Mechatronics. Robotics. Autonomous systems.
Bringing hardware and software together.
I build intelligent machines and help teams turn ambitious ideas into working systems.
Chennai, India
Ideas taken from the workbench to autonomous systems, competition, and patent applications.
Electrical and software architecture for Team MOVIS at NASA HERC. Power distribution, motor control, and embedded systems built for the competition field.
Computer vision meets mechanical sorting. An automated classification system designed for high-throughput agricultural workflows.
A non-contact approach to intraocular pressure measurement, combining micro-pneumatics with embedded sensing in a portable device.
A SLAM-based delivery robot with LiDAR navigation and custom power electronics. Building the connection between perception, planning, and motion.
An autonomous drone connecting ROS2, Raspberry Pi, and Pixhawk, with custom motor logic and navigation algorithms.
Hands-on engineering, research, and the people who make it happen.
View full résuméSecretary & engineering lead
2024–presentLeading technical workshops, autonomous vehicle research, and engineering operations. Coordinating student teams working on robotics and automation at VIT Chennai.
Advisory board member
NASA HERCAdvising electrical and software architecture for NASA HERC. Previously served as programming lead and HERC point of contact, directing telemetry and sensor integration.
Engineering intern
May–Jun 2026Worked with CAD modeling, design for manufacturability, and hands-on manufacturing using a vertical machining center in Chennai.
Embedded system design intern
ChennaiDeveloped embedded logic and electronic system architecture for Pick2Lite, a hardware and IoT product.
Former R&D lead
ResearchLed research and development initiatives, open-source software projects, and technical workshops. Mentored members in embedded systems and robotics.
Student in-charge
Govt. of IndiaManaged lab operations under the NITI Aayog initiative, mentored students in electronics and robotics, and led hands-on STEM workshops.
Hackathon judge
MentorshipEvaluated hardware and software solutions, technical feasibility, software architecture, and mechatronics prototypes.
From a machined part to a navigation algorithm. The tools I bring to the work.
Applied in autonomous flight and delivery robotics.
Applied in rover control and embedded sensing.
Computer vision applied in Agri-Sorter.
Applied in custom power boards and manufacturing.
Team efforts. Real outcomes.
NASA HERC 2026
Best Indian Team · 7:02 run
Innovate Hackathon
National-level competition
REVIVE 2024
National-level competition
Vellore Institute of Technology, Chennai
Chennai, India
Robotics, embedded systems, or an idea that connects the two. Let’s talk.