"I build the hardware people said couldn't be built. From AI-integrated medicine delivery to spatial computing, I bring future tech into today's hands."
The visionary behind hardware innovations that redefine possibilities
With a foundation in Electrical & Electronics Engineering and global exposure through IIT Bombay, SUNY, and the University of Toronto, I've spent my career designing the invisible hardware that powers next-gen experiences.
From cartridge-based medical devices and robotic COVID responders to spatial AR computers and real-world smart infrastructure — I don't follow roadmaps, I create them.
Recognized by state and national innovation programs
AutoPill - IoT-based smart pill dispenser
10+ complex hardware/software integrated projects
Experience with IIT Bombay, SUNY, University of Toronto
First-of-their-kind hardware solutions that push technological boundaries
The world's first IoT-based, cartridge-powered smart pill dispenser. Combines mechanical innovation, embedded control, and medical logistics.
Built hardware for the world's first pocket-sized spatial productivity computer. AR-driven hardware meets wearable UX.
Built Kerala's first fully autonomous COVID robot during lockdown. Featured in Times of India. Rapid prototyped with full automation stack.
Built the world's first low-cost borewell accident prevention device with smart connectivity.
Easy-to-install device that helps multiple vehicles communicate on the road to prevent accidents.
Designed a portable smart vaccine transport for COVID vaccine with thermal regulation and GPS tracking.
A timeline of technical mastery and continuous learning
Lead hardware engineering efforts for AR glasses and core modules.
Smart home and industrial automation design and deployment.
Robotics internship: designed and programmed self-driving robots.
KMEA Engineering College
University of Toronto
IIT Bombay
SUNY (State University of New York)
Certified Innovation & Strategy Consultant Professional
The hardware engineering stack that powers my innovations
From concept to production-ready designs, specializing in compact, efficient hardware solutions.
Developing low-power, high-performance embedded solutions with real-time constraints.
Expertise in selecting, calibrating and integrating sensors for precise environmental interaction.
Implementing robust wireless solutions for IoT and edge computing applications.
Fast iteration from concept to functional prototype using modern fabrication techniques.
Designing for manufacturability, scalability and cost optimization in mass production.
Government and industry validation of my technical contributions
Kerala Government (Samrambhaka Mitra)
For COVID Robot Innovation
Indian International Science Festival 2021
AutoPill Smart Dispenser
Let's collaborate on the next groundbreaking hardware innovation
