University Of Nottingham Secures £20 Million To Drive Clean Energy Innovation And Job Creation

The University of Nottingham has secured £20 million in funding to lead three major clean energy and advanced manufacturing projects aimed at boosting economic growth, creating jobs and supporting the transition to low-carbon technologies.

Awarded by UK Research and Innovation (UKRI), the investment will support collaborative programmes focused on clean energy manufacturing, hybrid-electric aviation propulsion and the adoption of advanced technologies across regional supply chains.

Working alongside partner universities and industry organisations, the projects are expected to generate between £325 million and £340 million in gross value added to the East Midlands economy over their operational lifespan.

The programme is also projected to support up to 1,775 jobs, while attracting at least £36 million in additional private-sector investment.

Three Projects To Accelerate Low-Carbon Technologies ##

The funding will be distributed across three initiatives designed to address different challenges facing the UK's clean energy and advanced manufacturing industries.

The Advanced Manufacturing and Clean Energy Accelerator will focus on helping researchers and businesses turn emerging technologies into commercially viable products and services.

By supporting the development and commercialisation stages of innovation, the project aims to reduce barriers that can prevent promising research from reaching the market.

A second initiative, the Next Generation Single-Aisle Hybrid-Electric Propulsion Challenge, will concentrate on developing and testing propulsion technologies for the aviation industry.

The programme will respond to challenges identified by industry partners, supporting research into hybrid-electric propulsion systems that could contribute to reducing the environmental impact of future aircraft.

The third project, the Connected Factories Programme, will help manufacturers and regional suppliers integrate digital, automated and low-carbon technologies into their operations.

This initiative is intended to support improvements in manufacturing efficiency, technological capability and environmental performance, particularly among businesses seeking to modernise existing production processes.

£340 Million Economic Boost Expected ##

The combined programme is expected to deliver substantial economic benefits to the East Midlands, strengthening the region's position in clean energy and advanced manufacturing.

With projected gross value added of between £325 million and £340 million, the investment is intended to support both technological innovation and wider economic development.

The anticipated creation or support of up to 1,775 jobs could provide new opportunities across engineering, research, manufacturing and related industries.

At least £36 million in private-sector investment is also expected to accompany the initial £20 million funding award, increasing the overall resources available to develop and commercialise new technologies.

The involvement of industry partners will be central to the programme, helping ensure that research is aligned with practical manufacturing requirements and commercial opportunities.

University Highlights Importance Of Industry Collaboration ##

Professor Tom Rodden, Pro-Vice-Chancellor for Research and Knowledge Exchange at the University of Nottingham, emphasised the importance of combining academic research with industrial expertise.

"We are bringing our strengths and expertise in advanced manufacturing, transport decarbonisation and industry-focused research and partnership to accelerate the development of technologies that can create growth, attract investment and deliver real-world impact," Rodden said.

The university's role will involve coordinating research and development activities with partner institutions and businesses to support innovation across the region.

By combining specialist knowledge in engineering, manufacturing and clean energy, the programme aims to help businesses develop technologies capable of supporting economic growth while addressing decarbonisation challenges.

The focus on commercialisation is particularly significant, as transforming research discoveries into market-ready technologies can require substantial investment, testing and collaboration.

East Midlands Builds On Advanced Manufacturing Strengths ##

The projects will build on the East Midlands' established industrial capabilities, particularly in advanced manufacturing for clean energy applications.

The sector currently accounts for approximately 11% of the regional workforce and supports industries operating in technically demanding and highly regulated markets.

These include civil nuclear energy, aerospace and defence, where advanced engineering and manufacturing expertise play an important role in developing new technologies.

The region's existing industrial base provides opportunities for collaboration between universities, established manufacturers and smaller suppliers involved in specialist production.

Supporting these businesses in adopting modern manufacturing technologies could strengthen regional supply chains while improving their ability to compete in emerging low-carbon markets.

Supporting The Transition To Cleaner Industry ##

The investment reflects the growing importance of technological innovation in reducing emissions from industrial production and transport.

Advanced manufacturing methods, digital automation and cleaner energy technologies can contribute to more efficient production processes and help businesses reduce their environmental impact.

Hybrid-electric propulsion research also represents an area of interest for the aviation sector as manufacturers investigate technologies that could reduce dependence on conventional fossil fuel-powered systems.

However, the commercial and environmental benefits of individual technologies will depend on their development, testing and eventual deployment.

The University of Nottingham's projects are intended to help bridge the gap between early-stage innovation and practical industrial applications, supporting businesses as they respond to changing technological and environmental requirements.

With £20 million in public funding and at least £36 million in anticipated private investment, the programme establishes a substantial research and commercial development initiative for the East Midlands.

Its long-term impact will be measured through the technologies brought to market, investment attracted and employment opportunities supported across the region's clean energy and advanced manufacturing industries.