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Postgraduate Electrical Engineering Courses
Electronics and electrically engineered devices, systems and networks make the world come to life. A masters degree in the field of electrical engineering can give a student the knowledge and skills they need to become a part of the world’s electrical infrastructure.
An MSc in electrical engineering allows students and professionals who have previously completed a bachelors degree in electrical engineering or a related field to continue their studies in order to specialise in this field or to make a change to their current career path.
Benefits of studying an MSc in electrical engineering
The combination of the study of modules and participation in a practical research project within postgraduate electrical engineering courses will prepare students to be successful in industry, working in any area of the complex field of electronics and electronic engineering.
With an MSc in electrical engineering, an amazing number of opportunities are opened up for graduates, as electrical engineers are not just utilised, but valued in every industry. Graduates can find positions in the fields of travel, education, business, medicine and government. From a research role to design to development to hands-on implementation, electrical engineering graduates have choices in creating their own individual career path.
Find postgraduate programs in ELECTRICAL ENGINEERINGPostgraduate electrical engineering courses
The majority of masters degrees in this field require 180 credits for graduation. In most programs, MSc in electrical engineering students will take 120 credits in the first part of their education through completion of the modules. The final 60 credits include a research project and dissertation, allowing students to continue to focus on a specialism and to network through partnerships in the projects.
With around 130 possible programs to choose from in the UK, there are plenty of options for prospective students in electrical engineering to consider. Students will build skills for using equipment that is standard in the industry to advance the field of electrical engineering through simulation and implementation of researched ideas. Prototyping and production will be a central focus in most programs as well.
Full-time, on-campus options for this masters degree are generally completed in one year, while part-time on-campus courses should take two years to complete. For example, Coventry University’s Electrical and Electronic Engineering MSc course is available to study over one to two years, and focuses on five core modules:
- Power Electronics
- Electrical Machines and Drives
- Embedded Hardware Applications
- Control and Signal Processing
- Individual Project
Online and blended program options are also available, and the average time to complete either of these formats is between one and two years – there are almost 50 options for choosing an online electrical engineering masters program in the United Kingdom alone, which is also beneficial for international students looking for a quality UK education without relocating.
The University of Manchester has an online MSc in Sustainable Electrical Power Systems Engineering, this allows students to learn from home, wherever that may be. The course has eight mandatory modules and a final project, you can expect to cover:
- Introduction to Sustainable Electrical Energy Systems
- Analysis of Electrical Power and Energy Conversion Systems
- Power System Plant
- Asset Management and Condition Monitoring
- Power System Operation and Economics
- Smart Grids and Sustainable Electricity Systems
- Power System Dynamics and Quality of Supply
- Power System Protection
- Business Cases for Sustainable Innovations
Students studying electrical engineering masters courses will complete a variety of modules. In the electronics track, courses in wide-bandgap and advanced power are standards. Other common modules include a focus on systems, specifically systems in power generation, control, signals, mobile, and RF. Additional modules in communications are also an important part of the core program. Examples include wireless, mobile communications, optical, and digital, along with the study of networks and networking.
Top tips for electrical engineering masters students
Engineers and engineering students agree that pursuing a masters can give graduates an advantage. One student noted that, “A graduate degree hasn’t always been necessary for engineers, but the evolution of engineering education over the past decades has changed the professional outlook.”
While pursuing the degree, consider these tips to enable you to make the most of your masters program:
- Network – utilise relationships with professors, university partners, fellow students, and internship programs to gain contacts in the field.
- Get involved – join student organisations and clubs; it helps with networking and improves skills in such areas as cooperation and teamwork.
- Undertake internships – internships in electrical engineering are particularly important because they can help gain funding for research projects and for helping to develop a research topic and plan.
- Join professional associations – there are several associations for electrical engineering students to join as soon as they meet the qualifications – these include the United Kingdom Association of Professional Engineers, Engineering Industries Association, Engineering Council, and Royal Academy of Engineering.
Funding your electrical engineering studies
If you are planning to study an MSc in electrical engineering, in addition to the general funding options a student can typically obtain, the Engineering and Physical Sciences Research Council allocates a percentage of available monies to individual institutions (£3 million) to be awarded to students in qualifying engineering programs. Applications and inquiries should be made to the institution of choice to determine eligibility.
Electrical engineering graduate case study
Luis Medina, an electrical engineering graduate, knows first-hand how beneficial the degree is. He says, “It was the best thing I ever did. Before getting my masters, I was working in the field, but I was looking for more responsibility at work and being able to get involved in some specialised projects in networking. After getting my masters, I was able to use that knowledge and start leading teams in network projects.”
Electrical engineers salaries in UK
One of the reasons that many students and professionals enrol in a masters program for electrical engineering is to improve lifetime salary gains. Based on the average investment of a masters in electrical engineering and the average electrical engineer’s salary in the UK, it is a sound investment.
The starting salary for an entry-level electrical engineer ranges from £20,000 to £25,000, and averages at £24,420, per Indeed. In addition to the degrees, some standard designations can increase salary. With experience and the incorporated designation, engineers could potentially earn up to £43,229, and becoming a chartered engineer typically increases the yearly salary to £85,000 or more, says the Institution of Engineers Scotland.
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