Insights from Architecture and Urban Design Graduates at Brighton

Choosing the right place to study is a big decision, one that shapes both career and personal growth. For graduates of the MA in Architecture and Urban Design (MAAUD) at the University of Brighton, the experience was not just about education—it was about discovery, collaboration, and transformation. Continue reading “Insights from Architecture and Urban Design Graduates at Brighton”

Top reasons to study Engineering at Brighton

At the University of Brighton, we provide an exceptional learning environment for future engineers, combining cutting-edge facilities, industry-relevant courses and expert guidance. Whether you’re interested in aerospace, automotive, design, mechanical, electrical, or robotics engineering, our courses are designed to prepare you for a rewarding career in this fast-evolving industry.

Here are just a few of the reasons why studying Engineering at Brighton is an excellent choice for you!

  • Professionally Accredited courses – All of our Engineering courses are accredited by leading professional bodies, including the Institution of Mechanical Engineers (IMechE) and the Institute of Engineering and Technology (IET). This means that after graduating you’ll be equipped with the qualifications and skills that employers are looking for. Our courses are regularly reviewed and updated to stay aligned with industry developments, so you can be confident that what you learn is always relevant and up to date.
  • Hands-On, Exciting Project Work – Throughout your course, you’ll engage in exciting, industry-focused projects that mirror real-world engineering challenges. Depending on your specialism, you may work on innovative designs for vehicles, develop sustainable energy solutions, or even build rocket cars. At Brighton, you’ll apply your learning to solve real-world problems and push the boundaries of engineering.
  • Specialist Facilities and Cutting-Edge Labs – We’ve invested heavily in state-of-the-art facilities, ensuring that you have access to the tools and technologies that shape the future of engineering. Our facilities include flight and car simulators, wind tunnels, CNC machines, prototyping labs, robotics and VR labs, and much more. You’ll have the opportunity to work with specialist technologies, gaining practical experience that will set you apart from other graduates.

Wind tunnel with model fighter jet being tested

  • Learn from our Expert Staff – At Brighton you’ll learn from internationally recognised researchers who specialise in areas such as sustainable fuel combustion, propulsion systems, electric vehicles, and microgravity research. You’ll be taught by experts who bring their real-world experience into the classroom, sharing insights from their work with prestigious institutions like the European Space Agency and our Advanced Engineering Centre.
  • Student-Led Innovation and Sustainability Projects – One of the unique features of studying at Brighton is the opportunity to get involved with our Student-led Sustainable Technology and Engineering Projects (STEP) lab. This initiative gives students the chance to tackle some of the biggest challenges facing the world today, such as energy conversion, heating and cooling solutions, and sustainability. As part of STEP, you’ll work alongside other creative minds, developing innovative solutions that could have a real-world impact.
  • Gain Valuable Work Experience with Placement Opportunities – Real-world experience is key to your development as an engineer, and at Brighton, we ensure that you gain valuable hands-on experience through our placement opportunities. Many of our programs offer the chance to spend a year on placement in industry, working with top employers and gaining practical skills that will make you more competitive in the job market. From design studios to research labs, you’ll have the chance to apply your learning in a professional setting, gaining insight into the challenges and opportunities that engineers face on a daily basis.
  • Collaborative and Creative Environment – Engineering is all about problem-solving, That’s why we foster environment where you can work alongside like-minded students and industry professionals. Whether you’re designing complex systems or developing new technologies, you’ll be encouraged to think critically and work together to find innovative solutions. Our studios and labs are designed to promote teamwork and creativity, providing the perfect environment for you to flourish.
  • Guest Lectures and Networking Opportunities – To ensure you’re always at the forefront of the industry, we regularly invite professional engineers and industry leaders to share their insights through guest lectures. These talks provide valuable networking opportunities, giving you the chance to learn from those who are shaping the future of engineering and connect with potential employers.
  • Brighton Boost Financial Support – At the University of Brighton, we’re here to support you in making the best start to your university journey. With our new postcode checker, you can quickly see if you’re eligible for our Brighton Boost financial support package, designed to help you with the cost of living and make everyday things just that little bit easier.

Find out more about studying Engineering at Brighton.

British beauty brand Charlotte Tilbury and University of Brighton launch scholarship to support aspiring interior architects

Charlotte Tilbury and the University of Brighton have announced the Progression Scholarship in Interior Architecture, which offers students studying on the university’s Interior Architecture degree course a £2,000 grant per year for three years, along with a work placement with Charlotte Tilbury.

Continue reading “British beauty brand Charlotte Tilbury and University of Brighton launch scholarship to support aspiring interior architects”

Life Cycle Analysis of Electric Vehicle Batteries – final year MEng project work

In this second post, we learn from Erin, Connor, Sadiq, Ade and Don, the STEP Lab master’s team on Life Cycle Analysis theme, as they graduate with MEng degrees in Aeronautical and Mechanical engineering between them. 

What is LOBSTER

The aim of our project was to estimate the CO2 impact of second life, and end of life (EOL) processes of electric vehicle (EV) batteries, considering the batteries destinations i.e. recycling, energy storage etc., state of health, and battery types/compositions. To do this, we used data from literature and Ecochain Mobius. Results were summarized as a new piece of software written by the STEP Lab team, offering Logical Outputs Based on Statistics and Testing for End-of-life Re-purposing (L.O.B.S.T.E.R).

Continue reading “Life Cycle Analysis of Electric Vehicle Batteries – final year MEng project work”
Three students standing outside lab

Testing Energy Recovery Machines – final year projects

STEP Lab offers engineering experience to problem-solve energy challenges in a multi-disciplinary, real-world, project-based, research and development environment, via a Tutor-Student partnership. In this three-post series, the recent student teams from the Lab share their journey of professional engineering experience. 

Continue reading “Testing Energy Recovery Machines – final year projects”

Product design students showcase their projects in exclusive Dezeen article

The architecture and design online magazine Dezeen, which has over three million monthly readers, recently featured a selection of product design students from the University, showcasing the impressive work they completed as part of their final-year projects.

The Product Design BSc(Hons) course at Brighton prepares students for a career in design through collaborative work that mirrors a real-world industry environment. This article highlights just a handful of projects that our students undertook, which now serve as the foundation for their professional portfolios.

Continue reading “Product design students showcase their projects in exclusive Dezeen article”