Architects and engineers are no longer just creators of form. They are systems thinkers, ecological strategists, and citizen designers. Regeneration requires us to reimagine the building not as an object, but as a living system—that interacts, supports, and evolves with its surroundings.
Download the Brief
Entries are expected to demonstrate how engineering thinking actively shapes performance, resilience, and long-term impact. Engineering-led clarity, evidence, and foresight will be key differentiators in jury evaluation.
Articulate the building or infrastructure as a connected system—integrating structure, energy, water, materials, construction processes, and operations. Demonstrate how engineering decisions influence overall performance.
Support strategies with data, calculations, simulations, or measured outcomes.Clear metrics—energy balance, water cycles, embodied and operational carbon, durability, and maintenance cycles—must substantiate design intent.
Address climate, structural, operational, and social risks through resilient design strategies, including adaptability over time and fail-safe systems for long-term functionality.
Show how engineering choices improve buildability, material efficiency, construction speed, safety, and cost certainty, while optimising lifecycle performance, durability, and end-of-life reuse.