Jodhpur, Rajasthan, India
I’m an engineer who enjoys building systems that can think, connect, and move. Currently serving at Bharat Electronics Limited as Electronics & Communication Engineer in Antenna SBU, where I support SATCOM and RADAR subsystems to ensure all time high-reliability operations of our defence forces . My curious development goal is to bring intelligent automation into RF, antenna systems, and real-world electronics by applying AI/ML thinking to traditional engineering domains . I’ve worked on projects ranging from IoT-driven 6-DOF Robotics arm to digital twins for hydrogen-powered drones in collaboration with IIT Ropar and Energy Mentors USA . I thrive in environments that value curiosity, clarity, and meaningful engineering. let's connect [email protected]
Working on Satellite Communications & Military RADAR subsystems in Antenna SBU to ensure high reliability and continuous uptime for Defence Forces . Responsible for RCA, testing, documentation, RF analysis and rapid service restoration .
Actively led the establishment of an innovation-driven organisation at campus under the Ministry of Education’s Institute Innovation Council Initiative . Contributed in defining organisation structure, building student teams, organized events, and encouraged practical innovation in engineering.
Gained hands-on exposure to Aviation Communication, Security Infrastructure and Closed Networking working under CNS division Studied the GAGAN (GPS Aided GEO Augmented Navigation) system for sub-3m navigation accuracy and observed operational procedures of ATC VHF communication systems along with internal secure IT networks . Contributed in maintenance of airport security technologies including HHMD, DFMD, X-Bis, and ETD machines building strong fundamentals in material detection electronics .
Worked on a conceptual Digital Twin model of a hydrogen-powered drone ( A project between Energy Mentors USA AND IIT Ropar) designed for intercity cargo transportation with a team of 5 members . Conducted component-level research and MATLAB-based simulations to determine optimal integration of motors, body frame, fuel cell stack, and hybrid energy electronics. Performed system sizing calculations for payload capacity (up to 500 kg) and extended endurance (~200 hrs estimated flight time). This project strengthened my understanding of digital twins, aerospace power systems, MATLAB modelling, and AI-driven engineering concepts.
Led MBM University’s team in the National Entrepreneurship Challenge by IIT Bombay, driving startup initiatives and campus-wide engagement. Managed strategy, outreach, PR, social media campaigns, and event execution. Engaging with over 1,000 students online and offline within just the first six months. As a team we reached the final round, securing a Top 30 rank out of 450+ national teams.