I am a robotics designer, researcher, and community builder bridging the gap between analytical theory and physical execution.
15+
Awards
50+
Students Mentored
8+
Projects
5+
Experiences
The Portfolio
Development of a Multi-Functional Ground Vehicle Equipped with a Robotic Arm and Telescopic Lift for Complex Task Execution
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Prototyping of a Portable Battery System for Emergency Range Extension in Electric Vehicles
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Design of an Autonomous Agricultural Vehicle for Automated Seeding and Irrigation
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Design of an EV3 Based Autonomous Vehicle for Task Execution
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Design and Development of an Autonomous Flying Car System: Sensor Integration, Algorithm Selection, and Simulation-Based Testing
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Founded a community to promote STEM education. Authored a 30-hour curriculum and actively taught CAD, electronics, and coding to 50+ high school students.
Operated in a high-pressure environment during build and offseason. Focused heavily on 3D CAD design, part manufacturing, robot assembly, and rapid troubleshooting.
Designed an automated feasibility analysis system for new oil pump assembly lines, reducing the preparation time of feasibility studies from 3 days to 1.5 days.
Directed technical content creation regarding global AI developments and successfully contributed to community tech exhibitions at major events like DevFest'25.
Focused on driving actionable awareness for Sustainable Development Goals. Managed 88 person student community towards environmental sustainability.
Authored long-form essays, historical travelogues, and regional chronicles for the school’s premier culture and literature journal.
These systems didn't happen in an instant. Discover the full story of my timeline, the communities I've built, and my evolution from mathematics to mechanical engineering.
Read My Journey