Mathura, Uttar Pradesh, India
Robotics and autonomous systems enthusiast building real, deployable hardware-software systems. B.Tech student at IIT Jodhpur with hands-on experience in autonomous robots, embedded systems, and control. My academic journey reflects consistent excellence—99.2% in Class 10 and 94.6% in Class 12 (PCM)—leading to my current pursuit of engineering at one of India’s premier institutions. At IIT Jodhpur, I actively work on hands-on robotics projects, focusing on mechanical design, embedded systems, and autonomous software integration. Recently, I was part of the Inter IIT Tech Meet 14.0 team from IIT Jodhpur, where we designed, fabricated, integrated, and demonstrated a fully working Autonomous Warehouse Robot for an industry problem statement by Eternal. The project emphasized actual hardware execution, autonomous navigation, real-time mapping, QR-based inventory scanning, and end-to-end system reliability—validated through a live hardware demo at the national level. Technical Skills: Proficient in C, C++, and Python, with practical experience in robotics, autonomous systems, hardware–software integration, embedded systems, and real-world debugging through multiple college and competition projects. Philosophy: I believe in focusing deeply on the work at hand while staying open to meaningful opportunities. My approach combines a calm, adaptable mindset with a strong commitment to finishing what I start—especially when building systems that must work beyond theory. Looking ahead: I am eager to connect with robotics researchers, hardware engineers, software developers, and industry professionals working in automation, autonomous systems, and intelligent machines. I enjoy learning from real-world engineering challenges and collaborative problem-solving. 📌 If you’re passionate about robotics, autonomy, or building real systems that work in the physical world, I’d be happy to connect and learn from your journey.
Represented IIT Jodhpur at Inter IIT Tech Meet 14.0 and worked on TWO industry problem statements in parallel, involving both ground and aerial robotic systems. • Autonomous Warehouse Robot (Eternal PS): Designed, fabricated, integrated, and demonstrated a fully working AMR, securing 6th rank among 23 IITs. • Pluto X Flight Controller Enhancement (Drona Aviation PS): Developed and integrated optical-flow-based position hold and robust altitude-hold systems with real-time sensor fusion and safety fallbacks.