Programme Details
The Ph.D. in Electrical Engineering is a research-intensive program focused on advancing knowledge and innovation in fields such as power systems, signal processing, communications, control systems, microelectronics, and renewable energy. It prepares scholars to become expert researchers and leaders, pushing the boundaries of technology to address global challenges.
Program Outcomes
- Conduct impactful research that advances electrical engineering.
- Master areas like power electronics, embedded systems, VLSI, and smart grids.
- Develop innovative solutions to complex engineering challenges.
- Publish and present research to academic and professional audiences.
- Uphold ethics and consider the societal impact of engineering work.
- Collaborate across disciplines for comprehensive solutions.
- Lead projects and mentor students or junior researchers.
- Stay updated with evolving technologies through continuous learning.
Career Pathways
Academia & Research
- Professor / Research Faculty
- Academic Researcher & Supervisor
- University Academic Head / Department Chair
Research & Development
- Principal Scientist / Lead R&D Engineer in power systems, semiconductor technology, robotics, and more
- Innovation Specialist in startups and tech companies
Industry Leadership
- Technical Director / Chief Engineer
- Product Development Manager
- Consultant for technology and infrastructure projects
Specialized Fields
- Renewable Energy Systems Expert
- Signal Processing and Communication Specialist
- Control Systems Engineer
- Microelectronics and VLSI Designer
Government and Public Sector
- Senior Scientist at National Labs (DRDO, ISRO, BHEL, CSIR)
- Technology Policy Advisor
- Engineering Services (IES) Positions
Global Opportunities
- International Research Fellowships and Collaborations
- Roles in Multinational Corporations and Global Research Institutes
