I am an engineering student with a holistic view of technology, gained by exploring AI, robotics, mechanical design, and software. My learning is project-based — I build things, compete, and iterate.
Spanning AI, robotics, mechanical design, and software development.
Building and deploying ML models with Python, Edge Impulse, LangChain, DEEPCRAFT Studio, and Google Colab — from RAG chatbots to on-device radar-based human detection.
Designing and building autonomous systems — swarm drones for disaster management, planetary rovers with custom suspension, and competition-winning robotic platforms.
End-to-end product design using SolidWorks, Fusion 360, and Ansys — covering CAD/CAA, GD&T, Design for X, additive manufacturing, and structural simulation.
Full-stack web development with JavaScript, React, Next.js, and the MERN stack — built and deployed production sites and event platforms for GDSC MACE and beyond.
Programming microcontrollers and SBCs — Arduino, Raspberry Pi, PSoC 6 AI Dev Kit, embedded C, and GRBL — for robotics, IoT devices, and edge AI deployments.
Led multidisciplinary teams of 10–26 members across NIDAR, ISRO Robotics Challenge, European Rover Challenge, and ASME XRC — winning nationally and placing in the world top 50.
A selection of things I have built — spanning AI, robotics, embedded systems, and software.
A quadcopter that morphs into rover mode to extend operational time during search and rescue. Uses PSoC 6 AI Dev Kit with embedded radar (BGT60TR13C) running an ML model that detects humans without line-of-sight up to 15m.
A RAG-based chatbot deployed on Streamlit to understand standard technical documentation, designed to be integrated into a robot as a space co-pilot.
A UPI-enabled automated printing kiosk that lets you pay and print while keeping documents secure. Built with a full MERN stack and CUPS/IPP printing backend on Raspberry Pi.
A prototype Advanced Driver Assistance System that attaches to any car to detect and monitor traffic signal changes, alerting the driver to improve safety and traffic efficiency.
A voice-controlled chess board using a CoreXY-based CNC that runs GRBL to move chess pieces with an electromagnet — designed to make chess accessible for mobility-impaired users.
I am a multidisciplinary engineering student with a holistic view of engineering gained by exploring all the different fields. My learning is project-based, and I excel in multidisciplinary environments with strong communication and leadership skills. I am eager to contribute my technical prowess to turnkey research projects while pursuing higher education in Computer Science, AIML, and Robotics.
NIDAR 2025 – 1st Place, Design Review
ASME XRC Lunar Lander – 1st Place
NASA Space Apps 2023 – Global Nomination
Hult Prize 2025 – On-Campus Winner
GATE 2024 – CS&IT Qualified
European Rover Challenge – World Rank 48
B.Sc (Hons) Data Science & Artificial Intelligence · Jul 2025 – Jul 2029
Generative AI, Neural Networks, Reinforcement Learning, Applications of AI, Machine Learning, Ethics in AI, Cloud Computing, RDBMS.
B.Tech Mechanical Engineering · Jun 2021 – Jun 2025
Mechatronics, Computer Aided Design & Analysis, Solid Mechanics, Design of Machine Elements, Operations Management, AI/ML, C Programming.
Computer Science & Information Technology · Qualified
Programming & Data Structures, Algorithms, Theory of Computation, Computer Organisation, Operating Systems, Databases, Computer Networks.
Open to freelance and contract engagements in AI/ML, robotics, embedded systems, and full-stack development. Currently pursuing B.Sc DS&AI at IIT Guwahati — available for part-time and project-based work.