MSc in Power Electronics and Drives, University of Nottingham

Nottingham,

12 Months

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About this course

This MSc program offers a comprehensive path into electrical and electronic engineering, covering advanced control systems, power electronics, power systems, and renewable energy technologies. Students engage in modules that incorporate both theoretical understanding and practical applications, such as design exercises, simulations, and projects using tools like MATLAB/Simulink. The course is designed to develop skills in control design, power converter design, power system management, renewable energy systems, sensing, signal processing, and holistic engineering. Key components include coursework, exams, projects, and group work, providing a balanced mix of hands-on learning and theoretical knowledge.

Why this course is highly recommended

This MSc equips students with a versatile skill set relevant to the rapidly evolving energy, automation, and electronics industries. The course emphasizes practical skills through projects and simulation exercises, preparing students for real-world engineering challenges. Its comprehensive coverage of control systems, power electronics, renewable energy, and signal processing makes it ideal for those seeking careers in innovative technology sectors. The balance of theoretical understanding with applied learning ensures graduates are well-prepared for diverse engineering roles.

Specialisation

The course primarily focuses on areas such as control systems, power electronics, power systems for aerospace, marine, and automotive applications, and renewable energy technologies. Students can deepen their expertise through modules like Advanced Control System Design, Advanced Power Electronics, Power Systems, Advanced AC Drives with Projects, and Renewable Generation Technologies. Optional modules like Power Networks and Sensing Systems and Signal Processing further allow students to tailor their learning according to their interests within electrical and electronic engineering.

Course fees

Application fees

32.46L

1st year tuition fees

32.46L

Living cost

Degree requirements

The input data does not specify particular degree prerequisites for admission. Typically, entry requires a relevant undergraduate degree in engineering or a related field, but please refer to official admissions guidelines for precise requirements.

English language test

PTE

TOEFL

DUOLINGO

IELTS

Career prospects

Graduates of this MSc program can pursue careers in control engineering, power systems management, renewable energy development, and electronics design. Opportunities exist in sectors such as aerospace, marine, automotive, and energy industries, especially in roles related to system control, power conversion, and sustainable energy solutions. The program’s strong practical component enhances employability in high-demand technical and research roles.

FAQs

What kind of projects will I undertake?

Students will engage in practical exercises like simulation exercises using MATLAB/Simulink, design projects, and research papers, particularly in modules like Project Design and Development and Advanced AC Drives.

Are there optional modules?

Yes, options such as Power Networks and Sensing Systems and Signal Processing are available, allowing students to tailor their studies.