Nottingham Trent University

What you'll study

This programme builds from foundational mathematics and circuit theory to applied electronics, control, power systems and embedded design. It is structured to develop practical skills alongside theoretical understanding, with laboratory work, computer-aided design and team-based projects throughout.

• Year 1 (fundamentals): introductory modules covering electrical circuits, electronic devices, programming for engineers, engineering mathematics, signals and systems, and professional skills. Laboratory and workshop sessions introduce measurement, soldering, PCB work and CAD tools.
• Year 2 (core topics): deeper study of analogue and digital electronics, microcontrollers and embedded systems, power electronics and electrical machines, control engineering, communications fundamentals, and simulation techniques. Practical coursework typically includes FPGA/ASIC prototyping, sensor and actuator integration, and system testing.
• Year 3 (advanced and project): advanced modules in power systems, renewable and sustainable energy technologies, advanced control, real-time systems, and optional specialist topics such as robotics, automotive electronics or RF systems. The year culminates in an individual or group honours project where you design, build and test a complete electronic/electrical system under academic supervision.
• Placement and sandwich options: an optional industrial placement year or study abroad opportunity is frequently available between the second and final year to gain workplace experience and enhance employability.

Entry requirements

Applicants should have a strong background in mathematics; physics is highly desirable. Typical entry is via completion of a recognised secondary school qualification with appropriate grades and subject coverage. Acceptable qualifications include A-levels, BTEC, International Baccalaureate, or equivalent national qualifications. For example, applicants are normally expected to hold advanced-level Maths (or an equivalent qualification) and to demonstrate competence in analytical and practical problem-solving.

International applicants should provide evidence of equivalent academic achievement and English language proficiency where required. Mature applicants with relevant work experience or industry qualifications are considered on an individual basis. Where appropriate, applicants may be invited to an interview or asked to provide a portfolio or references.

Career prospects

Graduates go on to technical and professional roles in a wide range of sectors. Typical career paths include:

• Electrical design engineer and electronic hardware designer
• Embedded systems and firmware engineer
• Power systems and renewable energy engineer
• Control and automation engineer in manufacturing, rail, or automotive industries
• Telecommunications and signal processing engineer
• Test, commissioning and maintenance engineer
• Project and systems engineering roles, or progression to specialist MSc study and research

Many graduates enter graduate training schemes with engineering and technology companies, work for SMEs in design and consultancy, or pursue entrepreneurial and R&D opportunities.

Why study at Nottingham Trent University

Nottingham Trent University offers a practice-focused engineering education with modern electronics and power laboratories, dedicated test and fabrication facilities, and access to industry-standard software and hardware tools. Teaching combines lectures, tutorials and project-based learning supported by academic staff with industrial experience. Students benefit from active links with local and national employers, careers support to secure placements and graduate roles, and opportunities to work on live industrial projects.

The university’s location provides good access to regional engineering employers and a vibrant student community. The course emphasises employability, technical confidence and practical design experience to prepare graduates for the varied demands of electronic and electrical engineering careers.