I build intelligent machines that bridge the physical and digital world.
I'm a Mechatronics Engineering student with a passion for designing systems that blend hardware precision with software intelligence. From PCB design to machine learning pipelines — I live at the intersection of disciplines.
Currently pursuing my B.Tech while simultaneously building real-world automation and robotics projects. I love turning complex engineering challenges into elegant, functional solutions.
Conveyor-fed robotic arm that uses computer vision to sort objects by color and shape in real-time at 95% accuracy.
EMG signal-controlled prosthetic with 5 degrees of freedom, real-time signal processing, and haptic feedback.
Force-feedback exoskeleton for upper-limb rehabilitation. Real-time biomechanical modeling with adaptive resistance.
I'm always excited to work on challenging engineering problems — whether it's robotics, automation, or embedded systems.