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We've been helping students find the right postgraduate course for over a decade.
Our academics are well respected, both nationally and internationally, throughout academia and industry where our links are strong. We believe that a university should contribute to the cultural wealth of society by developing the mainstay sciences, while enhancing the technology to improve the overall quality of life.
Through consistent investment stemming from our deep commitment to develop world-class, sustainable research programmes, the Faculty has built up an impressive infrastructure to support all its activities. The interdisciplinary nature of much of our work also encourages us to constantly explore new opportunities to cross boundaries, providing students with the prospect of accessing facilities which are truly world class.
The Faculty offers a stimulating and supportive environment for those who want to experience the cutting edge of science and technology, and develop their careers in line with these aspirations. Our faculty covers the core engineering disciplines of aeronautical engineering, civil engineering, chemical engineering, electronic engineering and mechanical engineering alongside the specific disciplines of chemistry, computing, mathematics and physics.
We believe in the importance of linking fundamental scientific research to engineering applications, so many of these activities are underpinned by strong industrial links, and several successful spin-out companies have resulted.
We are proud of our record in postgraduate training and we offer a rich variety of research topics for PhD study, through the traditional routes and also through our highly successful EngD programmes.
The Faculty consists of approximately 1000 researchers, of whom 170 are academic staff, 200 are postdoctoral research assistants and the remainder are post graduate researchers.
Our annual turnover of research income is about £16M, of which about half comes from Research Councils UK (principally EPSRC), a third from the EU, and the rest mainly from industry (our largest clients being EADS Astrium, Rolls Royce, E.on, Toyota, AWE and QinetiQ).
Centre for Doctoral Training
The core of the Centre for Doctoral Training (CDT) in MiNMaT (Micro- and NanoMaterials and Technologies) lies in solving academically challenging and industrially relevant problems through a profound understanding of processing–microstructure–property relationships.
The Centre has a unique focus on characterisation and provides sponsoring organisations with use of state-of-the-art instrumentation equipment. Engineering Doctorate (EngD) students, or Research Engineers as they are known, are part of the Centre for Doctoral Training (CDT) in MiNMaT and will spend four years principally with their industrial sponsor, and return to the University for courses and to use the characterisation facilities.
Our taught Masters programmes are led by our research-active staff who provide a range of learning experiences (lectures, tutorials, directed study, practical laboratories and project work) that prepare graduates for their professional life, be it in the high technology sector, the world of commerce, or elsewhere.
We are particularly keen to develop in all our students a broad range of generic skills to complement the core technical or scientific competencies of their chosen subject area. Our modular programme format, coupled with the increasing use of innovative teaching and learning strategies such as e-learning and industrially focused short courses, provides a flexible study environment whilst maintaining the academic rigour and quality expected of one of the UK’s top rated faculties.
There are about 1000 students from all over the world participating in our Masters programmes. Many programmes can be tailored to suit a student’s own particular needs and interests.
Our record of graduate employment is outstanding, with Surrey graduates consistently being in high demand across all sectors.
Facilities, buildings and equipment
Through consistent investment stemming from our deep commitment to develop world class, sustainable research programmes, the Faculty has built up an impressive infrastructure to support all its activities.
The Faculty can boast state-of-the-art laboratory facilities which provide unique opportunities in many areas. Examples include clean-rooms for the development of nanotechnology, advanced laser facilities, wind tunnels, radiation detection and monitoring laboratories, medical research facilities, a ground-station for monitoring satellites, a centre for ion-implantation and ion beam applications, supercomputers for advanced mathematical modelling, a centre dedicated to materials research, facilities for sound and image recording, multimedia laboratories, RF and wireless test facilities and so on. These are fully supported by dedicated teams of technical and IT support staff.
The interdisciplinary nature of much of our work encourages us to constantly explore new opportunities to cross boundaries, providing students with the prospect of accessing facilities which are truly world class.
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University of Surrey
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Become an expert in where engineering meets the natural world. Our MSc Advanced Geotechnical Engineering will equip you with the skills and knowledge you need to pursue a range of exciting careers in the geotechnical engineering sector. Read more
Some say that education is just a matter of building bridges. On our MSc Bridge Engineering, we take that literally. Running since the early 1970s, our fully accredited MSc course will build your advanced capabilities in specialist aspects of bridge engineering. Read more
As society evolves, and technology alongside it, we are placing greater demands on the internet. Both traditional and up-and-coming telecommunications infrastructures continue to migrate to the internet in various forward-thinking ways. Read more
If you’re intrigued by artificial intelligence, the application of robotics, and creating machines that can ‘see’, then this masters course is for you. Our MSc in Computer Vision, Robotics and Machine Learning is taught by academics from our Centre for Vision, Speech and Signal Processing (CVSSP). Read more
Do you want to ensure that the environment is protected and maintained for future generations? Corporations are constantly making ethical choices, and corporate environmental managers help make sure that organisations, of many different types, work towards a global sustainable future. Read more
Surrey has an international reputation in forward-thinking areas such as nanotechnology, satellite engineering, future 5G communications and artificial intelligence. You’d be joining our MSc in Electronic Engineering (Euromasters) course at a very exciting time. Read more
How does the environment in which we live and work affect how we feel, think and act? What can be done to change the interactions between people and their environments to create a better tomorrow? If these are the types of questions which inspire you, then studying our MSc in Environmental Psychology could be ideal. Read more
To protect our finite planet in the face of infinite human ambition, environmental strategy is a necessity. Our MSc in Environmental Strategy is run by our Centre for Environment and Sustainability – a pioneering centre for environmental and sustainability-related research and postgraduate teaching. Read more
Are you fascinated by how processes and information are managed in different organisations? Our course will teach you how this applies across different industries from nuclear to pharmaceutical and others. Read more
In a forever expanding digital age, protecting our data is of vital importance. Our MSc Information Security course sits within our renowned Department of Computer Science and our outstanding Surrey Centre for Cyber Security. Read more
In the last three decades, the way we collect, organise, store and communicate information has transformed in ways we couldn’t have imagined. Our forward-thinking course addresses the most recent advances in IT, the internet, web technologies and business applications. Read more
From single structures through to industrial complexes and entire neighbourhoods, infrastructure engineering is at the heart of communities of every size, driving economic growth in countries across the world. Read more