As part of the Professionalism of Engineering module at UWE Bristol’s School of Engineering, students recently undertook a series of live consultancy projects for real-world clients. Each project challenged students to think critically about behaviours in the workplace, the role of engineering in delivering safe and sustainable solutions, and the importance of communication and collaboration with community stakeholders.

Here are just a few of the inspiring projects our students tackled this year:

Reuse and Recycling of Composite Materials

In partnership with waste management company Suez, this project focused on addressing the recycling challenges of composite materials such as carpets and furniture — which often end up incinerated due to their complexity.

Students researched both mechanical and chemical methods for separating composite layers, as well as practical reuse strategies like upcycled furniture and donation networks. Their proposals contribute to the broader goal of a circular economy, where fewer raw materials are used and more items are diverted from landfill.

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Leading the Charge: Electric Cooking Transition for Commercial Kitchens

Students explored how existing commercial kitchens, particularly in the culturally rich areas of Stapleton Road and St Marks Road in Easton, could transition from gas and solid fuel to electric cooking methods. This shift is key to lowering carbon emissions, improving indoor air quality, and reducing fire risk.

The team evaluated technical requirements such as power supply upgrades, identified electric alternatives for traditional cooking appliances, and analysed cost implications for small businesses. Their route maps and running cost matrices offer clear, actionable insights for businesses looking to become more sustainable without sacrificing flavour or affordability.

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Designing a Sustainable Learning Space for St Michael’s Primary School

Following a devastating fire that destroyed part of the school, including a vital learning space for small groups and SEND children, students were invited to propose safe, inclusive, and sustainable designs for a new permanent structure.

The team focused on meeting stringent building standards while ensuring the space was bright, quiet, and secure. Their design included high-spec insulation to minimise sound reverberation, durable materials to avoid shaking floors and walls, and clever integrated storage. Their proposals were especially tailored to the sensory needs of young children and those with additional learning requirements.

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Engineering an Events Roof for St Marks Road

In support of Easton’s annual Grand Iftar and wider community events, students worked on engineering solutions for a proposed “Events Roof” over St Marks Road. The canopy would act as both shelter and symbol — reflecting the unity and resilience of a street that brings together mosques, churches, cafes, and community groups.

Working from community-led architectural concepts, the students developed structural engineering inputs to ensure functionality, beauty, and sustainability. Their ideas considered renewable energy generation (e.g. integrated solar panels), modular flexibility, and long-term maintenance — with an eye toward making the project attractive to potential funders such as Airbus or Babcock.

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Building a Digital Repair Business Model

Inspired by the UWE Repair Café, students were tasked with developing a scalable, digital-first business model for repair and reuse — one that enables people to have items fixed without needing to visit a café in person.

They explored logistics for item drop-off and collection, supply chain design, pricing models, technician training, and digital tracking platforms akin to Etsy or InPost. Their solutions balanced community engagement with commercial viability and tackled key questions around accountability, capacity, and sustainability in a growing circular economy.

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Vertical Solar Farms for Tower Blocks

With limited roof space but expansive wall surfaces, Bristol’s tower blocks present a unique opportunity for vertical solar farms. This student project explored how solar cladding on high-rise buildings could generate renewable energy while integrating into microgrids for individual flats.

The team’s engineering solutions considered wind loading, cladding materials, battery storage, and even the potential for coupling with ground-source heat systems. The result: flexible, futuristic designs that could help reduce energy bills and increase resilience in urban housing — all while lowering carbon emissions at scale.

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Engineering in the Real World

These projects demonstrate how engineering students at UWE Bristol are gaining hands-on experience in solving real, complex problems with genuine social, environmental, and economic impact. Working closely with clients and community organisations, students aren’t just learning about sustainability, safety, and professional behaviours — they’re putting them into practice.

Each brief represents not only a challenge, but an opportunity: to contribute, to innovate, and to lead in shaping a better future for local communities.

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