Building intelligent systems at the intersection of Robotics, AI/ML, and Web. ISRO competition winner. Research author. Turning complex ideas into impactful solutions.
Who I Am
I'm a B.Tech Computer Science (AIML) student at Yeshwantrao Chavan College of Engineering, Nagpur — currently in my 3rd year, graduating in 2027.
My work lives at the crossroads of robotics, artificial intelligence, and web development. I've built autonomous drones, trained ML models for forecasting and detection, published research in Springer and IEEE, and led teams through national hackathons and competitions.
I call myself a Dev-Artist — because I believe code, like art, is most powerful when it's both technically rigorous and creatively alive.
Technical Skills
Building autonomous systems from hardware to software — drones, robotic arms, and embedded platforms.
Designing and deploying models for forecasting, detection, classification, and real-world decision making.
Full-stack applications with a sharp eye for user experience and system architecture.
Selected Projects
Engineered a fully autonomous aerial vehicle (ANAV) combining advanced navigation algorithms, real-time onboard perception, and embedded control systems. Designed the complete stack — from hardware integration and PCB layout to autonomous flight logic — enabling reliable, GPS-independent operation in complex environments. Leveraged computer vision for obstacle avoidance, precision landing, and environment mapping. Achieved All India Rank 4 at ISRO IROC-U with Team Titans.
Built a cloud-based application for predicting cleaner skies using Earth Observation data analysis. Tackles real-world environmental challenges with data-driven insights.
Implemented a remote control interface for UR5 robotic arm + RealSense camera + UGV for precision agricultural tasks. Bridging robotics and sustainable farming.
Developed a full-stack app with ML model for material demand forecasting — optimizing supply chain, real-time procurement, and inventory management. Problem Statement ID: 25193.
Built and deployed models for rainfall forecasting, disaster-safe spot detection, resume classification, agricultural price prediction, real-time object detection, and intelligent inventory management.
Differential-drive RC robot via ROS2 + ESP32, real-time safe landing zone detection for UAVs using OAK-D Pro depth camera on NVIDIA Jetson Orin Nano.
A clean, responsive web application for waste management — designed from a Figma prototype and built with TypeScript. Features intuitive UI/UX for tracking and managing waste categories. Live-deployed on Vercel.
Designed and developed a sleek mobile-first disk usage analyzer with a polished UI/UX for easily visualizing and analyzing storage data. Built in HTML, CSS, and JavaScript with a React (JSX) component version.
A collection of games built across Python, Java, and HTML/JS — including Flappy Bird (Java & HTML), Galactic Vanguard space shooter, Snake, Tic-Tac-Toe, Tank Shooter, Fighter Jet, and a Maze Solver with BFS & DFS algorithm visualization.
Research Papers
Achievements
Work History
Let's Build
Something
Together.
Open to internships, research collaborations, and project opportunities in Robotics, AI/ML, and Web Development. Let's make something great.