Instructor: Acharya Academy
(20 Reviews)
The PhD in Electrical Engineering is an advanced research program aimed at producing innovators and experts in the fields of power systems, control systems, renewable energy, signal processing, microelectronics, and embedded technologies. The program empowers scholars to investigate critical challenges and develop cutting-edge solutions that can drive progress in both industry and academia.
At Acharya Academy, PhD scholars benefit from a dynamic learning environment, access to advanced simulation tools, modern laboratories, and expert faculty guidance.
Duration: 3–5 years
Mode: Full-time
Eligibility: Master’s degree (M.E./M.Tech) in Electrical/Electronics/Instrumentation Engineering or related fields with at least 55% marks
Educational Qualification:
Postgraduate degree in Electrical, Electronics, Instrumentation, Power, or Control Engineering
Documents Needed:
Master’s Degree Certificate
Academic Transcripts
Statement of Purpose (SOP)
Research Proposal (in desired specialization)
Letters of Recommendation
Updated Resume/CV
Ideal Candidate Should Have:
Strong foundation in electrical circuit theory and control systems
Familiarity with MATLAB/Simulink, PSpice, LabVIEW, etc.
Interest in research, innovation, and sustainable technology
PhD holders in Electrical Engineering are sought after in diverse domains for their technical expertise and research capability.
Career Roles Include:
Power Systems Analyst
Control System Engineer
Research Scientist (Smart Grids, Renewable Energy)
University Professor or Lecturer
Embedded Systems Researcher
Technical Consultant or Innovator
Industries & Sectors:
Energy & Utilities
Automotive and Electric Vehicles
Defense & Aerospace
Electronics and Semiconductor Industries
Academic Institutions and R&D Centers
With the world rapidly moving towards clean energy, automation, and smart infrastructure, a PhD in Electrical Engineering provides a strong platform to lead innovation in electrification, IoT integration, AI-driven control, and sustainable energy systems.