Building intelligent autonomous systems that bridge embedded hardware, industrial automation, and AI-driven software architectures — from PLC gateways to self-navigating rovers.
I am a Robotics and Artificial Intelligence engineering student at C.V. Raman Global University, Bhubaneswar, maintaining a CGPA of 8.98 with an expected graduation in August 2027.
My work lives at the intersection of real-time embedded control, industrial automation, and AI-powered perception. I design systems that operate confidently in the physical world, not just in simulation.
As Student President of the CGU Robotics Club and Technical Head of the college team, I mentor junior engineers, lead competition squads, and drive innovation in autonomous systems and industrial IoT.
I am particularly drawn to how edge AI, industrial IoT, and autonomous robotics converge to redefine smart manufacturing and real-world automation at scale.
Raspberry Pi-powered rover with LiDAR and depth camera integration. Implements autonomous navigation and real-time obstacle avoidance for real-world mobility applications.
IoT-based parking management platform with real-time cloud monitoring. Designed for commercial deployment in large facilities with scalable multi-node architecture.
AI-powered medical imaging system using a Convolutional Neural Network with CBAM attention mechanism for improved diagnostic accuracy in liver cancer identification.
Raspberry Pi-based industrial gateway bridging Mitsubishi PLCs to cloud via MQTT and OPC UA. Multi-node Pi cluster for distributed real-time industrial data publishing.
Open to collaboration, research opportunities, internships, and innovative projects in robotics, industrial automation, and AI systems.