Master’s Degree in Electrical Engineering

A Master’s Degree program in Electrical Engineering is an advanced engineering discipline that focuses on the analysis, design, and optimization of electrical power, energy, and control systems. It integrates advanced principles of power systems, electrical machines, power electronics, renewable energy, and automation to develop efficient, reliable, and sustainable solutions for modern electrical infrastructure and
industrial applications.

Discipline

Engineering & Technology

Certificates

Master

Year

1-3 years

Scholarship

Scholarships, Fellowships, Grants, Assistantships, Bursaries

Popular Research Directions

Power distribution system analysis and planning
Active Power Distribution System Planning and Operation
Power Electronic Power System
Electric machine system analysis and design
Big data analysis of intelligent power distribution
Intelligent power consumption of power system
Radio energy transmission technology
Renewable electric-hydrogen coupled energy storage technology
Novel special electric motors and high-efficiency physical energy storage technology
Electromagnetic drive and control
High-power electrochemical energy storage systems and applications
Clean energy generation technology
Electric propulsion and power conversation technology for electrified transportation
Multi-source fusion power supply and its application in Microgrids and green hydrogen production
Electrical engineering fundamentals
Wireless power transmission technology
Power electronics and energy conversion technology
High-reliability aerospace electrical appliances
Superconducting electrical engineering technology and it application
High-quality and high-efficiency motor technology
Precision drive and control technology
Advanced electromagnetic control of plasmas
High-reliability electrical equipment
Intelligent computation and supercomputing platform for electric motors
Electric drive technology for high-end specialty vehicles
Battery management and wireless charging technology
Insulation in extreme conditions
Electrical power systems analysis stability and control
Power system protection and control
Power electronic and power transmission
Integrated energy system
Research on permanent magnet motor drive system
Electrical insulation materials
Electric machine design and control
AC/DC microgrid
Motor System and Its Control
Specialized motor systems
Advanced electrical drive and control
Reliability of electrical and electronic systems
New power systems
Advanced energy storage

Basic Requirements for Scholarships

Good academic standing.
- Minimum grade: 65% or CGPA of 3.0/4.0 or 7.0/10
- Competitive grade: 75% or CGPA of 3.5/4.0 or 8.0/10
- The higher, the better.
Relevant academic background related to the proposed study program.
Professional work experience in the relevant field (recommended).
Research experience
- Thesis/ Dissertation / Graduation Projects
- Research projects (Not compulsory but advantageous).
- Research publications (Not compulsory but advantageous).
- Participation in research conference, or seminars (Not compulsory but advantageous).
Motivation Letter or Personal Statement with clear career plan.
Research Plan or Research Proposal: Demonstrating your passion and your ability to contribute in the relevant field through your research plan is crucial. Research proposal might be required by the professor for research program.
Matching your research interest with your expertise.
Strong academic references.
Competitive resume/ CV.
Proof of language proficiency.
Advantage for graduates from globally recognized high ranking universities, such as QS World University Rankings, Times Higher Education, ARWU, CWUR, etc. (advantage).
Other achievement such as awards, training, professional skills, etc. (optional, advantage).

Why Master’s Degree in Electrical Engineering?

Popular Research Directions

Basic Requirements for Scholarships

Scholarship & Fellowship Programs