This is the page for Engineering programmes at the University of East Anglia What can you study?
Engineering at UEA is built on great links with industry, exciting research and diverse teaching. We’re based at the heart of East Anglia’s booming energy sector which gives our students incredible opportunities to meet employers, secure placements and visit major engineering sites. On our door step are a wide range of mechanical and manufacturing companies in supply chains for automotive and avia
tion engineering from Lotus and Zenos to KLM UK Engineering. We’ve got an exceptional record in graduate employment as a result, and our SELECT Sponsorship Scheme gives you the chance to find funding and work experience while you’re studying. All our engineering courses have a common first year so you can choose your own path once you’ve got to know the subject – whether you want to focus on energy, mechanical, electronic and electrical, or maintain a multidisciplinary approach. Our degrees in Energy Engineering with Environmental Management make the most of our strong support from the East of England Energy Group (EEEGR). You’ll become an expert in energy technology and environmental awareness, with the skills to enter a sector that’s currently experiencing phenomenal growth, needing highly skilled graduates to fill thousands of jobs. Thanks to the success of our energy-based programme we’ve recently expanded to include generalised degrees in BEng and MEng Engineering. These courses incorporate mechanical and electrical engineering, allowing you to specialise or generalise as much as you like. From graphene to climate change
We’ve got a hugely multidisciplinary approach to engineering research, which brings together academics from many of our highly respected Schools – including Environmental Sciences, Mathematics and Biological Sciences – to explore a wide range of topics. Thanks to our unique academic makeup, we’re experts in sustainability, energy materials and climate change as well as biofuels, business, electronics, fluid dynamics, marine energy and computational optimisation.
