University of Leicester

What you'll study

The programme covers core topics in electrical and electronic engineering with a balance of theory, laboratory work and design projects. Early modules establish mathematics for engineers, circuit theory and analogue/digital electronics. Intermediate modules typically include embedded systems and microcontroller programming, signals and systems, control engineering, power systems and electrical machines, and analogue/digital communications.

Later-year study focuses on advanced topics and system integration, such as power electronics, renewable energy technologies, advanced control and automation, communications networks, and instrumentation. Design and project modules run throughout the course, culminating in a substantial individual or team final-year project where you apply engineering methods to a practical challenge.

• Fundamental electrical and electronic principles (circuits, semiconductors, electromagnetism)
• Mathematics for engineering and computational methods
• Embedded systems, microcontrollers and software for engineers
• Signals, systems and digital signal processing
• Control systems, automation and instrumentation
• Power systems, electrical machines and power electronics
• Communications and networking basics
• Laboratory work, CAD, PCB design and hands-on prototyping
• Individual/team design projects and professional skills development

Entry requirements

Applicants are expected to have a strong background in mathematics; physics or electronics is also normally required or strongly recommended. The University of Leicester considers a range of qualifications including A-levels, Scottish Highers/Advanced Highers, the International Baccalaureate, BTECs and other recognised international or vocational qualifications. Mature applicants and those with relevant work experience are also welcome to apply.

Typical offers vary by year and course intake, so applicants should check the university's official entry criteria for current specific grade requirements and accepted subject combinations. English language proficiency tests are required for applicants whose first language is not English.

Career prospects

Graduates with a BEng in Electrical and Electronic Engineering have a wide range of career paths available in sectors such as power generation and distribution, automotive and transport, aerospace, telecommunications, consumer electronics, automation and control, and renewables. Common roles include:

• Design engineer (electronic systems, power electronics, embedded systems)
• Control and automation engineer
• Power systems engineer and protection engineer
• Telecommunications and network engineer
• Test and validation engineer, hardware and systems integration
• Research and development or progression to postgraduate study

Graduates also develop transferable skills valued by employers — project management, technical communication, teamwork and problem-solving — which support careers in consultancy, technical sales, and management. With further experience and/or additional accredited qualifications, graduates can pursue professional registration routes.

Why study at University of Leicester

The University of Leicester combines campus-based teaching with well-equipped engineering laboratories where students gain hands-on experience in electronics, embedded systems, power and control. The Department emphasises small-group lab classes and project-based learning so students can apply theory to practical designs.

Students benefit from research-active staff and opportunities to undertake industry-linked final-year projects, placements or internships facilitated by the university's employer engagement services. The university also offers careers support, technical workshops and facilities for prototyping and testing to help graduates move into employment or further study.

Overall, the programme is designed to build a strong technical foundation while developing the practical and professional skills needed for a career in modern electrical and electronic engineering.