

MEng in Mechanical and Electrical Engineering, University of Bristol
Bristol,
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48 Months
Check Eligibility
About this course
This MEng program focuses on the industrial demand for engineers skilled in both mechanical and electrical engineering, with an emphasis on electro-mechanical energy conversion. Throughout the course, students explore areas such as design and integration of electro-mechanical systems, energy conversion and actuation, embedded systems control, power electronics, and energy management. The first two years cover fundamentals like mathematics, thermal management, dynamics, control, computing, electrical energy technologies, and electronics, often through laboratory work and case studies. In the third year, students undertake an individual research project, applying their knowledge to specific topics like actuation, sensor systems, or clean propulsion technologies. The final year involves teamwork, often with industry partners, solving engineering problems related to the program. The course prepares graduates to innovate in areas such as renewable energy microgrids, robotics, electric vehicle powertrains, and energy storage.
Why this course is highly recommended
This program is ideal for students interested in a versatile engineering qualification that combines mechanical and electrical aspects, meeting strong industry demand. Its emphasis on practical projects, research, and collaboration with industry partners equips students with both technical skills and real-world experience, opening pathways to innovative careers in renewable energy, robotics, electric vehicles, and energy storage.
Specialisation
The course integrates mechanical and electrical disciplines with a focus on electro-mechanical energy conversion, preparing students to work across these interconnected fields.
Course fees
Application fees
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1st year tuition fees
32.09L
Living cost
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Living cost
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Degree requirements
Applicants typically need AAA at A-level, including Mathematics and a science subject such as Physics or Chemistry. Other qualifications like BTEC, International Baccalaureate, or Access to HE Diplomas are also accepted with specific conditions. English language proficiency must be demonstrated through IELTS 6.5 or equivalent, especially for non-native speakers.
English language test
DUOLINGO
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IELTS
6.5
TOEFL
88
PTE
67
Career prospects
Graduates can innovate in areas like renewable energy microgrids, robotics for healthcare and manufacturing, electric vehicle powertrains, and energy storage. They are equipped to work in industries demanding expertise in both mechanical and electrical systems, spanning research, design, and development roles.
FAQs
What is the duration of the course?
The course lasts four years full-time.
Is this course available part-time?
No, part-time study is not available for this course.
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