MEng in Electronic and Electrical Engineering with International Study, University of Strathclyde

Glasgow,

60 Months

Check Eligibility

About this course

This course at the University of Strathclyde focuses on the core principles of electronic and electrical engineering, which are central to technology used in renewable energy, telecommunications, and digital systems. Students will undertake practical projects linked to industry, such as designing wireless communications and hydrogen-powered vehicles. A distinctive feature is the opportunity to spend a year studying abroad at a partner university worldwide, enriching cultural understanding and technical skills. The program aims to develop innovative solutions for global challenges, equipping students with both theoretical knowledge and practical experience through laboratory work, projects, and industrial visits. The course prepares students for careers in diverse sectors like renewable energy, telecommunications, aerospace, and healthcare, with a focus on global industry applications and international exposure.

Why this course is highly recommended

This course is highly regarded because it combines solid theoretical foundations with extensive practical and industry-linked projects. The international study year offers invaluable global experience, which is highly valued by employers. The program covers vital modern fields like renewable energy, cybersecurity, and high-speed communications, directly aligned with current industry needs. Additionally, the university’s departmental facilities, extensive industry links, and opportunities for international exchange make it an excellent choice for students aiming for a flexible and globally-oriented engineering education. Strong graduate employment rates and collaborations with leading companies further enhance its attractiveness.

Specialisation

While the program covers a broad spectrum of electronic and electrical engineering principles, it also allows students to develop specific skills through elective modules in areas like power systems, renewable energy, digital signal processing, and control engineering. The final year includes a multidisciplinary group project with an industrial focus, enabling students to hone their hardware and software skills in real-world projects. The program’s focus on innovation and practical application prepares students for specialised careers in areas such as smart grids, power electronics, video processing, and systems control.

Course fees

Application fees

30.98L

1st year tuition fees

30.98L

Living cost

Degree requirements

To qualify for this degree, students need to meet specific academic prerequisites, such as highers (AAAAB including Maths and Physics or Engineering Science) or equivalent qualifications like A-levels or IB scores. International students must fulfill language proficiency requirements if English is not their first language. Entry is competitive and assessed on merit, with potential consideration for those with exceptional circumstances. The course accepts deferred entry and offers pathways through foundation programs for students who do not meet direct entry criteria.

English language test

DUOLINGO

IELTS

TOEFL

PTE

Career prospects

Graduates from this program can pursue careers across a broad range of sectors including telecommunications, consumer electronics, automotive and aerospace industries, IT, finance, renewable energy, healthcare, and project management. Many students secure well-paid roles or advance to further study. Typical job titles include electronics engineer, subsea engineer, and process & pipeline engineer. Employers range from BAE Systems, BP, and Rolls-Royce to ScottishPower and Thales, highlighting the diverse opportunities available for qualified graduates.

FAQs

What study abroad opportunities are available?

Students can study at partner universities in Europe, the USA, Canada, Japan, Singapore, Australia, and New Zealand during Year 4, with all credits counting towards the degree. The program offers Erasmus and international exchange options to enrich your experience.

Are there industry placements during the course?

While placements are supported through industrial trips and projects, they are not mandatory for all modules. Students may choose to participate in visits supported by the university or department.