MSc Engineering (Electrical)

What you will study

Full Time

The full-time route is designed for intensive study over one academic year. In semester one, you’ll complete Research Methods and Postgraduate Studies, Engineering Design and Innovation, and Electrical Systems Modelling and Simulation, developing analytical and design skills for modern electrical applications.

In semester two, you’ll progress to advanced, application-focused modules including Advanced Power Systems and Renewable Integration, Automation, Robotics, and Control Systems, and Machine Learning for Electrical Systems, addressing the growing importance of intelligent control and data-driven engineering. The programme culminates with a dissertation, completed over semesters one to three, allowing you to conduct an in-depth research or industry-aligned project focused on electrical engineering innovation.

Modules:

• Research Methods and Postgraduate Studies
• Engineering Design & Innovation
• Electrical Systems Modelling and Simulation
• Advanced Power Systems and Renewable Integration
• Automation, Robotics, and Control Systems
• Machine Learning for Electrical Systems
• Dissertation

NOTE: Please note that this programme is currently subject to validation. Course content, structure, and module titles may be subject to change prior to final approval. 

Part Time

The part-time route is tailored for working professionals, delivered on a day-release basis to support flexible learning alongside employment. In year one, you’ll complete Engineering Design and Innovation, Electrical Systems Modelling and Simulation, Advanced Power Systems and Renewable Integration, and Automation, Robotics, and Control Systems, with opportunities to apply learning directly in the workplace.

In year two, you’ll focus on academic development and future-facing technologies through Research Methods and Postgraduate Studies and Machine Learning for Electrical Systems. The year concludes with a year-long dissertation, giving you the opportunity to investigate a real-world challenge or opportunity within your employment setting, demonstrating your ability to deliver practical, technically advanced solutions.

Modules (Year One - Every Friday):

• Engineering Design and Innovation
• Electrical Systems Modelling and Simulation
• Advanced Power Systems and Renewable Integration
• Automation, Robotics, and Control Systems

Modules (Year Two - Every Thursday):

• Research Methods and Postgraduate Studies
• Machine Learning for Electrical Systems
• Dissertation

Entry requirements & applying

Normal entry requirements for full time and part time intake will be one of:

1. A Bachelor of Engineering Honours Degree, or other Bachelor Honours Degree, normally with an honour’s degree with at least a 2:2 classification or equivalent in an appropriate engineering discipline.
2. Applicants who do not meet the minimum entry requirement but have substantial professional experience in a relevant specialist area may be accepted, subject to interview and references.
3. Equivalent qualifications of another overseas country which are deemed satisfactory by the program team.

Normally, the applicants applied through entry points (b) and (c) will be required to attend for an interview. This is not always possible, e.g., overseas students, in which case the application form and ‘home’ tutor’s recommendations will be used to decide suitability; phone, internet and video conferencing may also be used. Places on the programmes will be offered based on applicants’ background qualifications and, where appropriate, experiences.

Teaching & Assessment

Our teaching approach is designed to be flexible, engaging, and focused on your success. Learning is delivered through Wrexham University’s Active Learning Framework, blending on-campus sessions with online activities to give you the best of both worlds. You’ll develop key employability skills throughout your studies, with teaching that adapts to your needs and prepares you for the demands of your future career.

• Face-to-Face Learning: You will engage in lectures, seminars, and workshops in various settings, incorporating case studies and problem-based learning. In some instances, sessions maybe be recorded for later access via the Virtual Learning Environment (VLE)
• Virtual Learning: Delivered through the VLE and Microsoft Teams, virtual learning includes asynchronous tasks (videos, quizzes, readings, virtual visits) and synchronous activities (discussions, case studies, simulations). Sessions will be recorded where appropriate
• Tutorials: Held both in person and online, individual and group active participation, critical thinking, and student-led learning
• Assessment Strategy: The degree has an innovative assessment strategy with no formal exams, replacing them with coursework, practical work, and project-based assessments that mirror industry practice. This approach, combined with access to modern facilities and strong employer input, ensures graduates are well-prepared for employment or further study in the sector

Teaching and Learning

We offer workshops and support sessions in areas such as academic writing, effective note-making and preparing for assignments.

Students can book appointments with academic skills tutors dedicated to helping deal with the practicalities of university work. Our student support section has more information on the help available.

In terms of particular needs, the University’s Inclusion Services can provide appropriate guidance and support should any students require reasonable adjustments to be made because of a recognised prevailing disability, medical condition, or specific learning difference.

Career prospects

This MSc is ideal for both recent graduates and professionals in employment who are seeking career development and progression. By combining advanced technical knowledge with applied research and industry projects, it supports advancement into leadership, specialist, or research roles, while also providing a pathway towards doctoral study or Chartered Engineer status.

Graduates of the MSc Engineering (Electrical) may go on to careers such as:

• Electrical Design Engineer
• Power Systems Engineer
• Automation and Control Systems Engineer
• Robotics and Intelligent Systems Engineer
• Smart Grid Engineer
• Renewable Energy Integration Specialist
• Machine Learning Applications Engineer (Electrical Systems)
• Research and Development Engineer (Electrical Engineering)
• Energy Infrastructure and Systems Consultant
• Engineering Project Manager (Electrical/Energy Sector)

Fees & funding

You do not have to pay your tuition fees upfront.

The fees you pay and the support available will depend on a number of different factors. Full information can be found on our fees & finance pages. You will also find information about what your fees include in the fee FAQs.

All fees are subject to any changes in government policy, view our postgraduate fees.

Subject to validation

Courses shown as “subject to validation” are new courses which are in development and the details of these courses are in the process of being finalised through the approval cycle, known as the ‘validation’ process. As soon as the programmes are validated the details of the course will be confirmed. The majority of new courses that are still ‘subject to validation’ are approved by the validation process; however, this is not guaranteed and should the course not go ahead as planned, or be significantly amended, you will be informed by the university and assistance will be provided to those who have been offered a place to find a suitable alternative course either at Wrexham University or at another provider.

International

This course is open to international students, for information about the university’s entry requirements for EU/international students, please visit our international section. 

Apply Now

• Full-Time: Open to Home and International Students - Apply Now
• Part-Time: Open to Home Students Only - Apply Now
• MSc Engineering (Electrical & Electronic) with Advanced Practice: Open to International Students - Apply Now