TINC+ School

The transformation of the TINC+ entrance building repositions a former school landmark as the home for the first grade of secondary education. Rather than replacing the existing structure, the design builds upon its robust concrete frame, introducing strategic interventions that improve daylight, flexibility and environmental performance. A new circulation façade reconnects the school with the street, making learning visible while strengthening accessibility, identity and long-term adaptability.

An existing structure as the foundation for contemporary learning

The renovation of the TINC+ entrance building transforms a former main school entrance building into a contemporary learning environment for the first grade of secondary education. Rather than pursuing extensive demolition or expansion, the proposal recognises the inherent value of the existing building. Its robust structural frame, generous floor heights and clear spatial organisation provide the foundation for a carefully targeted transformation that extends the building's lifespan while responding to present-day educational needs. The intervention establishes a new identity for the school: more visibility, more accessibility and more closely connected to the city.

Transforming a landmark into an open school

Located at the entrance of the campus, the building occupies a strategic position within both the school and its urban context. Today it presents itself as an introverted volume despite functioning as the school's public face. The proposal reverses this condition by introducing a transparent circulation layer along the street façade, creating a visible interface between education and public space. Workshops and learning activities become part of the streetscape, while the renewed façade simultaneously improves accessibility, orientation and environmental performance.

The project deliberately works with the qualities already present in the existing building. The primary concrete structure remains intact, allowing resources to be invested where they generate the greatest spatial and functional impact. Instead of replacing the building, the design reveals its latent potential through selective interventions that strengthen both its architectural character and its long-term adaptability.

Learning organised around existing spatial logic

The programme follows the inherent logic of the existing structure. Practical STEAM education occupies the basement and ground floor, where generous spaces and direct connection to outdoor accommodate making, testing and experimentation. The upper floors provide clusters of classrooms organised around shared learning spaces that encourage collaboration, informal study and multiple teaching methods.

Circulation is redefined as an active learning landscape rather than merely a sequence of corridors. Existing staircases remain the organisational backbone of the building, while widened circulation areas become places for encounter, independent learning and collaboration. Carefully positioned openings, voids and additional daylight transform previously enclosed areas into bright, connected spaces that improve orientation and spatial quality throughout the building.

Building upon structure rather than replacing it

The architectural strategy is founded on continuity rather than replacement. The repetitive structural grid provides a rational framework capable of accommodating changing educational requirements without major structural alteration. Internal partitions are selectively removed or reconfigured while the load-bearing structure remains untouched, allowing future modifications with minimal intervention.

A lightweight external circulation structure forms a new architectural layer that both upgrades the building's performance and establishes a contemporary public identity. Rather than functioning as an extension in the conventional sense, this second skin integrates circulation, environmental buffering and visual openness into a single architectural gesture. The result is a robust and adaptable educational building that combines spatial clarity with long-term flexibility, demonstrating how careful transformation can deliver greater architectural value than complete replacement.

Landscape within an urban context

The architectural intervention extends beyond the building itself by redefining its relationship with the school grounds. The entrance building becomes the visible threshold of the campus, while new external circulation strengthens the connection between interior learning spaces and schoolyard. The elevated circulation gallery creates additional opportunities for movement, informal gathering and supervision, while simultaneously activating the courtyard below.

The ground level is conceived as an open and flexible learning landscape where indoor and outdoor activities naturally overlap. Existing paved surfaces can gradually evolve into greener, more permeable spaces as part of the wider campus masterplan. Rather than treating landscape as an independent design layer, the proposal integrates building, circulation and outdoor space into one coherent educational environment. The retained theatre hall further reinforces this relationship by supporting both school activities and broader community use beyond school hours.

Designing for long-term adaptability

Sustainability is approached as a consequence of architectural decisions rather than the addition of technical systems. The project begins by preserving the existing structural frame, substantially reducing demolition, material consumption and embodied carbon while retaining the building's spatial capacity. The robust concrete structure becomes the primary resource from which the new learning environment evolves.

Interventions remain deliberately selective. Non-load-bearing elements are removed only where improved daylight, flexibility or spatial continuity require it, while functioning building components and technical installations are retained wherever possible. This strategy minimises waste and allows the building to remain adaptable throughout its lifespan.

A new external circulation layer performs multiple functions simultaneously. Acting as a climatic buffer, it improves thermal performance, protects the existing façade and enhances environmental comfort without relying on overly complex building services. Additional daylight is introduced through carefully positioned openings and rooflights, while the activated basement benefits from improved natural light, ventilation and direct contact with outdoor space.

Material choices follow the same logic of simplicity and durability. Robust, low-maintenance finishes are selected for intensive educational use, while straightforward construction principles facilitate future repair, replacement and adaptation. Spaces remain sufficiently open to accommodate evolving educational models without requiring major structural interventions.

Rather than maximising technical complexity, the project demonstrates how longevity emerges from clarity, restraint and intelligent use of existing resources. The result is a school building capable of evolving alongside future educational needs while maintaining low operational demands, straightforward maintenance and a clear architectural identity.