Construction of the largest home for engineering in any UK university has been completed. With the conclusion of the base build phase, the Manchester Engineering Campus Development (MECD) was handed over to the University of Manchester on Friday, 14 May 2021.
Delivered by a collaborative team of builders, architects and engineers, MECD represents the single largest construction project ever completed by a higher education institution in the UK. Building design was undertaken by Mecanoo with support from Penoyre & Prasad, with detailed design during the technical and construction stages by BDP, and multidisciplinary engineering services provided by Arup. The main contractor was Balfour Beatty and it was project managed by Buro Four, with Buro Happold as the Environmental Sustainability Advisor.
MECD will provide world-class sustainable research facilities, alongside flexible and innovative teaching and learning spaces that will enable students to shape their own learning environment. It will house a community of 8,000 students, researchers, academics and professional services staff. This will be the largest concentration of interdisciplinary engineering expertise in any UK university.
The development incorporates a number of existing and new buildings: the eight-storey 80,000sqm Engineering Building A; Engineering Building B and the James Chadwick Building (on Upper Brook Street); refurbished Grade II listed Oddfellows Hall; and the York Street Building. MECD is home to purpose-designed blended lecture theatres, teaching laboratories, student workshops and a range of spaces to support our ambitious outreach and social engagement initiatives.
The University is committed to Environmental Sustainability, with MECD being the first project to appoint a dedicated Environmental Sustainability Advisor to develop and drive the University’s comprehensive sustainability targets throughout the project’s life cycle, including a BREEAM Excellent rating, a new active travel hub and green roof.
MECD is part of a world-class research and innovation hub and immediately adjacent to two flagship centres of excellence – the National Graphene Institute and the Henry Royce Institute, the UK’s national institute for advanced materials research and innovation. The University of Manchester is ranked as the world number one in the THE Impact Rankings and this investment will ensure that Manchester continues to be at the forefront of delivering world-class research.
Mark Pearson, Balfour Beatty Project Director, says: “We’re extremely pleased to have reached this critical milestone on such an important project – one that will transform the way in which the University of Manchester educates our future workforce of engineers.
“Despite the challenges we have faced over the last year as a result of the COVID-19 pandemic, works have progressed at pace with our expert team achieving final completion ahead of schedule. This significant achievement is truly testament to the strength of our collaborative culture and dedication as a project team.”
Professor Martin Schröder, Vice-President and Dean of the Faculty of Science and Engineering said: “MECD affords an exciting new environment for the delivery of interdisciplinary research, teaching and impact across engineering. We are eager to progress towards populating MECD with our staff and students, creating an inspiring, highly flexible first-class teaching and research environment that transforms the way in which the University educates engineers for the future.”
Dr Tim Whitley, Director at Arup and Visiting Professor to The University of Manchester School of Mechanical, Aerospace and Civil Engineering, adds: “It’s been fantastic to have contributed to the design and construction of the University of Manchester’s latest flagship development. The whole team has worked together to deliver a sustainable building where over 30% of spaces are naturally ventilated as part of a low carbon, energy efficient fabric first design, with flexible accommodation for high quality research and teaching for now and into the future.”