Training Example: Behnisch Architekturbüro – Review the Data, Give Your Score & Compare to the Real AI Evaluation

[H1] Behnisch Architekturbüro
Behnisch Feed
[IMG: Project by Behnisch Architekturbuero, Penn VLEST. Modern multi-story office building with glass facade and exterior fins, seen at dusk along a street with light trails and a few pedestrians.]
More The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania
[H3] NEW IDENTITY
News 4/21/2026 With our new name Behnisch Architekturbüro and the launch of behnisch.com, we mark an important step in the ongoing development of our practice. Across our four locations, we are strengthening our identity as one office, presenting our work and ap... More NEW IDENTITY Resources
[H1] Is it possible to define sustainability?
More Is it possible to define sustainability?
[IMG: Project by Behnisch Architekturbuero, New Construction of an Athletics Training Hall and an Indoor Swimming Pool. Modern sports complex with green and yellow facades, glass entrance, and landscaped courtyard with trees and cobblestone paving.]
More Sportpark Ost Regensburg Case Studies
[H3] How we developed energy-saving fixed shading systems
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Close-up of the facade with repeating geometric panels and windows, creating a textured grid pattern with light and shadow.]
daylightoptimization lowenergy energyefficiency wellbeing More How we developed energy-saving fixed shading systems
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Indoor skatepark with ramps and rails in a large hall with steel truss roof. Yellow and green accents are inside the hall.]
More Action Sports Center
[H3] 1st prize for the new Adventure Pool CRANA MARE in Kronach
Competitions 9/24/2025 Our team has won 1st prize in the competition for Kronach's adventure pool. A new place for sport, leisure and community is on its way. More 1st prize for the new Adventure Pool CRANA MARE in Kronach
[IMG: Project by Behnisch Architekturbuero, EDGE ElbSide Hamburg. Red high-rise building with glass sections, trees and pedestrians in foreground.]
More EDGE ElbSide Hamburg Resources
[H1] Who gets to be the “human” in human-centered design?
More Who gets to be the “human” in human-centered design? Case Studies
[H3] How we understand the role of educational spaces beyond architecture
[IMG: Project by Behnisch Architekturbuero, Freie Waldorfschule Uhlandshoehe - New School and Administration Building. Art classroom with students working at tables, artworks displayed on walls, large windows, and a skylight illuminating the space.]
daylightoptimization innovation lowenergy publicspace sustainability participation flexibility innovativematerials More How we understand the role of educational spaces beyond architecture
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Students and teachers are in a green outdoor area between the modern buildings. A raised bed with plants and trees can be seen on the right. A climbing frame is visible in the background on the left.]
More Josef-Schwarz-Schule
[IMG: Project by Behnisch Architekturbuero, LIFE Hamburg. People walking and playing in landscaped courtyard outside a multi-level wooden building.]
More LIFE Hamburg
[H3] Advances in Architectural Geometry at the MIT
Events 12/8/2025 Last week, our team — Michelle Lee and Ryan Maruyama — presented the research project “Geometry of Water: Shaping Terra Cotta for Urban Heat Islands” at the Advances in Architectural Geometry 2025 symposium at MIT. They were joined in the presenta... More Advances in Architectural Geometry at the MIT Resources
[H1] Can we build community with architecture?
More Can we build community with architecture? Case Studies
[H3] How a circular design approach can make our buildings better for the environment and its inhabitants
[IMG: Project by Behnisch Architekturbuero, Circuit. Architectural rendering of a residential complex on the waterfront. In front of the building is a public square with people on the riverbank and kayaks on the water.]
adaptivereuse innovation lowenergy pilotproject sustainability circulareconomy energyefficiency innovativematerials More How a circular design approach can make our buildings better for the environment and its inhabitants
[IMG: Project by Behnisch Architekturbuero, Smart Living Lab. Modern building with covered outdoor area, sun sails and a public space where many people come together and interact.]
More Smart Living Lab Resources
[H1] Is building less and transforming more the only future of architecture?
More Is building less and transforming more the only future of architecture?
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Large, modern campus building with terraced levels and patterned facade, surrounded by well-maintained lawns and paths in an evening atmosphere.]
More Harvard University Science and Engineering Complex (SEC) Resources
[H1] Does integrated design produce better buildings?
More Does integrated design produce better buildings?
[H2] Work
[IMG: Project by Behnisch Architekturbuero, Penn VLEST. Modern multi-story office building with glass facade and exterior fins, seen at dusk along a street with light trails and a few pedestrians.]
More The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania
[IMG: Project by Behnisch Architekturbuero, New Construction of an Athletics Training Hall and an Indoor Swimming Pool. Modern sports complex with green and yellow facades, glass entrance, and landscaped courtyard with trees and cobblestone paving.]
More Sportpark Ost Regensburg
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Indoor skatepark with ramps and rails in a large hall with steel truss roof. Yellow and green accents are inside the hall.]
More Action Sports Center
[IMG: Project by Behnisch Architekturbuero, EDGE ElbSide Hamburg. Red high-rise building with glass sections, trees and pedestrians in foreground.]
More EDGE ElbSide Hamburg
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Students and teachers are in a green outdoor area between the modern buildings. A raised bed with plants and trees can be seen on the right. A climbing frame is visible in the background on the left.]
More Josef-Schwarz-Schule
[IMG: Project by Behnisch Architekturbuero, LIFE Hamburg. People walking and playing in landscaped courtyard outside a multi-level wooden building.]
More LIFE Hamburg
[IMG: Project by Behnisch Architekturbuero, Smart Living Lab. Modern building with covered outdoor area, sun sails and a public space where many people come together and interact.]
More Smart Living Lab
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Large, modern campus building with terraced levels and patterned facade, surrounded by well-maintained lawns and paths in an evening atmosphere.]
More Harvard University Science and Engineering Complex (SEC)
[H2] Resources
Resources
[H1] Is it possible to define sustainability?
More Is it possible to define sustainability? Resources
[H1] Who gets to be the “human” in human-centered design?
More Who gets to be the “human” in human-centered design? Resources
[H1] Can we build community with architecture?
More Can we build community with architecture? Resources
[H1] Is building less and transforming more the only future of architecture?
More Is building less and transforming more the only future of architecture? Resources
[H1] Does integrated design produce better buildings?
More Does integrated design produce better buildings?
[H2] Case Studies
Case Studies
[H3] How we developed energy-saving fixed shading systems
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Close-up of the facade with repeating geometric panels and windows, creating a textured grid pattern with light and shadow.]
daylightoptimization lowenergy energyefficiency wellbeing More How we developed energy-saving fixed shading systems Case Studies
[H3] How we understand the role of educational spaces beyond architecture
[IMG: Project by Behnisch Architekturbuero, Freie Waldorfschule Uhlandshoehe - New School and Administration Building. Art classroom with students working at tables, artworks displayed on walls, large windows, and a skylight illuminating the space.]
daylightoptimization innovation lowenergy publicspace sustainability participation flexibility innovativematerials More How we understand the role of educational spaces beyond architecture Case Studies
[H3] How a circular design approach can make our buildings better for the environment and its inhabitants
[IMG: Project by Behnisch Architekturbuero, Circuit. Architectural rendering of a residential complex on the waterfront. In front of the building is a public square with people on the riverbank and kayaks on the water.]
adaptivereuse innovation lowenergy pilotproject sustainability circulareconomy energyefficiency innovativematerials More How a circular design approach can make our buildings better for the environment and its inhabitants
[H2] News
[H3] NEW IDENTITY
News 4/21/2026 With our new name Behnisch Architekturbüro and the launch of behnisch.com, we mark an important step in the ongoing development of our practice. Across our four locations, we are strengthening our identity as one office, presenting our work and ap... More NEW IDENTITY
[H3] 1st prize for the new Adventure Pool CRANA MARE in Kronach
Competitions 9/24/2025 Our team has won 1st prize in the competition for Kronach's adventure pool. A new place for sport, leisure and community is on its way. More 1st prize for the new Adventure Pool CRANA MARE in Kronach
[H3] Advances in Architectural Geometry at the MIT
Events 12/8/2025 Last week, our team — Michelle Lee and Ryan Maruyama — presented the research project “Geometry of Water: Shaping Terra Cotta for Urban Heat Islands” at the Advances in Architectural Geometry 2025 symposium at MIT. They were joined in the presenta... More Advances in Architectural Geometry at the MIT
[H2] Behnisch
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[H2] Behnisch
Stuttgart Boston Munich Weimar
[H2] Services
Behnisch Architekturbüro provides standard and additional architectural services in accordance with several international regulations. We are members of the Architektenkammer and BDA in Germany, the SIA in Switzerland, the AIA and NCARB in the USA, and the RIBA in the UK. Our team is licensed to practice architecture in all the aforementioned countries and can deliver services according to their respective standards, as well as French and Italian regulations. When working internationally, we typically use English as the project language but can also deliver projects in French. The success of any project depends on well-defined goals. Our practice has extensive experience in preparing detailed briefing documents through careful analysis of client objectives and applicable regulations (Phase 0 / LPH 0 strategic briefing). The programming should reflect the inherent organizational needs and promote efficiency by optimizing layouts, enhancing the quality of the working or living environment, and addressing other relevant factors. All specific programmatic requirements should be clearly identified alongside their respective standards, operational or working processes, and required levels of flexibility. Analyzing client requirements can be a complex process. However, assisting our clients with site selection, program definition, local condition assessments, financial criteria, procurement options, specialist involvement, and preliminary discussions with local authorities can lead to a highly refined design brief that provides a reliable foundation for future project development. We have collaborated with several industrial partners to design lamps and lighting objects, chairs, office desks, meeting tables, tableware, and other everyday items. While these designs are typically developed for specific projects or clients, we also occasionally create products at the request of our industrial partners. In Germany, traditional practice requires architects to provide comprehensive cost consultancy services. Evolving databases, benchmarking, and strong connections with a wide range of contracting companies ensure that our cost control mechanisms are continually updated in line with industry developments. When required, this valuable experience enables us to perform such tasks across all our projects, adding value and promoting cost awareness throughout the design process. Some of our clients value the benefits of working with a single contractual partner. As general planners, we naturally lead the design team, ensuring a fully integrated response to the unique demands of each project. We have successfully fulfilled this role on both sides of the Atlantic.With over 30 years of building experience, we offer an appropriate scope of services and ensure that the contracts of all consultants and advisors are clearly defined and effectively managed. Over the years, we have developed a trusted network of preferred consultants who continue to support us in Europe and North America.As general planners, we provide services to our clients either through our own in-house resources or through our long-standing partnerships with engineering firms. Behnisch Architekturbüro has extensive experience using BIM modeling software platforms. The use of Revit in our planning process maximizes the benefits of Building Information Modeling and Integrated Project Delivery throughout design and construction. As a result, we have significantly enhanced our coordination with sub-consulting teams, strengthened internal communication, and increased our ability to quickly produce in-house visualizations of project geometry and systems integration. We provide urban design, public realm design, and campus design services, either in-house or in collaboration with partners, depending on the project’s location and type. A successful project requires thoughtful space planning and organization. From leading discussions with user groups to conducting detailed observations and analyses of user activities, we believe that a careful study of behavioral and organizational patterns is essential. Behnisch Architekturbüro has extensive experience working with high-profile institutions and responding to evolving organizational and operational management needs. Through comprehensive consultation, tools such as functional and operational diagrams are developed into layouts tailored to each client’s specific requirements. Drawing on our experience managing large international design teams on complex projects, we are increasingly being asked to provide our clients with expanded advisory services, including the appointment of consultants, and to serve as a single point

[H1] News
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With our new name Behnisch Architekturbüro and the launch of behnisch.com, we mark an important step in the ongoing development of our practice. Across our four locations, we are strengthening our identity as one office, presenting our work and approach in a more unified way. Both reflect a clearer identity and our continued commitment to sustainability, transparency, and sharing knowledge.The new website is conceived as an open and evolving platform that offers comprehensive access to how we work. It brings together our projects, people, processes, and research in a clear and intuitive structure, designed for both mobile and desktop use.Sustainability is at the center of the platform. An expanded series of detailed case studies gives deeper insight into design strategies, environmental concepts, and the measurable impact of our projects. These are complemented by a resources section, which brings together research, publications, and insights developed within the office, alongside external sources that inform our work. The website is designed to reveal connections across projects and ideas. Through fluid navigation and closely linked content, users can move between projects, themes, and typologies, from cultural and educational buildings to workplaces and sports facilities. This allows ideas, collaborations, and developments to be understood across different scales.Our approach to sustainability also extends into the digital experience. The website includes an energy saving mode that reduces data usage and energy consumption during browsing. behnisch.com is not a static portfolio but a working platform for clients, collaborators, researchers, and a wider public. It offers insight into the thinking behind our projects and creates space to explore the topics that continue to shape our practice.For more details, the full official statement is available here. Share Copied to clipboard Stuttgart, Boston, Munich, Weimar (m/f/d) Architecture thrives on initiative. We are always interested in meeting people who bring their own perspective to the built environment. Whether you are at an early stage of your journey or already experienced, we welcome unsolicited applications that reflect your ideas, your process, and your ambitions. Share your work and get in touch, regardless of current openings here. Share Copied to clipboard In the 2025/2026 winter term, Behnisch Architekturbüro shared insights into architectural design at Bauhaus-Universität Weimar within the Chair of Construction Management and Building Processes. Through lectures and hands-on sessions, partner Angie Müller-Puch and Nora Gersie introduced holistic design and representation approaches using our project Haus am Krampnitzer Tor as a case study. Share Copied to clipboard Our proposal for the School Campus Hohewart² has received an honorable mention. The design builds on the site’s existing landscape character, preserving most of the valuable tree population while carefully integrating new buildings into the natural topography. Rather than a collection of isolated structures, the campus is envisioned as an ensemble of clearly defined volumes that together create a coherent, identity-shaping whole. At the heart of the campus is a vibrant, central space that fosters connection, community and exchange between the two schools. Differentiated outdoor areas, varied spatial sequences, and flexible learning clusters support contemporary educational concepts while maintaining the site’s intimate scale and grain.Thank you to everyone who contributed to this project. Share Copied to clipboard Our team has won 1st prize in the competition for Kronach's adventure pool. A new place for sport, leisure and community is on its way. Share Copied to clipboard Next week on March 19, Michelle Lee of Behnisch and Roman Schieber of knippershelbig will be at Zak World of Façades in Washington DC to present the University of Pennsylvania’s Vagelos Laboratory for Energy Science and Technology.The facade and form were designed to maximize natural ventilation, enable energy-efficient radiant heating and cooling, daylight, connection to community and the city to enhance the work and life of the scientists.Sign up here: https://lnkd.in/eRaq9fMDPhoto credit: Brad Feinknopf Share Copied to clipboard Last week, our team — Michelle Lee and Ryan Maruyama — presented the research project “Geometry of Water: Shaping Terra Cotta for Urban Heat Islands” at the Advances in Architectural Geometry 2025 symposium at MIT. They were joined in the presentation by Pamela Cabrera Pardo (Transsolar Klima Engineering), highlighting the collaborative nature of this ongoing research effort.The project brings together Behnisch Architekten, Transsolar KlimaEngineering, knippershelbig, TriPyramid Structures and Boston Valley Terra Cotta to investigate how terra cotta façade geometries can support cooling in dense urban environments experiencing increasing heat stress.A New Approach to Urban MicroclimatesRather than relying on shading alone, the research centers on evaporative cooling. By shaping terra cotta like a sponge—through pleating, dimpling, folding, and other geometric strategies—the tiles can absorb and temporarily store rainwater. As this water evaporates, the façade cools itself and the surrounding microclimate.The geometry is tuned not only for maximum evaporation but also for freeze–thaw durability, making the system suitable for four-season climates like New England. The design merges the logic of a ventilated rainscreen façade with ceramic innovation, environmental performance, and fabrication practicality.From Material Research to Urban ImpactUsing digital simulation, physical prototyping, and full-scale testing, the project shows that shaped terra cotta can significantly reduce surface temperatures on hot days and improve thermal comfort in streets, courtyards, and other public spaces.As cities around the world continue to densify and warm, the project proposes a façade system that is market-ready, materially efficient, and aligned with future climate demands. We look forward to the continuing conversations from AAG2025 and to advancing this research together with our partners.A complete technical overview, including methodology, performance testing and environmental modeling, is available in the attached PDF proceedings. Share Copied to clipboard NOCACHE_PLACEHOLDER

[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Modern building with innovative sun protection. Pedestrians walk up the ramp to the building.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Buildings in the evening atmosphere. The surrounding city in the background.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. People are sitting at a high counter in a bright, open space in the building with large windows and an exposed ceiling.]
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[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Modern building with innovative sun protection. Pedestrians walk up the ramp to the building.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Buildings in the evening atmosphere. The surrounding city in the background.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. People are sitting at a high counter in a bright, open space in the building with large windows and an exposed ceiling.]
The Vagelos Laboratory for Energy Science and Technology (VLEST) at the University of Pennsylvania is a newly completed research facility focused on sustainable energy, uniting scientists, policymakers, and students to drive progress in the field. The building’s dynamic composition expresses the internal organization of its labs, collaboration zones, and office spaces. daylightoptimization innovation lowenergy sustainability energyefficiency humanescale innovativematerials digitalfabrication laboratory education research university
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Axonometric building diagram with program blocks and sun path.]
Solar and Massing Diagram Located on the eastern edge of the campus, the project transforms a former parking lot into a pedestrian-friendly gateway that raises public awareness of the critical role energy research plays in combating climate change. The building features a courtyard with bio-retention swales and native plants, emphasizing its commitment to sustainability. The architectural design reflects the facility's energy-conscious mission, integrating passive and technical innovations to optimize energy performance. Client Facilities and Real Estate Services University of Pennsylvania Architects Behnisch Architekten Address 3200 Walnut Street19104 Philadelphia, PAUnited States Gross Area 10.219 qm / 110,000 sq.ft. Gross Volume 56,600 cbm / 2,000,000 cu.ft Competition 2019 Photography Brad Feinknopf Certification LEED Platinum by the U.S. Green Building Council Awards 2025 Vitruvian Honors & Awards, winner2025 Groundbreaking Award, nomination2025 The Plan Award, finalist2026 Green Good Design Award, winner2026 DAM Preis 2027, nomination Links Sails Install Downloads Download PDF
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Bright atrium with a staircase leading up to the next floor, large windows, and people sitting and walking around in it.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Laboratory interior with people working on the equipment and staying in the laboratory.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Students are sitting around a table in a bright room with large windows and a whiteboard.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Students are working at tables in a bright studio with large windows and whiteboard drawings. In the background, a corridor can be seen leading to other areas of the building.]
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[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Bright atrium with a staircase leading up to the next floor, large windows, and people sitting and walking around in it.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Laboratory interior with people working on the equipment and staying in the laboratory.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Students are sitting around a table in a bright room with large windows and a whiteboard.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Students are working at tables in a bright studio with large windows and whiteboard drawings. In the background, a corridor can be seen leading to other areas of the building.]
The VLEST is designed to serve as a gateway to the campus, bridging the height difference between Walnut and 32nd Streets. It introduces a plaza deck, creating a pedestrian link between Walnut Street and the Palestra, the university's historic basketball arena, while also connecting with Shoemaker Green. The building includes high-performance labs, office spaces, and collaboration areas, with double-height spaces fostering interaction. The labs are strategically placed along the eastern facade, offering views of the Schuylkill River. The building incorporates a range of passive design strategies, such as operable windows for natural ventilation and a high-efficiency heat recovery system to reduce energy use. Site Plan
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Modern glass building with vertical fins and stacked volumes in urban setting.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Students are sitting at tables on the green terrace. The sun protection can be seen in the background.]
[IMG: Project by Behnisch Architekturbuero, Penn VLEST. Aerial view of modern building with glass facade and angled fins, featuring a rooftop terrace with seating and people, next to a brick building.]
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[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Modern glass building with vertical fins and stacked volumes in urban setting.]
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Students are sitting at tables on the green terrace. The sun protection can be seen in the background.]
[IMG: Project by Behnisch Architekturbuero, Penn VLEST. Aerial view of modern building with glass facade and angled fins, featuring a rooftop terrace with seating and people, next to a brick building.]
[IMG: Project by Behnisch Architekturbuero, Penn VLEST. Modern building with innovative sun protection. People are standing outside on an upper level, talking to each other.]
Sustainability is central to the design, with a focus on achieving LEED Platinum certification. The building is divided into low and high-energy zones to optimize HVAC systems and passive strategies. Additionally, radiant heating and cooling systems ensure occupant comfort, and an automated Aircuity system adjusts air flow based on environmental conditions. The building's energy strategy contributes to the university's carbon neutrality goal by 2042. With innovative sunshades designed with advanced materials and a commitment to circularity, the VLEST demonstrates how architecture can support sustainable energy research while fostering collaboration and environmental stewardship. Integrated Design Diagram
[IMG: Project by Behnisch Architekturbuero, The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania. Modern office building with glass facade and vertical fins, illuminated at dusk in city street. On the right side of the building there is the sun protection.]
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Scale model of a campus with multiple rectangular buildings, flat roofs, chimneys, and trees arranged around courtyards.]
More Competition - Harvard University's Allston Science Complex
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Large, modern campus building with terraced levels and patterned facade, surrounded by well-maintained lawns and paths in an evening atmosphere.]
More Harvard University Science and Engineering Complex (SEC)
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Students and teachers are in a green outdoor area between the modern buildings. A raised bed with plants and trees can be seen on the right. A climbing frame is visible in the background on the left.]
More Josef-Schwarz-Schule Case Studies
[H3] How we understand the role of educational spaces beyond architecture
[IMG: Project by Behnisch Architekturbuero, Freie Waldorfschule Uhlandshoehe - New School and Administration Building. Art classroom with students working at tables, artworks displayed on walls, large windows, and a skylight illuminating the space.]
daylightoptimization innovation lowenergy publicspace sustainability participation flexibility innovativematerials laboratory education research university More How we understand the role of educational spaces beyond architecture Case Studies
[H3] How a circular design approach can make our buildings better for the environment and its inhabitants
[IMG: Project by Behnisch Architekturbuero, Circuit. Architectural rendering of a residential complex on the waterfront. In front of the building is a public square with people on the riverbank and kayaks on the water.]
adaptivereuse innovation lowenergy pilotproject sustainability circulareconomy energyefficiency innovativematerials laboratory education research university More How a circular design approach can make our buildings better for the environment and its inhabitants Case Studies
[H3] How we developed energy-saving fixed shading systems
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Close-up of the facade with repeating geometric panels and windows, creating a textured grid pattern with light and shadow.]
daylightoptimization lowenergy energyefficiency wellbeing laboratory education research university More How we developed energy-saving fixed shading systems

[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Indoor skatepark with ramps and rails in a large hall with steel truss roof. Yellow and green accents are inside the hall.]
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. A hall with a container-like extension, a terrace, and people with bicycles in front of it. The containers are yellow and also painted in bright colors.]
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[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Indoor skatepark with ramps and rails in a large hall with steel truss roof. Yellow and green accents are inside the hall.]
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. A hall with a container-like extension, a terrace, and people with bicycles in front of it. The containers are yellow and also painted in bright colors.]
The Action Sports Center integrates and expands an abandoned factory based on a participatory design process. At the crossroads of sustainability, heritage conservation, and contemporary action sports culture, the center is informed by a thoughtfully designed energy concept that prioritizes passive climate control. adaptivereuse innovation lowenergy publicspace recreation reuse sustainability innovativematerials energyefficiency adaptive reuse sports & leisure Section The Action Sports Center was developed in response to growing demand for self-organized extreme sports spaces. In close collaboration with future users, Munich’s Department of Education and Sports created a detailed program that formed the foundation of our design, further refined through participatory workshops with all stakeholders. One of our main objectives was to create not just a covered facility, but an open and welcoming community space. The entire center is fully accessible, including elements adapted for wheelchair skating. This all-embracing spirit is mirrored by the community organization managing the space. Level 1 The adaptive reuse of the Eggenfabrik reflects our commitment to preservation and sustainability. Much of the building’s embodied CO₂ was retained through careful structural adaptation, with only the roof replaced using prefabricated timber panels. A sensor-controlled natural ventilation system leverages the building’s form for passive climate control: while fresh air enters through low-level inlets, warm air rises and exits through skylights. This efficient, low-tech climate solution aligns with the “build simply” philosophy. The south facade features a mobile shading system to further mitigate summer heat. Skylights with integrated photovoltaics reduce solar gain and generate electricity. The hall has been reinsulated, connected to the district heating network, and fitted with a green facade. Ancillary spaces, including restrooms, are housed in relocatable containers that can be repositioned in future phases while also serving as street art canvases. swipe Energy Efficiency Winter and Summer
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Indoor skatepark with ramps and rails under a steel truss roof, skaters in motion. Wooden seating and a yellow background.]
The scheme integrates and expands the heritage-listed Eggenfabrik—a long-vacant, turn-of-the-twentieth-century factory. Preserving Its gabled facades, expansive windows, and delicate steel frame creates a striking contrast with the contemporary elements of the skate and BMX zones. A new gallery level serves as a lounge and event space with views of the action below. Niches along the west wall offer seating and storage directly connected to the sports area. Well-connected to public transit, the site is served by S-Bahn and bus lines, with a planned subway extension and future cycling expressway linking Pasing to central Munich. The forecourt further integrates the project into the urban fabric.
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Aerial view of hall and faceted building with terrace, surrounded by trees and paths.]
Second Construction Phase A second construction phase will add a parkour zone, skate bowl, dirt bike jump line, and a café with lounge and terrace, using a timber-hybrid structure, all without disrupting current operations. The area reserved for the next phase has been temporarily transformed into a landscaped recreational zone with undulating topography, welcoming both active use and quiet retreat. More than a sports facility, the Action Sports Center is a vibrant expression of equity, openness, and the synergy between sustainability, heritage conservation and contemporary action sports culture.
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. A hall with a container-like extension, a terrace, and people with bicycles in front of it. The containers are yellow and also painted in bright colors.]
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Yellow container-like terraced buildings with seating, people and strings of lights outdoors.]
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Aerial view of the hall, the extension and the landscaped outdoor area.]
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[IMG: Project by Behnisch Architekturbuero, Action Sport Center. A hall with a container-like extension, a terrace, and people with bicycles in front of it. The containers are yellow and also painted in bright colors.]
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Yellow container-like terraced buildings with seating, people and strings of lights outdoors.]
[IMG: Project by Behnisch Architekturbuero, Action Sport Center. Aerial view of the hall, the extension and the landscaped outdoor area.]
Client Landeshauptstadt München, Referat für Bildung und Sport, Baureferat Architects Behnisch Architekten Address Angela-von-den-Driesch-Weg 981245 MunichGermany Gross Area Total: 8.670 qm / 93,324 sq.ft. (1st Construction Phase: 1.459 qm / 15,705 sq.ft.) 47.041 cbm / 1661237,2 cu.ft. (1st Construction Phase: 12.657 cbm / 446977,7 cu.ft.) Competition 2018, 1st prize Photography David Matthiessen Awards 2026 DAM Preis - nominated2025 Deutscher Nachhaltigkeitspreis Architektur - nominated2025 DNA PARIS DESIGN AWARD - winner Links Inklusion, Sport und Denkmalschutz - Bayerische ArchitektenkammerBauNetz WissenDETAIL Downloads Download PDF
[IMG: Project by Behnisch Architekturbuero, Circuit. Architectural rendering of a residential complex on the waterfront. In front of the building is a public square with people on the riverbank and kayaks on the water.]
More Circuit - Circular Economy in Wilhelmsburger Rathausviertel
[IMG: Project by Behnisch Architekturbuero, Campushouse Halle-Neustadt. Architectural rendering of a glass atrium with worktables, display boards, and people inside.]
More Campushaus Halle-Neustadt
[IMG: Project by Behnisch Architekturbuero, Campushouse Halle-Neustadt. Architectural model of the building complex with courtyard and trees on a neutral background.]
More Competition - Campushaus Neustadt Case Studies
[H3] How a circular design approach can make our buildings better for the environment and its inhabitants
[IMG: Project by Behnisch Architekturbuero, Circuit. Architectural rendering of a residential complex on the waterfront. In front of the building is a public square with people on the riverbank and kayaks on the water.]
adaptivereuse innovation lowenergy pilotproject sustainability circulareconomy energyefficiency innovativematerials adaptive reuse sports & leisure More How a circular design approach can make our buildings better for the environment and its inhabitants Case Studies
[H3] How we understand the role of educational spaces beyond architecture
[IMG: Project by Behnisch Architekturbuero, Freie Waldorfschule Uhlandshoehe - New School and Administration Building. Art classroom with students working at tables, artworks displayed on walls, large windows, and a skylight illuminating the space.]
daylightoptimization innovation lowenergy publicspace sustainability participation flexibility innovativematerials adaptive reuse sports & leisure More How we understand the role of educational spaces beyond architecture Case Studies
[H3] How we developed energy-saving fixed shading systems
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Close-up of the facade with repeating geometric panels and windows, creating a textured grid pattern with light and shadow.]
daylightoptimization lowenergy energyefficiency wellbeing adaptive reuse sports & leisure More How we developed energy-saving fixed shading systems

[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Students and teachers are in a green outdoor area between the modern buildings. A raised bed with plants and trees can be seen on the right. A climbing frame is visible in the background on the left.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Students and teachers are in a green outdoor area between the modern buildings. A raised bed with plants and trees can be seen on the right. A climbing frame is visible in the background on the left.]
Located in Heilbronn’s model district of Neckarbogen, the Josef-Schwarz-Schule is one of Germany’s most forward-looking school projects. The bilingual, all-day school brings together primary, lower secondary, and upper secondary education on a campus of approximately 60,000 square meters. Conceived as an ensemble of three interconnected buildings, the design promotes learning, movement, and social interaction through an open spatial structure. daylightoptimization innovation lowenergy sustainability wood energyefficiency humanescale hybridconstruction innovativematerials microclimate biodiversity school education
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Axonometric diagram of the building structure with cafeteria, assembly hall, sports hall, parking, family house and the different school levels.]
The building responds to nearby railway lines by establishing a continuous slab above the first floor that spans the footprint of the entire campus, forming a landscaped plateau that serves as an elevated schoolyard. As a protected yet open setting for daily school life, this level weaves together three rooftop pavilions, terraces, landscaped recreation areas, playgrounds, and sports facilities. Carefully placed openings, balconies, terraces, and patios ensure permeability and lend the architecture a distinct human scale.
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Children and adults in a bright school lobby with stairs, seating, and wooden finishes.]
Each type of school has its own building with a distinct character: The primary school is organized into learning houses with differentiated spaces for each grade, while the secondary level features open learning studios that support collaborative and individual work; the upper school in turn is organized in specialized clusters that respond to curricular needs.
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Two children are sitting on a wooden bench by a window overlooking the sports hall. Inside the hall, other children are playing basketball.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. In a bright room with large windows, children are preparing food at one of the three kitchen islands. Through the generous window front, the outdoor area with a football field is visible in the background.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Children move about on the stairs in a bright atrium with wood-paneled walls and large windows. Students sit on the colorful seating on the lower floor. Colorful spheres hang from the ceiling.]
swipe
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Two children are sitting on a wooden bench by a window overlooking the sports hall. Inside the hall, other children are playing basketball.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. In a bright room with large windows, children are preparing food at one of the three kitchen islands. Through the generous window front, the outdoor area with a football field is visible in the background.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Children move about on the stairs in a bright atrium with wood-paneled walls and large windows. Students sit on the colorful seating on the lower floor. Colorful spheres hang from the ceiling.]
Client Schwarz Immobilienmanagement GmbH & Co KG Architects Behnisch Architekten Address Erich-Mendelsohn-Straße 174076 HeilbronnGermany Gross Area 54.825,00 qm / 590.101,74 sq.ft Gross Volume 279.711 cbm / 9.875.525,76 cu.ft Competition 2019 Certification DGNB Platin + Diamond Photography David Matthiessen Downloads Download PDF Shared functions—the auditorium, cafeteria, and foyer—are located on the ground floor, forming the social heart of the campus where students, teachers, and visitors meet. Complementing the educational buildings, the Haus der Familie serves as an important interface between the school and its neighborhood, offering spaces for dialogue, collaboration, and shared activities.
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Children and an adult sit at a high table in a bright room with large window overlooking buildings.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. The students sit at long tables in a bright cafeteria with colorful chairs, large windows and colorful acoustic ceiling panels.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. The students gather in a bright school hall with stairs, seating, a reception area, and large windows. Children sit on the dark and light blue chairs and read.]
swipe
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Children and an adult sit at a high table in a bright room with large window overlooking buildings.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. The students sit at long tables in a bright cafeteria with colorful chairs, large windows and colorful acoustic ceiling panels.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. The students gather in a bright school hall with stairs, seating, a reception area, and large windows. Children sit on the dark and light blue chairs and read.]
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Circular materials and color palette diagram with wood center, surrounded by samples and labeled sections: primary, secondary, community, college, textile, felt.]
The materials originate predominantly from Central European production and are largely recyclable: larch wood, clay, ceramics, rubber, and precast concrete define both the interior and exterior appearance, imparting a calm, robust character. The school employs a timber-hybrid construction. Wood creates a warm and tactile atmosphere, enhances indoor comfort, and contributes to the building’s energy efficiency through its natural insulating properties and ability to store carbon. A clay-based radiant ceiling for heating and cooling further supports thermal comfort. Instead of relying on complex mechanical systems, the concept emphasizes natural ventilation and the intelligent use of thermal mass. Energy is supplied via geothermal systems and photovoltaic panels.
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Modern wood-clad building with large windows, shaded walkway, and landscaped path with trees and seating.]
Quote The school balances spaces for focus and retreat with areas for exchange, movement, and collective learning, creating a campus that functions as a small town within the city—bringing together learning, community, and sustainability in a straightforward architectural form.
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Modern multi-story school building with wood facade and large windows. Some of the students playing outside in front of the main entrance.]
[IMG: Project by Behnisch Architekturbuero, LIFE Hamburg. People walking and playing in landscaped courtyard outside a multi-level wooden building.]
More LIFE Hamburg
[IMG: Project by Behnisch Architekturbuero, Campushouse Halle-Neustadt. Architectural model of the building complex with courtyard and trees on a neutral background.]
More Competition - Campushaus Neustadt
[IMG: Project by Behnisch Architekturbuero, Campushouse Halle-Neustadt. Architectural rendering of a glass atrium with worktables, display boards, and people inside.]
More Campushaus Halle-Neustadt Case Studies
[H3] How we understand the role of educational spaces beyond architecture
[IMG: Project by Behnisch Architekturbuero, Freie Waldorfschule Uhlandshoehe - New School and Administration Building. Art classroom with students working at tables, artworks displayed on walls, large windows, and a skylight illuminating the space.]
daylightoptimization innovation lowenergy publicspace sustainability participation flexibility innovativematerials school education More How we understand the role of educational spaces beyond architecture Case Studies
[H3] How a circular design approach can make our buildings better for the environment and its inhabitants
[IMG: Project by Behnisch Architekturbuero, Circuit. Architectural rendering of a residential complex on the waterfront. In front of the building is a public square with people on the riverbank and kayaks on the water.]
adaptivereuse innovation lowenergy pilotproject sustainability circulareconomy energyefficiency innovativematerials school education More How a circular design approach can make our buildings better for the environment and its inhabitants Case Studies
[H3] How we developed energy-saving fixed shading systems
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Close-up of the facade with repeating geometric panels and windows, creating a textured grid pattern with light and shadow.]
daylightoptimization lowenergy energyefficiency wellbeing school education More How we developed energy-saving fixed shading systems

[IMG: Project by Behnisch Architekturbuero, LIFE Hamburg. People walking and playing in landscaped courtyard outside a multi-level wooden building.]
[IMG: Project by Behnisch Architekturbuero, LIFE Hamburg. People walking and playing in landscaped courtyard outside a multi-level wooden building.]
In the northeast of the Hanseatic city of Hamburg-Bramfeld, LIFE HAMBURG creates a future-oriented campus dedicated to lifelong and self-determined learning, meaningful work, and holistic well-being. Located on the edge of the Otto Group Campus, we have designed a sustainable place for intergenerational exchange and coexistence. daylightoptimization innovation lowenergy publicspace sustainability wood humanescale innovativematerials campus education school The inviting building fosters activity, interaction, and discovery, offering ample space for experimentation and exploration. It combines diverse programs under one roof: a daycare center, school, workshops and creative labs, a digital learning center, health and fitness facilities, urban gardening areas, and a café. A variety of outdoor spaces with appealing amenities complements the scheme, seamlessly blending indoor and outdoor spaces. swipe Level 1-3 At the heart of the building, the central agora serves as a meeting place and venue for community events. Open to the surrounding landscape in summer, the agora is more enclosed during winter. It thus creates a flexible, climate-responsive space that connects all areas across three floors. A ramp ensures barrier-free access to all parts of the building. Designed for long-term adaptability, the sustainable structure can be easily adjusted to both seasonal changes and the evolving needs of its users. The upper floors feature adaptable spaces that extend onto broad terraces — places for relaxation, outdoor learning, and potential future expansion.
[IMG: Project by Behnisch Architekturbuero, LIFE Hamburg. Wood interior atrium with central staircase, balconies, and exposed timber structure.]
The structure is conceived to adjust to climatic changes: it relies less on energy consumption and more on thoughtful architectural responses. The facade, with fixed shading and light-directing elements, responds to the path of the sun and can also be seasonally adapted. In winter, clear films drawn across the facade preheat incoming air for natural ventilation. This makes our commitment to sustainability an element of the everyday for users and visitors Client Life Hamburg GmbH & Co KG Architects Behnisch Architekturbüro Address Werner-Otto-Straße 2122179 HamburgGermany Competition 2020 Gross Area 10.681 qm / 114.969 sq.ft Gross Volume 49.455 cbm / 1.746.486 cu.ft Visualization MOKA studio Downloads Download PDF
[IMG: Project by Behnisch Architekturbuero, Josef-Schwarz School. Students and teachers are in a green outdoor area between the modern buildings. A raised bed with plants and trees can be seen on the right. A climbing frame is visible in the background on the left.]
More Josef-Schwarz-Schule
[IMG: Project by Behnisch Architekturbuero, Penn VLEST. Modern multi-story office building with glass facade and exterior fins, seen at dusk along a street with light trails and a few pedestrians.]
More The Vagelos Laboratory for Energy Science & Technology, University of Pennsylvania
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Scale model of a campus with multiple rectangular buildings, flat roofs, chimneys, and trees arranged around courtyards.]
More Competition - Harvard University's Allston Science Complex Case Studies
[H3] How we understand the role of educational spaces beyond architecture
[IMG: Project by Behnisch Architekturbuero, Freie Waldorfschule Uhlandshoehe - New School and Administration Building. Art classroom with students working at tables, artworks displayed on walls, large windows, and a skylight illuminating the space.]
daylightoptimization innovation lowenergy publicspace sustainability participation flexibility innovativematerials campus education school More How we understand the role of educational spaces beyond architecture Case Studies
[H3] How a circular design approach can make our buildings better for the environment and its inhabitants
[IMG: Project by Behnisch Architekturbuero, Circuit. Architectural rendering of a residential complex on the waterfront. In front of the building is a public square with people on the riverbank and kayaks on the water.]
adaptivereuse innovation lowenergy pilotproject sustainability circulareconomy energyefficiency innovativematerials campus education school More How a circular design approach can make our buildings better for the environment and its inhabitants Case Studies
[H3] How we developed energy-saving fixed shading systems
[IMG: Project by Behnisch Architekturbuero, Harvard University Science and Engineering Complex (SEC). Close-up of the facade with repeating geometric panels and windows, creating a textured grid pattern with light and shadow.]
daylightoptimization lowenergy energyefficiency wellbeing campus education school More How we developed energy-saving fixed shading systems