carmel College Salland, Raalte Liseo Boneriano, Bonaire Metis Montessori Lyceum Amsterdam Extension Metis Montessori Lyceum IJburg College 2, Amsterdam

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PLACE & CHARACTER Preparatory secondary vocational education Veurs, Voorburg Vrijzinnig Christelijk Lyceum, Den Haag Vitalis College, Breda Educational Parc Ezinge, Meppel Roc Graafschap College, Doetinchem

67 71 75 79

OLD & NEW Rudolf Steiner School & College, Haarlem The British School of Amsterdam Vakcollege Eindhoven & Aloyisius De Roosten Mavo Edith Stein College, Den Haag

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HEALTHY & SUSTAINABLE Strabrecht College, Geldrop Gerrit Rietveld College, Utrecht Research Diagnostics Center Amsterdam UMC




Atelier PRO and education Healthy and Pleasant Atelier PRO is committed to the educational learning environment for children and young adults. In our view, this environment should be a HEALTHY and PLEASANT one for pupils to reach their best achievements. This applies to all types of tuition in primary and secondary schools, and higher education. For a healthy and pleasant educational learning environment, we as architects pay attention to indoor climate, logistics, and the positioning of the various spaces inside the building, as well as the relationship to the town and surroundings. Pupils, teachers, and staff should feel at home in our designs, which is why creating a healthy and pleasant school building is essential. Buildings from atelier PRO offer possibilities for a variety of different educational visions. We believe that the interpretation of the educational vision lies with the teachers and the school board and not with the architects. It is our job to envision optimal building designs that can accommodate different perspectives in collaboration with the client and the educational institution. We commit ourselves to translating distinctive wishes into initial starting points. This takes both imagination and good communication skills during the design process, an approach that has led to numerous characteristic educational school buildings of which we present a selection here.


IJburg College, Amsterdam


About us Atelier PRO was set up in 1976, and is an architectural firm in The Hague where animated professionals are actively engaged with architecture, urban development, interior design and building and costs management. Our home base is a special dune garden in the Archipelbuurt in The Hague. This location reflects who we are, as it represents how much we value the genius loci. From the very beginning, a contextual approach to architecture has been our motive, and it still is. Starting from these principles, atelier PRO creates surprising and pioneering architecture with a strong social engagement. This was the foundation of our name: PRO = Plan, Ruimte, Ontwikkeling (plan, space, development). For us, the quality of a residential environment forms the basis for people to be able to develop themselves. Therefore, it is no coincidence that a major part of our portfolio consists of social property. Our view on education and health care has been translated into various schools, multifunctional accommodations and health care institutions. Furthermore, cultural and public buildings such as theatres and cultural centres also form part of it. Our involvement to improve the social environment is also converted into a great interest in and affinity with renovation and re-use. Recognizing and using the unnoticed beauty of existing buildings, often yields surprising designs. We highly value the historic stratification of the built environment and we ask ourselves: what qualities can we maintain and use to create surplus value. We try to look into the future, for example by investigating any possible contribution of architecture and urban development to a sustainable residential environment. Therefore, ongoing development of knowledge and skills plays a major role for our office. For instance, what will the clean city of the future look like? With what sort of new materials can we design environmental friendly facades? For us, such issues are topical. Our curiosity and spirit of enterprise become manifest in items such as high sustainability scores, trend-setting strategies for educational buildings and successful office layouts for The New World of Work.


Carmel College Salland, Raalte


New space(s) in educational landscape Between classical and personalized learning Changes in education are always taking place. And that is not surprising since society is changing quickly and education follows along. The revolution in communication and data technology accelerates that process and the question is if school buildings in the future will even be needed. Young people gather information all day long on the iPad, smartphone or laptop and knowledge is available at any moment, regardless of time and place. In addition, there is a growing realization that the school is not the only place where one acquires knowledge. Lifelong Learning means that many people outside school need spaces to acquire knowledge and skills. Atelier PRO believes that a brand new kind of space is needed where knowledge and skills can best be exchanged. There are two poles in which the debate about educational space is unfolding. On the one extreme people think that the classroom and classical education are the building blocks of education. At the other extreme, it is thought that knowledge acquisition itself is a dynamic activity, of which personalized learning is a good example. The worst consequence here would be that classrooms and school buildings would no longer be required for learning. However, these are the extremes. In practice, most schools are balancing between both. In the eyes of atelier PRO these two extremes seem a contradiction, which ignores the main point at hand. A human being is a social creature and learning or absorbing knowledge is a social process. This is the basis of the educational landscape. It’s all about the fine interaction and not the extremes. Until now, nothing new. Most schools are looking for a solution within the standard structure of schools, like for example, academic schoolyards. Activities like fait primitif What is new is another way of thinking about buildings for education and the consistent choice for activities within a school as the starting point for the spatial planning of the school. These activities are also social processes which partially take place via the new media, at certain spots where students meet! Aside from that, it’s not just about the knowledge itself but about the skill of acquiring it. Learning to learn is thereby fundamental. A hairdresser or car mechanic doesn’t learn their trade from behind a computer screen in the attic but does by actually working with hairstyling, with auto parts or in Socratic dialogue. We especially see the social processes and the diverse activities of students and teachers, and at times it seems like that these activities conflict. Yet it is the diversity of the school landscape where these activities belong that literally provide ‘space’.


Gerrit Rietveld College, Utrecht


Our spatial planning and interiors are directly focussed on that. This marks the new generation of schools. Zoning activities within the education landscape: from dynamic to still. Basically the spatial transition flows over from extremely dynamic activities to where silence is required. This transition is inherit to the layout of the spaces. The school landscape with academic schoolyards is already new but the spaces will be even much more specific. The activities of the students will continue to be accentuated, resulting in an increased differentiation in the sort and quality of the spaces and furniture in the school. The urban environment, the entrance to the school, the circulation areas (hallways and staircases), the central hall, auditorium, and cafeteria all play important roles. They are primarily the social zones where students exchange the latest news and information. The deeper one goes inside the building, the more quiet there is and concentration dominates. Large schools are nowadays divided into special domains for about 200 students. In this environment the students are hereby stimulated to connect among themselves because they are in the same development phase placed together into one domain. Students and teachers know one another. Within these departments are student squares, study centers or libraries where students can work together or individually on projects. Sometimes these spaces are informal and could be a bit noisy. Other places are quieter. The classroom is the space where instruction is given or where students work alone. Here it is the most peaceful. These spaces can also be specialized subject rooms. As said before, a consequence of activity zoning in the school landscape leads to a differentiation in the spaces and furniture in the school. The qualities of these spaces and the building physics are important here. Good acoustics have a crucial influence on learning performance. The classical type of school building is going to evolve into an academic landscape that is conducive to making possible Lifelong Learning and responds to the activities needed for acquiring knowledge and skills.


School project, Antwerpen


Clean Air Schools In highly urbanised areas, there still exists a demand for good, new schools. These schools are often planned on the only available sites in cities close to ring roads. Concerning air quality, these are the worst places. With the project Clean Air Schools, we want to underline the urgency of the issue and provide spatial solutions. As part of an integrated design team, we are evaluating the possibilities of using architecture to improve internal as well as external air quality. With that, we are researching the possible effects of spatial interventions on the quality of the outside air. Case Study A suitable site was found for Clean Air Schools in collaboration with the City of Antwerp. In order to conduct relevant design research, it was necessary to map the microclimate, concentrations of different air pollutants and air currents on the site. With support from the City of Antwerp, we were able to obtain relevant data from existing measurements. We focused on the problems of particulate matter and NO2. In discussion with the City of Antwerp, it was decided to use a location on the street of Desguinlei for the case study. Located next to a ring road in an inner city area, it’s a sensitive zone in terms of air quality according to EU guidelines. The case study was developed during a ‘pressure cooker’ workshop. With a site-specific design, the design team (Alex Letteboer, Bas Woldman, Thijs Klinkhamer, Sjoerd Hoogewerf and Berit Piepgras) used a purpose-developed clean air toolbox to generate concepts and translate them into the final design. These tools are spatial interventions that can be utilised to help improve air quality on the exterior (and interior) of a building. During different sessions throughout the design process, the findings and design proposals were evaluated with the City of Antwerp, The Why Factory, TU Delft, Dutch Green Building Council, Imago Bouwers, and TNO.


Gerrit Rietveld College Utrecht lies along an access road and was designed as a building block with a Clean Air courtyard for students and teachers.


Permeable The final design is a building composed of several ‘shells’. Outside air is purified by electrostatic filters and drawn into the innermost part of the school: the classrooms. Through overpressure, this clean air can be further used elsewhere in the building: the corridors and the covered semi-public and public spaces in and around the school. The outer shell in this system is the facade facing the ring road. This shell forms a barrier to the highway to direct the polluted air above and over the rest of Antwerp. Thanks to the staggered design of the outer façade, this creates turbulence so the air can be further mixed with cleaner air from above, thereby reducing the concentration of particulate matter. The building as a filter Electrostatic filters therefore supply clean air to the classrooms. This air is drawn into the playgrounds, semi-public spaces that are covered with glass. From here, the clean air flows outward to create better air quality in the public space near the main entrance. The playground is sheltered to create a street canyon effect with clean air. We assume that the form of the building will somewhat prevent the purified air from combining too quickly with the polluted outside air. The aim is to test this concept in a wind tunnel to see whether it really works. In this way, the design provides the possibility for classroom windows to be opened onto the covered semi-public space around the school without letting in particulate matter or soot. Here, opportunities exist for the ‘Frisse Scholen’ program to be combined with passive building. Alongside the abovementioned measures, the entire concept works towards creating an energyneutral and pleasant school building. Additional measures include the application of an algae wall as shading and a bioreactor, a prefabricated timber structure to keep the construction site clean and ensure a comfortable internal climate, and a ‘gaatjesplafond’- a specially perforated, suspended ceiling with hidden fans - for better internal ventilation. Offgassing from building materials and furniture will also be reduced. Continuation After discussing the draft extensively with Ulf Hackauf from The Why Factory and Annemie Tormans and Jan Bel from the City of Antwerp, further good ideas arose. The design was presented during the JOQUIN conference in September 2013 to an audience of clean air experts: their reactions were very positive. The general conclusion is that the prediction of airflow is very difficult. Therefore in order to achieve good results, we will need to conduct further research in wind tunnels and eventually build a prototype.



Vision & space


Secundairy school for general, higher and pre-university education Period 2015 - 2019 Client Gemeente AmsterdamProject architect Dorte Kristensen & Martijn Visser Interior architect Amal Habti Project leader Eelko Bemener Address Vlaardingerlaan 25, Amsterdam Gross floor area 14.100 m² Building costs € 14.400.000,World Architecture News (WAN) 2020 Award Nomination World Interior News (WIN) 2020 Award Nomination National Steel Prize 2020 in the category “characteristic steel building parts” Nominated for the ArchDaily 2021 Building of the Year Awards


Lumion, Amsterdam brutalist monument gets fresh start Lumion is a secondary school for general, higher and pre-university education. The school is housed at Vlaardingenlaan 25 in Amsterdam. Use is made of parts of the monumental school building on the site. It is one of the youngest monuments in New West, and was built in 1973 to a design by architect J.B. Press. The brutalist building is characterized by the use of concrete, glass and large cantilevers. The senior grade has been realized in the renovated monument, the junior grade has been given a completely new building component that is connected to the monument through a transparent central hall. A new sports hall has also been realized on site. Lumion is the first partner of Kunskapsskolan Netherland. Left: entrance area Bottom from left to right: rear of the building; Forum with overhanging spiral staircase; Detail of the facade


tweede verdieping

In the renovated old building, there are different free learning environments for the upper secondary students


A ‘nest’; open learning areas that has a different theme on each floor.


Secundairy school, 1500 students Period 2012 - 2015 Client Carmel College Salland Project architect Dorte Kristensen and Martijn de Visser Project leader Eelko Bemener,Tobias Thoen Address Hofstedelaan 4, Raalte Gross floor area 8.909 m² Building costs € 8.000.000,-

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Ground floor


Carmel College Salland, Raalte focus on the pupils

Atelier PRO has designed a completely new learning environment, encompassing both the architecture and interiors, for the senior general (HAVO) and pre-university (VWO) students at Carmel College in Raalte. The landscape design was made in collaboration with Oase Stedenbouw en Landschap urban planning consulting agency. The challenge The aim was to create a school that would provide over 1500 students with an intimate, comfortable atmosphere – a school where students themselves are top priority. To do so, a special focus has been placed on small-scale design aspects. The result is a building with comfortable and engaging learning environments, where interior and exterior merge seamlessly with one another.


Above: the multipurpose areas are flexible in use. The area layout has been determined by its use. It can be used as a study or as a group facility. Bellow: Entrance area


The sections next to the windows are of light masonry. This creates a play of light and dark stripes, like the keys of a piano.


Period 2016 - 2018 Client Ministerie van BZK Rijksvastgoedbedrijf Rijksdienst Caribisch Nederland Project team AtelierPRO / Jacobs Architekten Project architects atelier PRO Dorte Kristensen & Constanze Knüpling Project leader Constanze Knüpling (atelierPRO) Address Kaya Amsterdam, Kralendijk, Nederlandes Antillen Bonaire Gross floor area 1.500 m²

The climate of Bonaire is dry and arid. Typical of the local architecture, the large covered outdoor and overhangs. They throw shadows over the façade and outside space, which makes it possible to use it as an educational space.


Liseo Boneriano, Bonaire an elegant new ensemble The Liseo Boneriano is a highschool on the Caribbean island of Bonaire. Part of the school was situated in a building on Kaya Amsterdam in Bonaire. The number of students has increased to such an extent that lack of sufficient educational space became a serious issue. The team of atelier PRO architects and Jacobs Architects created a design to extend the schoolbuilding in such a way that both junior and senior pupils have room to attend class at this location. This redevelopment appear as one elegant new ensemble with great attention to the outdoor space. The outdoor space features as the public domain, enabling students and teachers to meet in a relaxed manner. These new functional education facilities offer Bonaire an important and attractive educational setting that focuses on interaction. Via vernacular architecture, climate conditions have been anticipated.


Secundairy school Phase 1: renovation old school


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Period 2011 - 2013 Client Montessori Scholengemeenschap Amsterdam Project architect Dorte Kristensen Elisabeth Tukker Project leader Paul Verhaar Address Mauritskade 58, Amsterdam Gross floor area 3.873 m² Cost / m² € 697,Building costs € 2.700.000,-


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Ground floor


Metis Montessori Lyceum Amsterdam renovating and remodeling a Montessori school School renovation 2011-2013 Atelier PRO was proud to complete the renovations of the Metis Montessori Lyceum in 2013, one of the four Montessori schools in Amsterdam. Full of character, the former Hoogere Burgerschool (HBS) in Eastern Amsterdam looks forward to a bright new future ahead. Located on the edge of Oosterpark, the robust building from 1904 appears majestic from the outside and contemporary and stylish from the inside. It’s a place full of memories, where students will prepare for their upcoming journeys ahead.

Monumental staircases are equipped with acoustic absorbing wall panels, artwork by Chris Vermaas in collaboration with ChinLien Chen


The shape of the solid building construction is a square with a large plane tree in the centre. Completely surrounded by green, the school is part of the urban plan restructured Oosterpark.



Period 2014 - 2015 Client Montessori Scholengemeenschap Amsterdam Project architect Dorte Kristensen, Sandrine Rointru and Naomi Schiphorst Project leader Naomi Schiphorst, Paul Vlaar Address Mauritskade 58, Amsterdam Gross floor area 4.674 m² Cost / m² € 1.386,Building costs € 6.479.895,-


Phase 2: new extension school

Ground floor existing and extension ‘Here comes the sun’ is the name of Kris Kabel’s artwork, which is sprinkled like confetti over the black aluminum facade


Extension Metis Montessori Lyceum

learning, overlooking the green

New school 2014-2016 Due to an increasing number of pupils, the Montessori School Amsterdam needed more educational space. That is why atelier PRO created a school design for an extension that fully meets the criteria of contemporary school requirements. The new building fits seamlessly into the historic Oosterpark and at the same time the interior makes personalized learning possible.

Existing building and extension. Below: careful connection from new to old, whereby the old plane tree has been given a prominent role


A skating rink forms the smooth transition from building to park



Secundairy school Period 2014 - 2016 Client Stichting Samenwerkingsschool ABVO Project architect Dorte Kristensen Karho Yeung Project leader Eelko Bemener Address Geertje Wielemaplein 1, Amsterdam Gross floor area 7.089 m² Building costs € 6.378.209,-

The gold anodised aluminum facade cladding has a striking character and is a harmonious appearance in the stony environment. Depending on the perspective, the aluminum cassettes provide a poetic light game

Ground floor


IJburg College 2, Amsterdam

personalized learning

Atelier PRO’s design for IJburg College 2 in Amsterdam was selected as part of a European tender. IJburg College 2 is a new secondary school that will accommodate approximately 900 students at VMBO-T and HAVO levels. The aim is to realise a ‘High Tech Green’ school that fits well with this site. IJburg College’s main school is located on IJburg, in Amsterdam. For its extension, a branch of the school will be built on neighbouring Zeeburgereiland. The school’s site is surrounded by greenery and water, typical for Zeeburgereiland. Atelier PRO’s design comprises a compact building that is adapted closely to the urban design framework. The main concept of the design was developed from a bottom-up approach whereby students, teachers and parents were asked to contribute ideas about the school. This was combined with the school’s vision that the shared floors for practical subjects be placed centrally between two departments to create a meeting point.


The system of stairs ensures that different parts of the school are connected and users can meet each other




Place & character


New preparatory secondary vocational education Design period 2019 Client Stichting Scholengroep Spinoza Project architect Dorte Kristensen, Constanze Knüpling, Skander Saadi Project leader Constanze Knüpling, Lia Tuijt Address Delflandlaan 04, Voorburg Gross floor area 4.450 m²




Preparatory secondary vocational education Veurs, Voorburg compact & clear with a traditional facade The new Veurs schoolbuilding is a compact volume with a clear shape. The masonry façade corresponds to the surrounding buildings. The shape and appearance of the building are determined by various elements. Not only the urban development preconditions, the plot shape and Image Quality Plan of the area have been of influence, but also the desire to realize an optimal walking lines inside the building. Choosing this building shape resulted in another very important achievement. It led to an optimum ratio between the building volume and the surface of the outer shell, according to the most energy efficient requirements.


Renovation and new construction Period 2015 - 2018 Client Vrijzinnig Christelijk Lyceum Project architect Dorte Kristensen and Mira van Beek Address Van Stolkweg 35, Den Haag Gross floor area 8.000 m² Building costs € 6.000.000,Nominated for the Haagse Architectuurprijs Berlagevalg 2021

Entrance area


Vrijzinnig Christelijk Lyceum, Den Haag a beatiful villa

A walkway connects the new building with the villa


The Vrijzinnig Christelijk Lyceum (VCL) is an independent school for senior general secondary education and pre-university education. Its old building is comprised of various component parts built at different points in time, with a total floor area of around 8,000 square metres. The oldest part, a villa dating back to 1903, is a national monument and has been preserved. The more recent parts, built in the 1930s, 1960s and 1980s, were replaced by new construction. The VCL had drawn up an extensive program of requirements in which they asked for a more practical, compact and accessible building while retaining the identity and positive characteristics of the original school building. Naturally, the identity of the location, integration into the environment, improvement of the indoor climate and sustainability also played a preconditional role.



Secondary school Period 2014 - 2018 Client ROC West Brabant Project architect Dorte Kristensen, Lisette Plouvier and Evelien van Beek Project leader Lisette Plouvier Address Biesdonkweg 33, Breda Gross floor area 11.855 m² Cost / m² €1.092,Building costs €13.000.000,-


Vitalis College, Breda compac element with several profiles

Vitalis College is a practice-based, regional educational centre on the northern side of the city of Breda. The College is situated in a quiet and leafy residential district, where several schools can be found. In this college, the trainings for personal care, medical care and social services is located.




Secondary education Period 2011-2014 Client Woonconcept Onroerend Goed bv Project architect Dorte Kristensen and Christina Kaiser Project leader Christina Kaiser and Ronald Peters Address Ezingerweg 51- 85, Dhaliastraat 2 en 4, Ambachtsweg 2, Meppel Gross floor area 31.899 m² Building costs € 29.000.000,-

Educational park seen from Meppel station


Educational Parc Ezinge, Meppel

new school concept in green environment

Campus: ‘small’ schools in a large complex

Educational park seen from the sports fields


The Ezinge education park is located in Meppel extending from the Ezinge residential neighbourhood, between the railway and cluster of sports fields. The elongated, bronze-tinted buildings accommodate five secondary schools and a sports complex. A new street, Dahliastraat, separates the school from the residences, and also enables the neighbourhood to end with a new row of dwellings. Oriented perpendicular to the railway, the relatively narrow bands of buildings span between Ambachtsweg and Ezingerweg. This horizontal division, which also varies subtly in height, splits the building mass visually into smaller volumes. This connects the buildings better with the smaller scale of the adjacent residential neighbourhood. The integrated complex features a multistorey building called the Hart van Ezinge, which serves as a landmark for the education park.

Right: patio and communal area for students Below: the sports park with entrance and the large gym




Left: the Lyceum auditorium (HAVO / VWO) Below: different teaching spaces of the Lyceum


Preparatory secondary vocational education Period 2006 - 2010 Client Graafschap College Project architect Dorte Kristensen, Lisette Plouvier, Tamara van Spronsen Project leader Eelko Bemener Address Maria Montesoristraat 3, Doetinchem Gross floor area 5.961 m² school, 1.397 m² parkeergarage Cost / m² €1.617,Building costs €11.902.323,-




Ground floor



Roc Graafschap College, Doetinchem connecting the landscape, school under green slope Just outside the centre of Doetinchem, between the Energieweg and an adjacent residential district, the Graafschap College is situated with its more than 700 pupils. This area forms the transitional zone between the small-scale residential district and the through-road. Together with the adjacent VMBO (preparatory secondary vocational education) Metzo College, the Graafschap College makes a scenic connection between these two spheres. As a part of this, the green covered slopes merge into the grass roof of the Graafschap College. The various school functions have been placed under this grass roof.







Old & new


Reuse of part of existing school



Rudolf Steiner School & College, Haarlem secondary and primary school form a single unit The new building of the Rudolf Steiner College, together with the adjacent transformed primary school and afterschool care facilities, form a new entity in the Schalkwijk district. A transparent connecting section makes it possible for both schools to share functions, which is a basic principle of the Waldorf philosophy. Because the new college had to find a place in the limited space between the existing school and the street, a compact layout was designed in three layers. In the centre of the building there are two large spaces: the main hall and the gymnasium above it. The rest of the programme folds itself around these spaces. Roof lights bring a great amount of daylight into the entire building. Primary school + MAVO (lower general secondary education), HAVO (higher general secondary education) and VWO (pre-university education) Periode 2017 - 2022 Client Stichting Voortgezet Vrijeschool Onderwijs Noord-Holland (SVVONH) Project architect Martijn de Visser Address Belgielaan, Haarlem Gross floor area 6.143 m²



Left: Rooflights bring a great amount of daylight into the entire building. Below: media library with roof terrace; large auditorium in the college; canteen with media library above


The school is made up of three sections: Early Years (ages 3 to 7), Junior School (7 to 11) and Senior School (11 to 18). The school follows the National Curriculum for England Period 2016-2021 Client British School Amsterdam Project architect Dorte Kristensen, Lisette Plouvier Landscape designer Buro Sant en Co Address Havenstraat, Amsterdam Gross floor area 10.000 m² Nomination Architectenweb school building of the year 2021

Ground floor

From left to right: The dome. Arched rooms, 6th form common room. Cell Wing, the original narrow galleries have been widened by means of steel insertions in the voids to provide more spacious meeting and traffic areas.


The British School of Amsterdam a former prison transforming into British School The British School of Amsterdam (BSA) offers a British international education to 900 children aged from three to 18. The BSA chose to transform a historic penitentiary to house its three scattered schools (Early years, Juniors and Seniors) along with community facilities. Old situation


The architectural assignment was a challenge. The closed and introverted nature of the prison had to be reconciled with the world-oriented spirit of education. In addition to the 6,762 m² renovation of the municipal monument, 7,361 m² new construction has been added in a harmonious manner. The logistics and routing within the old prison was used as a basis and the new program components were attached to it. Each building section, or wing of the prison, is a specific school. The central hall is the meeting point for everyone, the halls in the wings are used by the different schools.


Left: “The Globe”, a central meeting place for young and old From left to right: the cells have been broken open and transformed into teaching spaces; transparent connection between old and new; multifunctional space; playground


Secondary education


Period 2012 - 2016 Client Ons Middelbaar Onderwijs Project architect Dorte Kristensen, Pascale Leistra Project leader Pascale Leistra Address Piuslaan 93, Eindhoven Gross floor area 10.576 m² New 6.440 m² Renovation 4.613 m² Total building costs € 9.525.000,-


Ground floor


Vakcollege Eindhoven & Aloyisius De Roosten Mavo renovation and new construction Formerly called the Tweede Technische School, this striking building from the post-war reconstruction era on Eindhoven‘s ring road is visible from quite some distance away. As you get closer, you see two prominent new structures ‚peeking out‘ from either side of the classic four-storey building, heightening your curiosity about what is going on behind the high-rise block. The challenge was to house two secondary schools in an existing school complex with additional new construction, whilst preserving the unique identity of each: junior general secondary school Aloysius de Roosten & vocational school Vakcollege Eindhoven.






Secondary education Period 2013 - 2015 Client Heijmans Bouw Project architect Alex Letteboer, Pascale Leistra, Menno Roefs Project leader Pascale Leistra Address Couperusplein 33, Den Haag Gross floor area 8.944 m² New 7,224 m² Renovation 1.720 m² Cost / m² € 706,Total building costs € 6.313.000,-


Edith Stein College, Den Haag estate in the centre of The Hague Atelier PRO’s design of the Edith Stein College offers both a familiar and dynamic learning environment for students. The stately and compact high school building is being built at the end of the Louis Couperusplein in the inner city of The Hague. The site will accommodate space for sport, games, gardening, green areas, and outdoor education. Initial research revealed that situating the sports hall underground would result in the most compact construction volume. This enables the sports hall to be completely integrated with the new building and simultaneously frees up more ground space for outdoor activities. The roof of the sports hall then becomes a podium to stack the different school departments above. On each floor, these departments are connected with the most prominent space and new heart of the school: the assembly hall.





Healthy & sustainable


Secondary education. Brainpoort school for gymnasium, atheneum, havo and mavo Periode 2018 - 2020 Client KWK huisvestingsregisseurs Project architect Dorte Kristensen, Mira van Beek Project leader René Souverijn Address Grote Bos 2, Geldrop Gross floor area 8.000 m² Costs per m² € 1.500,Building costs €12.000.000,0

Ground floor

Strabrecht College, Geldrop - begane grond ground floor

Strabrecht College Geldrop - begane grond ground floor


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Exterior, atrium and learning area


Strabrecht College, Geldrop High sustainability ambitions, ready for the future

Strabrecht College has moved to a new building. The location for the new building is a few steps away from the Strabrechtse heath in Geldrop. A beautiful location surrounded by trees. The patios, one of the characteristic elements of the old building, are back in the new building. They bring light deep into the building, provide the opportunity to teach outdoors and refine the scale of the contour, thus matching the grain of the environment. A transition to personalized learning has been translated into four clusters with classrooms, study and learning areas that are located like houses at the central auditorium. The school and municipality had high sustainability ambitions in terms of both energy use and circularity. In that sense too, the Strabrecht College is ready for the future!


Secondary education Period 2011 - 2014 Client Municipality Utrecht Project architect Dorte Kristensen and Lisette Plouvier / Evelien van Beek Project leader Eelko Bemener Address Winklerlaan 373, Utrecht Gross floor area 11.654 m² Building costs € 10.692.125,-

Entrance school from the street


Gerrit Rietveld College, Utrecht new school concept‘continuous wheel’ around central courtyard The design assignment for the Gerrit Rietveld College consists of the new build of a secondary school with sporting facilities for about 1200 pupils, and for a smaller part of social and commercial facilities for the neighbourhood. The new build is situated in the leafy district of Tuindorp, at the eastern side of Utrecht. The plot is bordered by a public greenbelt, a through-road – the Eykmanlaan with a new parallel road – a slow traffic route, a newly to be developed residential district, and to the north at some distance, a railway. The basic shape of the design is a ‘continuous wheel’, with a courtyard square in the centre. This wheel is the ideal form for flexibility in the school, in which functions can ‘move on’. In addition, this shape makes it possible to realise a building on a limited plot that nevertheless provides much daylight and fresh air, and besides that leaves enough room for efficient and useful outdoor spaces for the students.


Right: the school on the street side Below: courtyard, the main hall, The Heart





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Second floor 1 survival hall 2 domain sport and exercise 3 gymnasium 4 games room 5 1 & 2 MAVO HAVO 6 terrace 2

2 3 4 6

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4 First floor

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1 domain exact 2 staff 3 terrace 1 4 domain human and society 5 domain languages 6 1 & 2 HAVO VWO

Ground floor


1 aula 2 atrium 3 bicycle storage 4 laboratory 5 domain exact 6 technasium 7 domain art and culture 8 courtyard



Period 2012 Client VU Medisch Centrum Project architect Hans Kalkhoven, Alex Letteboer, Bas Woldman Project leader Hans Tak and Paul Vlaar Address Van der Boechorststraat, Amsterdam Gross floor area 28.159 m²


Research Diagnostics Center Amsterdam UMC sustainable and flexible Atelier PRO made the design for the new building of the Research Diagnostics Center that is part of the Amsterdam UMC (University Medical Centre). The building with offices and laboratories on the Van der Boechorststraat, is approximately 28,100 m² and is part of a larger, future expansion on the south side of the existing VUmc complex on the Boelelaan in Amsterdam. The building is flexible in design as a future-proof housing for the so-called ‘Adore’ project. ADORE stands for Amsterdam Oncology and Neuroscience Research and encompasses a new way of medical-scientific research in which the use of the synergies between oncological and neuroscientific research is central. In atelier PRO‘s design, the combination of a healing environment, sustainability and flexibility has strongly been emphasised. The building contains two atriums that function as ‘green lungs’: these are tempered outdoor climate zones with indoor gardens, surrounded by clusters of workplaces.



atelier PRO architekten Kerkhoflaan 11a 2585 JB Den Haag +31(0)70 3506900 info@atelierpro.nl www.atelierpro.nl