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Explore the basis of life at the molecular level, from cells, proteins and DNA, to how these molecules interact to sustain life. If you're thinking about a career in industrial or academic research, this course involves a major research project of your choice in your fourth year.

An alternative route into medicine for life science graduates from backgrounds that are underrepresented in higher education. After a six-week introduction, you will join our standard MBChB programme in phase two and graduate in four years, rather than five.

Choose what you study from a range of bioscience topics to build a degree that matches your interests. Then spend a year on a work placement, putting what you've learnt into practice, and testing out a career you're considering.

Choose what you study from a range of bioscience topics to build a degree that matches your interests. Combining a placement year with our MBiolSci allows you to gain work experience in industry, before adding an extra year of research training back in the lab in your fourth year.

Study in Sheffield for the first two years of your course learning about the fields that are essential to computer systems, including mathematics, control systems, embedded systems and programming. In your third year you will have the opportunity to put into practice what you’ve learnt by working for a year in an engineering placement before returning to Sheffield for your final year studying modules in specialist areas such as system design and security and intelligent systems.

In the first two years of your course, you’ll cover fundamental concepts in mechatronic and robotic areas, including mathematics, intelligent system design, computing, control, electronics and embedded systems. In your third year you’ll put into practice what you’ve learnt on your industrial placement, before returning to Sheffield for your final year of study.

Your study will cover theoretical and practical aspects across the range of electrical and electronic engineering. The core topics in this course include power systems, power electronics, digital electronics, circuits and devices, electrical machines and drives.

Your study will cover theoretical and practical aspects across the range of electrical and electronic engineering. Core topics include power systems, power electronics, digital electronics, circuits and devices, electrical machines and drives. In addition to the individual project in the third year, you will work on a more research based group project in your fourth year.

Your study will cover theoretical and practical aspects across the range of electrical and electronic engineering. The core topics in this course include power systems, power electronics, digital electronics, circuits and devices, electrical machines and drives.

Your study will cover theoretical and practical aspects across the range of electrical and electronic engineering. Core topics include power systems, power electronics, digital electronics, circuits and devices, electrical machines and drives. In addition to the individual project in the third year, you will work on a more research based group project in your fourth year.

Study in Sheffield for the first two years of your course and cover the theoretical and practical aspects across the range of electrical and electronic engineering. In your third year you have the opportunity to put into practice what you've learnt by working for a year in an engineering company, before returning to Sheffield for your final year of study.

Study in Sheffield for the first three years of your course and cover the theoretical and practical aspects across the range of electrical and electronic engineering. In your fourth year you have the opportunity to put into practice what you've learnt by working for a year in an engineering company, before returning to Sheffield for your final year of study.

In the first three years of your course, you’ll cover fundamental concepts in mechatronic and robotic areas, including mathematics, intelligent system design, computing, control, electronics and embedded systems. In your fourth year you’ll put into practice what you’ve learnt on your industrial placement, before returning to Sheffield for your final year of study.

Learn about the fields that are essential to computer systems, including mathematics, control systems, embedded systems and programming. Then go on to applied work that brings the concepts together in a practical way, and continue to study advanced modules in specialist areas such as system design and security and intelligent systems.

Learn about the fields that are essential to computer systems, including mathematics, control systems, embedded systems and programming. Then go on to applied work that brings the concepts together in a practical way, and continue to study advanced modules in specialist areas such as system design and security and intelligent systems.

Our flexible BSc lets you tailor your degree to your interests and career goals. Choose to focus on organisms and environment, or molecular biosciences before putting your skills and knowledge into practice in the lab and field.

Learn about the fundamental concepts in mechatronic and robotic areas, including mathematics, intelligent system design, computing, control, electronics and embedded systems. Then go on to practical work that brings the concepts together using 3D CAD tools, 3D printing, laser cutters and more in the iForge makerspace.

Learn about the fundamental concepts in mechatronic and robotic areas, including mathematics, intelligent system design, computing, control, electronics and embedded systems. Then go on to practical work that brings the concepts together using 3D CAD tools, 3D printing, laser cutters and more in the iForge makerspace.

Choose what you study from a range of bioscience topics to build a degree that matches your interests. If you're thinking about a career in industrial or academic research, this course involves a major research project of your choice in your fourth year.

Learn about the fundamental concepts in mechatronic and robotic areas, including mathematics, intelligent system design, computing, control, electronics and embedded systems. Then go on to practical work that brings the concepts together using 3D CAD tools, 3D printing, laser cutters and more in the iForge makerspace.