
Program Details
Master advanced concepts in power converters, electrical drives, embedded systems, and control engineering.
Develop the ability to design and implement power electronic systems for industrial and energy applications.
Apply mathematics, electrical engineering principles, and simulation tools to solve real-world engineering problems.
Conduct independent research and produce technical reports suitable for academic and industry environments.
Build expertise in advanced engineering software and embedded platforms used in modern power electronics systems.
Strengthen technical communication skills required for engineering documentation, research publication, and professional presentations.
Advanced Power Electronics Curriculum: You study converter topologies, motor drives, embedded controllers, and control systems used in electric vehicles, renewable energy systems, and industrial automation.
Laboratory-Integrated Learning: You gain practical knowledge through laboratory-supported coursework using platforms such as dSpace Microlabbox (a rapid control prototyping system used to test real-time control algorithms), NI PXI and FPGA modules (hardware platforms used for real-time testing and high-speed signal processing), and MATLAB (engineering simulation software).
Industry-Aligned Academic Structure: You benefit from academic collaboration with organizations such as Schneider Electric, Signify Innovations India Ltd., and L&T EduTech, which strengthens your industry readiness and technical expertise.
Research and Publication Opportunities: You receive academic support to present and publish your project outcomes in reputed technical conferences and journals, building your academic and professional profile.
IET-Accredited Program: The program holds accreditation from the Institution of Engineering and Technology (IET), which reflects global academic standards and supports pathways toward professional recognition such as Chartered Engineer status.
Strong Placement Performance: The program has maintained over 90% placement in recent years, with the highest package reaching ₹13 LPA and an average package of approximately ₹6 LPA.

Lab Work
Train in postgraduate labs like Power Electronics and Solid-State Drives using inverter modules, FPGA platforms, and embedded tools for real-time systems.
Lab Work
Train in postgraduate labs like Power Electronics and Solid-State Drives using inverter modules, FPGA platforms, and embedded tools for real-time systems.
Our meaningful collaborations with industry leaders and global universities enhance your career opportunities and higher education pathways.
Placements





Admissions Path
Merit List
Merit list based on MET score or PGCUET score.
Admission Criteria
Provisional Admission is offered to shortlisted candidates based on merit and vacancy.
Program Eligibility
You must successfully complete BE/BTech in the relevant branch from a recognized university with a minimum of 50% aggregate marks.
You must either appear for the Manipal Entrance Test (MET)/ PGCUET 2026 and get the required cut off.
*PGCUET scores will be considered only for:
Curriculum and Fees
Focus on core subjects such as power electronics converters, electrical drives, control systems, and embedded systems. You also work with simulation tools like MATLAB and FPGA platforms to study system design and performance.
Program Duration
Total Program Fee
General:
Total Program Fee
NRI/Foreign:
Scholarships
Manipal Academy of Higher Education (MAHE) Manipal awards scholarship for its Under Graduate (UG) and Post Graduate (PG) students under the following categories


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