Sustainability Report

Yes. Adaptability was a key consideration throughout the design process, ensuring that the building can accommodate changing needs over its life cycle and extend its useful lifespan.

The project is organized around a flexible structural grid and open-plan office layouts that allow spaces to be reconfigured with minimal intervention. Non-load-bearing interior partitions can be modified or removed, enabling future changes in occupancy, organization, or function without affecting the primary structure.

The clear separation between the Design & Innovation Hub and the Engineering & Construction Hub also allows each block to operate independently or be repurposed for alternative uses such as educational facilities, research centers, co-working environments, innovation labs, or corporate offices.

Generous floor-to-floor heights, centralized service cores, and coordinated MEP systems provide additional flexibility for future upgrades and technological changes. The connecting bridges further support this adaptability by allowing different circulation patterns and functional relationships to evolve over time.

Rather than being designed for a single fixed program, the project is conceived as a resilient and adaptable workplace capable of accommodating future transformations while minimizing demolition, material waste, and embodied carbon associated with new construction.

Yes. Although the project is designed as a permanent office campus, several building elements have been developed with future disassembly and material recovery in mind, supporting circular economy principles.

Key strategies include:

• Modular Façade Components: The terracotta brick cladding is designed as a ventilated façade system with mechanically fixed components, allowing individual panels or sections to be replaced, repaired, or reused without affecting the primary structure.

• Aluminum Window and Shading Systems: Powder-coated aluminum frames and metal elements are assembled using mechanical connections, enabling future removal, recycling, or reuse.

• Demountable Interior Partitions: Interior office layouts rely on non-load-bearing partitions that can be relocated or dismantled to accommodate changing workplace needs while minimizing material waste.

• Accessible MEP Systems: Mechanical and electrical services are organized within accessible ceiling and service zones, allowing equipment upgrades and maintenance without major demolition.

• Replaceable Exterior Paving: Landscape paving consists of modular stone and concrete units that can be individually lifted, reused, or replaced, extending their service life and reducing construction waste.

These strategies allow the building to adapt over time while maximizing the potential for repair, reuse, and recycling of materials, reducing waste generation and supporting a more circular approach to building life cycles.