I am an Electrical Engineering graduate with academic training in power systems, control systems, and embedded hardware. My background includes coursework and hands-on project experience in electrical machines, power electronics, high-voltage transmission systems, and system-level analysis.
My research interests lie in modern power and energy systems, with particular emphasis on renewable energy integration, microgrids, and control-oriented hardware development. I am especially interested in research that combines analytical modeling with experimental or hardware-validated investigation, prioritizing physical insight and practical relevance over simulation-only studies.
Through academic projects and technical training, I have developed experience with hardware-based system implementation and power system analysis. My long-term objective is to pursue rigorous research addressing fundamental and applied challenges in power and energy infrastructure, with a focus on reliability, scalability, and real-world deployment.
• Power and Energy Systems
• Renewable Energy Integration
• Microgrids
• Control Systems
• Embedded and Hardware-Oriented System Design