MScEng Electronic and Electrical Engineering

On this one-year, full-time programme, students don’t just study theory — they work directly with real hardware, systems and research-led facilities. The programme is grounded in the vibrant research environment of Sheffield, where the department’s strong industry connections and dedicated labs mean you’ll spend significant time designing, testing and evaluating electrical and electronic systems (e.g., power electronics, semiconductor devices, wireless/communications). With access to the specialist labs of the School of Electronic & Electrical Engineering, you’ll build practical proficiency and confidence to apply that knowledge in real-world scenarios.

And here are the concrete experiential learning components:

• Individual Research Project: You’ll undertake the core “Investigative Research Project” (60 credits) where you apply your knowledge, hands-on tools and techniques to a real engineering problem.
• Team Design Project: The “Engineering Research and Design Project” (15 credits) gives you experience working as part of a team to tackle an engineering challenge — developing design, project-management and communication skills.
• Choice of Specialist Modules Reflecting Current Technologies: You’ll select from optional modules such as AC Machines, Semiconductor Materials, Broadband Wireless Techniques, Packaging & Reliability of Microsystems — letting you tailor toward power systems, semiconductors, communications or electronics.
• State-of-the-art Labs and Equipment: For example, the “Electronics and Control Lab” includes equipment from National Instruments, Keysight and Quanser, covering tasks from circuit design, signal analysis, microcontrollers and control systems to electrical machines and drives.
• Industry-aligned Research & Careers Support: The programme is accredited by the Institution of Engineering and Technology (IET) for CEng further-learning status and the School emphasises its links with industry for employability in sectors such as energy, transport, communications, manufacturing.
• Specialist Equipment & Practical Systems: Depending on your module choices you’ll engage with hardware and software relevant to electric machines, semiconductor devices, embedded systems, communications electronics — not just lectures but measurement, design and experimentation.

Prospective students of the University of Sheffield MSc(Eng) Electronic and Electrical Engineering are positioned to enter roles such as electrical systems engineer, power-electronics design engineer, semiconductor device specialist, or communications hardware developer—thanks to the programme’s flexible specialisations, research-led teaching and strong accreditation.

Progression & Future Opportunities:

• University career support services:
  • The university’s Careers & Employability Service offers tailored workshops, one-to-one career consultations, employer networking events and job-board access.
  • The School of Electrical & Electronic Engineering provides mentoring schemes, industry-talks and direct links to employers through its research and advisory boards.
• Employment routes and employer track record:
  • Graduates from this programme have gone on to work at companies such as BAE Systems, Arm, China Mobile, COMAC, Huawei and others, in areas like electric-machine design, semiconductor devices, communications systems and advanced manufacturing.
  • While the programme does not publish detailed average salary figures, similar engineering masters holders in the UK often begin in roles with salaries starting around £28,000–35,000, with upwards potential as specialisation and experience grow.
• University–industry partnerships and research strengths:
  • The School is linked with major research centres and industry collaborations (for example via its Industry Advisory Board and state-of-the-art facilities) ensuring module content stays relevant to industry needs.
  • Specialist module options include power electronics & electrical machines, semiconductor & photonic engineering, digital electronics & advanced computing, and mobile/data communications — aligning with global technology and industry trends.
• Long-term accreditation value:
  • The MSc(Eng) is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council, which supports the route toward Chartered Engineer (CEng) status — a professional qualification recognised worldwide.
• Graduation outcomes:
  • Graduates leave with advanced skills in designing and analysing electrical and electronic devices and systems, executing individual research/design projects and specialising in an area of their choice.
  • They are prepared for sectors spanning energy conversion & power systems, semiconductor device and photonic engineering, digital electronics and computing, and communications & data systems — giving flexibility in career pathways.

Further Academic Progression:
After completing the MSc(Eng), graduates may progress to a PhD in fields such as power systems, semiconductor/photonic devices, wireless communications or machine-electronic systems. They may also opt for specialist certifications or further training in niche areas (for instance renewable energy systems, advanced semiconductor fabrication, data-communications systems) or continue on the professional route toward Chartered Engineer (CEng) status via the IET accreditation.