Alliance Manchester Business School and Manchester Institute of Innovation Research (MIOIR) are developing a more precise understanding of the productivity challenges in the construction sector and hope to uncover ways in which more sustainable practices can deliver productivity improvements. The research project focuses on solutions for the UK market and involves extensive collaboration with industry. Importantly, the ultimate aim is to help advance towards the UK’s net-zero target and improve productivity growth targets.

A Professor of Artificial Intelligence at the University of Manchester has been working with an international team of colleagues to create a pioneering research platform called ‘Virtual Labs’, which uses autonomous AI to retrieve and share relevant knowledge with research teams around the world who are now in a race to mitigate the impact of climate change. The technology will also help fast-track new research and innovation to support breakthroughs in diverse areas of study, from the development of new advanced materials to the design of new drugs.

Each year, the University’s Faculty of Biology, Medicine and Health (FBMH) hosts the ‘Talking Science Competition’ where second year undergraduate students and above are invited to share their ideas on how science can create a healthier, fairer and greener world, creating a unique opportunity to talk about a subject that really matters to them.

Our University Living Lab applies the expertise of students to real-world sustainability challenges through developing student research projects with external organisations to help meet sustainability goals.  Through the University Living Lab, the University has saved CO2 through active travel, shaped municipal climate change policy, increased biodiversity and enabled ethical consumption whilst empowering and equipping the future workforce of a net zero world. In 2022, the Living Lab was nominated for The Earthshot Prize for practical action on climate change.

Manchester Museum’s Top Floor is a space for people to come together to learn, share ideas and connect with the community. You’ll find education groups, charities, artists, writers, staff and students co-working and collaborating here, with a shared commitment to social and environmental justice. The Museum has also appointed Hannah Hartley as the Environmental Action Manager, where she works across all areas of the museum to drive forward its ambitions in environmental thinking and action, establishing sustainable practices, and building on the Museum’s rich experience in developing narratives and programming in response to the climate crisis.

We launched the first ever museum-sector-specific Carbon Literacy toolkit as part of Roots & Branches, a partnership between Manchester Museum, Museum Development North West (MDNW), and The Carbon Literacy project. The toolkit helps museum professionals and volunteers undertake training, to then certify as Carbon Literate. This foundational work supports staff, volunteers, and partners to build their understanding of climate action, so that they can make informed sustainable choices. The project also encourages museums to develop organisational pledges to act against climate change.

We have cut our air travel emissions by 46% compared to pre-pandemic levels, decreasing them from 18,641 tonnes of CO2e (CO2equivalent) in 2018/19 to just over 10,000 tonnes of CO2e in 2022/23. The reduction in our emissions is equivalent to the carbon produced from driving over 32.5 million miles in an average petrol car. Our new  travel policy, which was put into effect last year, supports our ambition to be a leader in developing sustainable research and teaching practices. It includes several changes such as encouraging staff to have meetings online rather than in-person and to consider travelling by rail rather than air.

Each year we track the amount of low carbon energy used across the University. For example in 2021/22 academic year we used 583GJ from low carbon sources. This comprised of energy from wind, solar, nuclear, solar thermal and ground source heat pumps.