Mechanical Design Engineer, Bengaluru
I believe the best products are born at the intersection of technical feasibility, human need, and real-world viability.
"Innovation is all about connecting dots."
Root Cause Identification, Subtractive Design, Physical Prototyping, Iterative Refinement, Human-Centric Design.
Systems Design, Sub-100μm Precision, Algorithm Design, Data-Driven Iteration, Control Systems.
Robotic Arm Kinematics, Closed-Loop AI Agents, Embedded Systems, Sensor Fusion, CAD Automation, Fusion 360.
I studied Mechanical Engineering at Maulana Azad National Institute of Technology, Bhopal. Before finishing my degree I had already shipped a calibration system into production at Morphle Labs, built two open-source tools used by engineers outside the company, and held a granted design patent.
I am drawn to problems where the fix has to survive contact with a real, uncooperative machine. Simulation is a starting point. The measurement at the end is what counts.
When I am not in the lab I am usually building something that should not be possible on the hardware I have — which is how TARANG went from a Raspberry Pi to live Braille output over Bluetooth, and how a single instruction to an AI agent turned into a self-recovering motor calibration system that diagnosed its own hardware failure.