I am currently pursuing a degree in Electronics and Communication Engineering with a strong focus on practical applications and real-world problem-solving. I’m particularly good at system-level thinking, organizing events and campaigns, and explaining complex concepts clearly. I have strong skills in embedded systems, basic VLSI design, and project-based learning, which I continuously enhance through academic courses, competitions, and internships.
What drives me is the desire to build sustainable and impactful solutions that can operate efficiently even in resource-limited conditions. I enjoy working on interdisciplinary problems where I can apply engineering principles creatively, especially when it involves environmental, social, or safety challenges.
Some interesting projects I’ve worked on include:
Trifluoropropene-Based Solar Tracking System: A non-electrical, fluid-based system for efficient solar tracking using low-boiling-point gases, offering a cost-effective and energy-free alternative to motorized trackers.
Smart Helmet for Hazard Awareness: Designed for workers in risky environments, this helmet detects toxic gases, temperature rise, and includes a communication alert system using embedded electronics.
I’m also active in IEEE and serve as the head of my college’s Math Club, where I organize competitions and awareness campaigns. My work combines technical knowledge with leadership, creativity, and a drive to make a difference.