Ondřej Socha
student
CTU in Prague - Faculty of Civil Engineering
Czech Republic
Architecture
Primary School Dolní Břežany The studio assignment focuses on the design of an educational facility that responds thoughtfully to the local context. Emphasis… more
Roberto Zanini
advisor
Universita IUAV di Venezia
Italy
quality architecture that is born from the place, from the study of the site, the flows, the… more
The project presents a thoughtful and well-articulated approach to designing a primary school that responds sensitively to its local context and the evolving needs of modern education. The spatial organization is clear and logical, with careful attention to orientation and accessibility that enhances the daily experience of students and staff. The use of timber CLT construction is commendable for its sustainability and structural innovation, while the integration of solar panels and a walkable green roof further strengthens the environmental performance of the building.
The way indoor and outdoor spaces are connected, especially through the accessible green roof and the central atrium, creates a welcoming and flexible learning environment that encourages collaboration and community. The inclusion of adaptive shading devices on windows also shows a good understanding of climate-responsive design.
To further improve the project, it would be beneficial to deepen the exploration of how the flexible learning environments inside can adapt to different teaching methods, perhaps by showing more detailed interior layouts or examples of movable partitions and multipurpose spaces. Additionally, providing more information about acoustics and indoor air quality strategies would help reinforce the focus on a healthy and comfortable environment for children.
Finally, while the solar energy system is well integrated, a brief analysis or estimation of its expected energy contribution could add technical depth and demonstrate the building’s sustainability performance more clearly.
Overall, this is a strong and coherent proposal that effectively combines architectural expression, sustainability, and educational innovation. With further development of interior adaptability and technical details, it has the potential to become a highly successful learning facility.
o enhance the project, consider providing more detailed layouts of the interior flexible learning spaces, showing how they can be adapted for various teaching styles and activities. This would illustrate the school’s ability to support collaborative and project-based learning effectively.
It would also be valuable to include strategies for managing acoustics within classrooms and communal areas to ensure a comfortable learning environment, especially in open or multipurpose spaces.
Expanding on indoor air quality measures, such as natural ventilation or air filtration systems, could further emphasize the building’s focus on student health and wellbeing.
Finally, including an analysis of the solar panel system’s expected energy generation and how it impacts the building’s overall sustainability performance would strengthen the technical rigor of the project.
These improvements will deepen the project’s technical and educational aspects, making the design even more comprehensive and user-focused.