School of Engineering

About the school

We are passionate about education and helping to develop the next generation of engineering professionals. We combine cutting-edge research, industrial links and excellent facilities to deliver industry-accredited undergraduate and postgraduate degree programmes.

There's a good chance you'll find the products of our research in your wallets and bags - the magnetic ink printed on the back of train and event tickets was developed here in Hull. This is just one example of the real world applications that stem from our vibrant, inclusive department.

Hull has an excellent reputation for teaching engineering. We were ranked third in the UK for overall student satisfaction in Mechanical Engineering in the National Student Survey 2020. The department has invested in state-of-the-art facilities such as the FabLab and Robotics Lab to enhance its teaching and learning experience.

Our strong focus on industry is directly channelled into the high-quality teaching and practical experience we deliver for our students. As a result, our students graduate as trained engineers who are ready to work in industries ranging from foods to pharmaceuticals – and are prepared for careers in sectors such as research, education and management.

Ideally positioned at the heart of the UK’s burgeoning ‘Energy Estuary’, we have links with major engineering employers in the region. These relationships inform our teaching and provide opportunities for our students.

Based within the Faculty of Science and Engineering, our academics collaborate with colleagues across the university and industry.

We have a track record of delivering high-quality research that tackles real-world problems. With particular expertise in the field of renewable energy and energy storage; biomedical engineering and advanced materials and acoustics.


Research in the School of Engineering

Our research is aimed at addressing two of the most important challenges facing the world today: firstly, maintaining energy security whilst reducing environmental impact; and, secondly, improving the healthcare of an increasing, and often aging, population whilst satisfying growing patient expectations.

Innovations in engineering and technology – underpinned by the development of new materials, processes and design methodologies – are the only ways these challenges will be met.

We are tackling the first through our research into more efficient energy utilisation; the development and improved operation of renewable energy systems; and the creation of large-scale energy storage techniques.

Our biomedical engineering research works, firstly, to better understand the way in which the human body functions and then to develop new medical devices that assist in the diagnosis, treatment and management of disease – whilst improving efficiency in the delivery of that care.

Chemical engineering specialises in translational research aimed at solving industrial problems for the benefit of society. Our approach supports the commercialisation of research by developing close working relationships with industry, including our partnerships with Siemens gas turbines, Ideal Boilers, Johnson-Matthey and Schlumberger.

Research strengths

Renewable Energy Technologies and Energy Storage

By improving understanding of renewable energy devices and the wider energy system, our research is supporting more efficient utilisation of renewable energy resources, resulting in a lower cost to users and reduced environmental impact.

The drive to reduce carbon emissions worldwide – and the UK’s commitment to net zero – requires a rapid adoption of renewable energy technologies for power generation and action to reduce energy usage. In addition, the intermittent nature of some renewable energy technologies means that large-scale energy storage is needed to maintain supply.

Our research aims to

  • improve the performance and reduce the cost of marine renewable energy (offshore wind, wave and tidal);
  • establish new technologies for efficient large-scale energy storage;
  • and introduce innovative techniques to manage heat and air flow in the built environment to reduce energy use.

Innovations in this field can make a significant contribution to reducing carbon emissions in the UK and worldwide.

We’re investigating innovations in the design, manufacture, control and integration of wind, wave and tidal devices to enable them to be used more widely in harsher environments – where maintenance can be very challenging. In addition, our research in improving understanding of the heating and cooling of buildings is allowing users to have a conformable, comfortable, healthy working environment while minimising, or eliminating, the need for energy supply.




Our community

of slides

Industry Accredited

Our degrees are accredited by industry bodies, including the Institution of Mechanical Engineers, The Institution of Engineering and Technology, the Institute of Physics and Engineering in Medicine and the Institution of Chemical Engineers (IChemE).

Stand out when you graduate with our process safety training

Chemical Engineering students spend time at the £12m Centre for Assessment of Technical Competency Humber (CATCH) facility, which offers industry authentic training and assessment without the risks. It's the same facility used by companies in their own professional training – so you know what you’re learning is up to date and relevant.

Find out more about CATCH

A Year in Industry

There’s no experience like work experience - especially when it’s built into your degree.

Engineering students at Hull are given the opportunity to extend their academic studies by spending a year in industry.

Discover a Year in Industry

Step into our labs

Take 360° a tour of our campus and see how you'll benefit from our continuing investment in chemical engineering, including our elemental analysis lab.

Start the virtual tour now

Computer Science Facilities

When you join us, you get access to the latest industry-standard facilities. High performance cloud computing systems, 3D projection, VR devices, laser scanning, motion capture, humanoid robots … It’s all here. And it’s all for you.

Explore our Computer Science Facilities

Greenpower Education

We’re working with charity Greenpower Education Trust, which gets young people enthusiastic about science and engineering by challenging them to design, build and race an electric car. We’re also one of the key partners in the Greenpower Street Race Hull and the Greenpower car team have a garage on campus.

Visit the Greenpower website to find out more

Try for yourself

Watch: join Professor Philip Rubini, Dr Dipesh Patel and some of our current students for virtual a Chemical Engineering taster session, where you'll find out more about the course and learn about what it's like to study in Hull.

Play YouTube video in lightbox

Hull Electric Racing Team

As an Engineering student at Hull, you’ll get the chance to join the Hull Electric Racing Team and compete at the Silverstone Circuit, the home of British motorsport.

Start your engines

Graduate Q&A: Dave Mylett

From the University of Hull to a career in the fast lane.

Dave Mylett graduated with a degree in Mechanical Design Engineering and has since gone on to work in the fast-paced world of Formula 1.

Read about Dave's Journey

Experts Test COVID-19 Face Masks

We led the testing process of COVID-19 face masks before they were distributed to frontline NHS staff in the Humber region. Timothy Dunstan, an electron microscopist, led the testing on a batch of the masks to ensure they met the standard required for use by NHS staff. Since presenting their findings, the face masks have been rolled out to local NHS hospitals.

Read the story

MechEngFacilities Lecturer Brian Houston with Students in the FabLab

Engineering Facilities

Engineering students get hands-on with the subject thanks to a range of specialist facilities that support teaching and research, like our FabLab, a space where you can turn your ideas into reality


* 100% of our Mechanical, Medical & Electrical and Electronic Engineering students are in work or further study 15 months after graduating: UK domicile full-time first degree leavers; Higher Education Graduate Outcomes statistics, for the academic year 2020/21, published by the Higher Education Statistics Agency June 2023.