Dyson Development Centre

This project involved creating a new two-level structure that links two of the three existing buildings on the Dyson campus, effectively forming its central hub. The development is designed to house a range of key facilities, including visitor and staff receptions, a Dyson café, Town Hall space, canteen, gym, meeting rooms, and other client-centric amenities.

In undertaking the Dyson project, it was crucial to assign a team well-versed in our business processes to ensure seamless execution and adherence to our high standards. The new structure aims to enhance connectivity within the campus while providing functional and welcoming spaces for both visitors and staff. Our role encompassed not just the technical aspects of electrical installations but also contributing to an environment that fosters collaboration, innovation, and comfort for all users of the facility.

Our central procurement department played a vital role in selecting the most suitable equipment that met specified code compliance, ensuring that all installations would be executed flawlessly. On-site, our management team took charge of scheduling labour allocation and material deliveries, coordinating with other trades to minimize potential clashes, and overseeing the quality of installations. This comprehensive approach guaranteed that the electrical systems were not only up to Mint’s high-quality standards but also commissioned and ready for occupation efficiently.

The successful delivery of the electrical installations for Dyson’s Development Centre underscores Mint Building Services’ capability as a trusted partner in complex engineering projects. Our meticulous planning, coordination, and execution reflect our dedication to excellence, innovation, and client satisfaction. This project not only strengthens our portfolio but also reinforces our commitment to creating environments that are both functional and inspiring, marking another milestone in establishing ourselves as the leading building services engineering contractor within this region.