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Without secure networks, business, commerce and communications would fail. As the infrastructure of technology grows, so does the demand for professionals who can apply advanced knowledge of networking principles and networked applications.

Robots are increasingly important in our society. They are used in autonomous driving, domestic assistance, health care, industrial manufacturing, search and rescue operations, and hazardous environment exploration and monitoring.

Do you have an inquisitive mind and are constantly questioning how things work? Would you like to work designing the self-driving cars of the future, or the latest industrial robots, or the next revolutionary consumer product? Studying mechatronics will enable you to develop these sophisticated intelligent systems we are so reliant on in the modern world.

Artificial intelligence (AI) has become increasingly important in addressing complex problems faced in many different aspects of our society, including economics, business, healthcare, medicine, education and agriculture. With recent developments in AI techniques and large-scale computing infrastructure, the exploitation of big data further pushes forward on all fronts.

The modern world depends upon electronics, from mobile phones and digital broadcasting, to GPS navigation and robotics; and it is electronic engineering which has driven these inventions and more. This is a subject where you can exercise your imagination, using skills from both traditional communications and digital systems to resolve existing problems, and to create new products.

It's hard to imagine a world without mobile networks, the internet, radio, or audio-visual appliances. Bringing together knowledge from both electrical engineering and computer science, communications engineers drive these communications systems which are so fundamental to the modern world; we can now easily make international calls, Skype our friends, and even communicate with satellites orbiting the planet.

Combining the study of computer science and electronics, and with no requirement for A-level maths, our BSc Computers with Electronics is a great way to investigate computer hardware and software, operating systems, and digital systems design. Large parts of everyday life depend on computing, electronics and telecommunications.

Computer systems can be found everywhere: inside a mobile phone, at a hospital bedside, and inside your TV, washing machine and games consoles. Computer systems engineers explore how this works – what is needed to convert machines and machinery into useful computing.

Our BEng Electronic Engineering (including foundation year) is open to Home and EU students. It will be suitable for you if your academic qualifications do not yet meet our entrance requirements for the three-year version of this course and you want a programme that increases your subject knowledge as well as improves your English language and academic skills.

How can the human nervous system control a bionic prosthesis? How can we use engineering to develop treatments for nervous system conditions? Can we tap into and stimulate the brain to augment people's cognitive abilities? Neural Engineering is an emerging area of Biomedical Engineering that uses engineering, maths, biophysics, computer science and psychology to develop treatment for neurological disorders and create innovative interfaces between the brain and computers.