Master of Engineering in Power Electronics and Electrical Drives Engineering

Key Knowledge and Skills to be Acquired:

How to be a good leader and manage people successfully

How to develop, market, and sell your products and services

How to use connections and partnerships to create your own network

How to promote and maintain the company’s positive image

How to gather, interpret and create reports based on industry data

How to hire top talent and improve employee retention

Requirements

2.10 Entry Requirements/Qualification:
2.10.1 Direct Entry Requirements/Qualification: (Must be precise and clear, should describe minimum points/grades/GPA as the case may be) A holder of Bachelor degree in Electrical Engineering and/or Electronic engineering, or Electronics and Instrumentation engineering, or Control Engineering, or Power Engineering, from a recognized University or Institution of Higher learning having at least a minimum GPA of 2.7 or B grade.
2.10.2 Equivalent Entry Qualification: To be eligible for admission into this programme, the student should satisfy S/N Category of Applicants Minimum admission entry qualifications Equivalent applicants Postgraduate Diploma in Electrical and/or Electronics Engineering, or Electronics and Instrumentation Engineering, or Control Engineering, or Power Engineering with At least a GPA of 3.0 or B grade

Course description

The Master of Engineering in Power Electronics and Electrical Drives Engineering is an advanced program focused on the design, control, and application of modern electrical energy systems and drive technologies. The program integrates power electronics, electrical machines, control systems, and energy conversion technologies to meet the growing demand for efficient and sustainable energy solutions.

Students gain both theoretical knowledge and practical experience in developing high-efficiency power converters, motor drive systems, and renewable energy applications. The program emphasizes hands-on training, simulation, and real-world projects using modern tools and technologies. Graduates are equipped to work in industries such as renewable energy, electric vehicles, power systems, industrial automation, and smart grid technologies, as well as in research and development roles.

Design & Development

Practical Engineering Skills

Energy & Sustainability

Digital & Embedded Applications

Analytical Thinking

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