Following a successful inaugural run in 2024, the University of Cambridge’s Department of Engineering is proud to relaunch its pioneering Sustainable Offsite Construction project for a second year. This hands-on initiative continues to promote environmentally responsible construction while equipping students with essential project management, teamwork, and technical skills needed in the modern engineering profession.
Proposed by Laing O’Rourke Associate Professor Dr Brian Sheil on behalf of the Construction Group, the project invites third-year students to construct a 13-metre modular bridge using advanced offsite techniques. Taking place near the Eddington campus, the bridge is based on Laing O’Rourke’s modular ‘Digital Bridges’ design, employing reusable precast reinforced concrete components to champion both financial and environmental sustainability.
Last year, the bridge was designed with reuse in mind, and this year, all bridge materials are being successfully reused. This achievement highlights the project's core commitment to circular construction practices and underscores the long-term viability of sustainable engineering solutions.
The return of this project reinforces our commitment to preparing students for the future of engineering. Through immersive, real-world learning, we’re helping to shape engineers who are not only technically capable but also collaborative, adaptive and sustainability-minded.”
Dr Brian Sheil
The 2024 edition offered students a steep learning curve, quickly immersing them in both practical construction work and critical documentation and communication tasks. Daily progress presentations encouraged reflection on scheduling, costing, and health and safety considerations—key competencies in any engineering career.
This year, students will again benefit from a blended teaching model that combines mini-lectures and industry-led demonstrations with hands-on build sessions. The project is delivered in partnership with leading industry players, including Laing O’Rourke, Ramboll, Severfield, and Trimble—giving students direct access to professional expertise and tools.
Assessment continues to be multimodal, with students participating in an interim client interview to present and justify their construction strategies, financial planning, and roles within the project team, emphasising the importance of communication and interdisciplinary collaboration in construction.
The Sustainable Offsite Construction project represents a bold integration of academic theory and real-world application. As the 2025 cohort begins work on this year's bridge, the Department of Engineering reaffirms its dedication to sustainability, innovation, and industry collaboration, hallmarks of the Laing O’Rourke Centre’s broader mission.