More than just an institution, TechniCity is a dynamic centre for industrial education, where adaptability, sustainability, and clarity shape both its architecture and pedagogical vision. Designed to foster collaboration and growth, this latest addition to the Erasmus Science Park extends the Technicity campus, reinforcing its connections while asserting a bold presence along the urban corridor.
TechniCity is structured into two interconnected volumes: a welcoming head housing communal spaces, administration, and shared facilities, and a functional spine dedicated to training workshops. By leveraging the site’s topography, the entrance is positioned on the first floor, creating a central and intuitive circulation hub. The atrium, the building’s dynamic core, connects the entrance, auditorium, and cafeteria, fostering interaction between classrooms, workshops, and outdoor areas. A well-planned stairway layout ensures a clear separation between school and office circulation while maintaining openness and connectivity. Circulation routes along the outer façade enhance transparency and encourage exchange between the diverse users of TechniCity.
Perched at the highest point of the site, the head building features an entrance visible from both Researchdreef and Lenniksebaan, reinforcing accessibility, connectivity and readability from both directions. Positioned adjacent to the building and in dialogue with its animated façade, a gently sloping informal pathway enhances accessibility for pedestrians and cyclists. The surrounding landscape strikes a balance between ecological richness and low-maintenance practicality. Framed by the building’s façade and natural topography, the terrace forms a sheltered yet welcoming outdoor space for students and staff to gather and relax. Designed for flexibility, the cafeteria and kitchen can also function independently, allowing for external use when needed.
Sustainability is a fundamental principle of the design, incorporating a hybrid structure of concrete and timber for durability and flexibility. Prefabrication enhances efficiency, while exposed materials emphasise the industrial character of the facility. A west-facing canopy with integrated solar panels serves both a practical and educational purpose, promoting sustainable technology. Future expansion is seamlessly integrated into the site strategy, allowing for scalable growth without disrupting operations.
Beyond energy performance, sustainability also means adaptability to evolving needs. A robust, timeless structure must accommodate change through a logical grid and modular flexibility. The design allows for various interior configurations to support the pedagogical and operational needs of TechniCity while remaining adaptable over time. Strong visual and spatial connections between theory and practice areas encourage interaction, while flexible partitions allow workshops to function as either large open spaces or smaller units. Centrally positioned instructor offices with glazed façades ensure oversight and adaptability, reinforcing a well-structured yet flexible learning environment.