Computer Engineer @ Purdue University
AI • Machine Learning • Robotics • Sustainable Tech
West Lafayette, IN | Mumbai, India
I’m passionate about building intelligent systems that learn, adapt, and make a real-world impact.
From designing autonomous rovers and eco-drones to engineering AI-powered productivity tools, I thrive at the intersection of innovation, sustainability, and code.
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TaskFlow AI
Natural language → automated workflows.
Manage Google Sheets, Email, and Calendar by typing what you want.
Built with GPT-3.5, FastAPI, LangChain, and Streamlit. -
Purdue Course Advisor
AI-powered course planner that converts natural language queries into relational insights on courses, ratings, and reviews.
Built with FastAPI, LangChain, and async pipelines. -
Autonomous Agricultural Rover
Self-navigating rover for planting & irrigation, powered by solar energy.
Published in IJSHRE for sustainable engineering and system design. -
Eco-Friendly Drones
Two drones made from recycled components — one for environmental cleaning, one for FPV flight.
Integrated Pixhawk, GPS navigation, and embedded control systems. -
Marketplace in Java
Full-stack multithreaded commerce platform with real-time messaging, SHA-256 security, and thread-safe persistence.
CS18000 project at Purdue University.
Languages: Python (NumPy, Pandas, OpenCV, JAX, TensorFlow), C, Java
Frameworks & APIs: FastAPI, LangChain, GPT-3.5/4, Scikit-Learn
Robotics & Simulation: MuJoCo, Arduino, Pixhawk, JAX RL
Other Tools: Fusion 360, Siemens NX, SolidWorks, Streamlit, Git
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Humanoid Robot Club, Purdue
Training reinforcement learning agents for humanoid locomotion (MuJoCo + JAX). -
Autonomous Motorsports Purdue
Developing computer vision systems (OpenCV) for real-time autonomous go-kart navigation. -
Engineer Intern @ Hindustan Electric Motors
Redesigned induction motor components, improving efficiency by 3.5%.
- First-author publication in IJSHRE on an autonomous agri-rover
- Rotary Youth Icon Award for founding STEM for All, reaching 500+ students
- 42/45 IB Diploma Score | SAT 1520 | TOEFL 112
I’ve always believed technology is more than circuits and code — it’s a way to shape how people live, connect, and grow.
What excites me isn’t just building systems that work, but creating ones that matter: tools that empower communities, make learning accessible, and move us toward a more sustainable future.
Curiosity drives me — the kind that asks not only “How does this work?” but “How can this help?”
That mindset has guided me from classrooms to clubs, from leading peers to mentoring others, and it continues to shape the kind of engineer I want to become.
I’m not just seeking to master intelligence in machines. I want to understand how the intelligence we build can reflect our values — collaboration, creativity, and care for the world we share.
Let’s build tools that think with us.