MSc Electrical and Electronic Engineering with Industrial Practice

The MSc Electrical and Electronic Engineering with Industrial Practice at the University of Greenwich is designed to combine advanced engineering theory with genuine industry experience. You’ll begin on campus at the Medway Campus, working in specialist laboratories equipped for electrical machines, drives, embedded systems, interfacing technologies, and electronics design. In the second year, you’ll complete a year-long industrial placement where you apply your knowledge on real projects under the guidance of workplace and academic mentors. This approach ensures you graduate with both technical expertise and professional confidence.

Here’s how experiential learning is structured in this programme:

• Specialist laboratories and facilities: Hands-on work with electrical machines, drives, embedded systems, electronics prototyping, and interfacing technologies.

• Core practical modules: Engage in modules such as Power Systems Analysis, Technology Integration & Interfacing, Design of Advanced Electronic Systems, and Embedded Electronics & Communications, combining theory with applied work.

• Optional applied modules: Tailor your experience with modules like Electrical Machines & Drives, Machine Sensing, Power Electronic Converters, Human & Machine Robotics, and Strategy & Management.

• Individual research project: Conduct a substantive independent project in the first year to apply engineering principles and develop research skills.

• Year-long industrial practice placement: Gain 35–48 weeks of hands-on industry experience, working on live systems, developing professional skills, and receiving mentorship from both employers and academic supervisors.

• Industry-informed teaching: Learn from expert staff and guest lectures from industry, bridging the gap between academic knowledge and practical engineering applications.

• Fallback option if placement is not secured: You can still complete the MSc without the industrial practice endorsement, ensuring flexibility while emphasizing the importance of real-world experience.

By the end of this programme, you will have developed a deep understanding of electrical and electronic engineering, practical lab skills, project experience, and real-world industry exposure, giving you a strong advantage when starting your professional career.

If you’re looking to advance your career in both electrical and electronic engineering while gaining practical industry experience, the MSc Electrical and Electronic Engineering with Industrial Practice at University of Greenwich is an excellent choice. Graduates often move into roles such as Electrical & Electronic Engineer, Embedded Systems Engineer, Industrial Automation Specialist, or Engineering Project Manager — combining technical expertise with leadership skills. So: here’s how Greenwich prepares you and what you’ll gain on graduation.

Progression & Future Opportunities:

• This MSc equips you for roles that demand both strong technical knowledge and applied industry experience across electronics, power systems, automation, and controls.

• Typical job roles include:

  • Electrical & Electronic Engineer

  • Embedded Systems Engineer

  • Industrial Automation Specialist

  • Engineering Project Manager

How Greenwich supports your career:

• Industrial Practice Placement: A substantial placement of approximately 35–48 weeks gives you hands-on experience with an employer, applying your learning in real-world systems and developing professional skills.

• High-quality learning and accreditation: The programme is delivered in specialist engineering labs and is accredited by the Institution of Engineering and Technology (IET) and the Engineering Council, ensuring professional recognition and long-term value.

• Relevant and up-to-date curriculum: Core modules include Power Systems Analysis, Technology Integration & Interfacing, Design of Advanced Electronic Systems, and Embedded Electronics and Communications, along with optional modules such as Electrical Machines & Drives, Machine Sensing, and Power Electronic Converters.

• Graduate outcomes with a competitive edge: Combining academic knowledge with industrial practice enhances employability and makes you highly attractive to employers seeking engineers who can contribute immediately in technical or managerial roles.

Further Academic Progression:

After completing this MSc, you could pursue a PhD in Electrical & Electronic Engineering, Embedded Systems, or Industrial Automation, preparing you for research or academic careers. Alternatively, you could move into senior technical leadership or project-management roles in industry. The professional accreditation also supports the pathway to becoming a Chartered Engineer (CEng) when combined with sufficient professional experience.