Bank House

Located at the heart of Central Milton Keynes along the bustling Midsummer Boulevard, Bank House represents an exciting opportunity to reimagine urban office spaces for the future. Facing Bouverie Square’s underutilised green space, this project will deliver a sustainable, net-zero-ready development that aligns with modern working practices and local policy goals.

Bond Bryan is proud to lead this transformation, leveraging our design expertise to create a functional, environmentally responsible, and community-focused building.

By addressing the inefficiencies of the existing building, including awkward floorplates and its disconnection from the public realm, we are unlocking its full potential. Reconfiguring the colonnade will establish a stronger relationship with Bouverie Square, enhancing accessibility and inviting greater use of this valuable green space.

The integration of sustainable transport options, including nearby Santander cycle and Lime scooter points, will further encourage connectivity. This project revitalises an underperforming asset, creating an adaptable workspace that meets the needs of contemporary businesses and their employees while contributing to the economic vitality of Milton Keynes.

The transformation of Bank House will deliver wide ranging social, economic, and environmental benefits. Socially, it provides a future ready workspace designed for flexibility and inclusivity, fostering collaboration and productivity. Economically, the revitalisation will attract tenants and generate employment opportunities during and post-construction, while increasing the value of surrounding properties.

Environmentally, the building’s sustainable features, including renewable energy systems and low glazing ratios, align with Milton Keynes’ climate goals, contributing to a greener urban landscape.

The integration of ground and air source heat pumps, along with solar photovoltaics, ensures a low-carbon, energy efficient building ready to meet net-zero targets. The use of recycled and sustainable materials, guided by the principles of Whole Life Carbon assessment, minimises environmental impact from construction to operation. Design strategies, such as a low glazing ratio, mitigate embodied carbon and reduce cooling demands, enhancing energy performance.

By addressing both operational and embodied carbon, the project sets a benchmark for sustainable urban development.