Bolton College – Engineering & Digital Centre
Project Scope
Krol Corlett delivered a multi-million-pound extension at Bolton College, enhancing its engineering and computing departments with a cutting-edge, three-storey teaching facility.
The new building features modern IT suites, multi-purpose classrooms, and workshop spaces, constructed with steel framing, concrete roof structures, and brick and glazed facades for durability and style.
Designed for sustainability, it incorporates solar energy, triple-glazed windows, Wraptight wall construction, and up to 250mm of insulation, achieving a net-zero design that produces as much energy as it consumes supporting Bolton College’s vision for a transformative, energy-efficient learning environment.
Challenges of this Live Site
The 12-month project presented significant logistical challenges, with 2,000 students on a live site, nearby public car parks, and one-way systems. Krol Corlett carefully dismantled cladding on an adjacent gable elevation, ensuring the neighbouring building remained watertight and fully accessible throughout.
The team coordinated road closures with local authorities to accommodate a 100-tonne crane for installing pre-cast concrete floors and 51 CFA piles, all while working in close proximity to active college buildings.
Through meticulous planning, clear communication, and strong collaboration, Krol Corlett delivered the project safely, efficiently, and with minimal disruption to students and the community.
Social Value
Krol Corlett is proud to have installed a world-class facility at Bolton College to develop the next generation.
During the project, we invited young learners on-site to learn more about the net zero design process and strengthen our commitment to the future of North West construction.
Throughout the build, we engaged with Bolton College and other educational institutions to ensure student timetables continued uninterrupted.
The project also continued our commitment to working with Higher and Further Education facilities after other highly successful developments at University of Liverpool, University of Salford, University of Manchester and City of Liverpool College.