Born 1999 in Karlsruhe (DE), I studied Architecture in Master program at École Polytechnique Fédérale de Lausanne (CH) and Technical University of Berlin (DE) with a focus on critical sustainability and architectural concepts, which are characterized by flexibility and social interaction.
In 2024, I was awarded the Sustainability Certificate by Technische Universität Berlin for my studies in Architecture, which emphasize critical thinking to address future challenges and develop innovative design solutions. The focus of my personal work also lies in exploring principles of balance and tension in structural elements, designing frameworks which can adapt and grow to meet the evolving needs of individuals.
In 2024, I was awarded the Sustainability Certificate by Technische Universität Berlin for my studies in Architecture, which emphasize critical thinking to address future challenges and develop innovative design solutions. The focus of my personal work also lies in exploring principles of balance and tension in structural elements, designing frameworks which can adapt and grow to meet the evolving needs of individuals.
Currently, I’m looking for a dynamic, young architectural office or individuals to collaborate on a competition or project – whether for built work, editorial pieces, or other creative ventures. If you’re interested feel free to reach out via email.
Academia
2023-24 (3. Studio + Thesis)
Master of Science
EPFL Lausanne
2021-24 (1.+2. Studio)
Master of Science
TU Berlin
2017-2021
Bachelor of Science
TU Kaiserslautern
TU Kaiserslautern
more Information
Sustainability Certificate
Technical University Berlin, 2024
AV1 Architects GmbH, 2019-24
Berlin & Kaiserslautern
»RACK« in Production Urbanism Circular City
Living with Urban Soil, ISBN 979-11975499-4-6
»RACK« goes TOTO Gallery Tokyo, 2024
Exhibition Urban Fungus, TOTO Gallery Tokyo
Participation Drawing Matter 2023
Summer School London, Somerset
Student Assistant Building Construction I and Design Prof. Dipl.-Ing. Stephen Birk, TU Kaiserslautern
Member of the Student Council for Architecture, responsible for student counseling and public relations, TU Kaiserslautern
Germany Scholarship, 2020-21
Federal Ministry of Education and Research
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- Focus on construction & wooden fire protection
- First MA Studio
- TU Berlin GTE Prof. Steffan
- with Miriam Kuhn & Sebastian Stein
June 2022
more information
The supporting structure must meet the requirement of spans of up to 10.5m in the living quarters and 12.00m in the workshop space. A suitable ceiling construction with the lowest possible cross-sectional height must be selected in order to achieve as column-free rooms as possible with a maximum room height. This creates flexibility in the floor plan design and the optimal conditions for transformations in a long-term view of the building.
The sustainable construction concept also includes the extensive avoidance of reinforced concrete components and glue-based wood materials. Wooden dowels or wooden plug connections are preferred so that the individual components can be easily reused/ recycled. Ideally, the safety stairwell is also built from doweled/screwed solid wood constructions.
In the greenhouse of the production building, a slender steel hollow profile construction forms the load-bearing structure for reasons of moisture exposure. This extends over the entire roof area of the east building and is visible through polycarbonate panels. ETFE air cushions are used as a roof between the horizontal steel profiles.