Hi, I’m Aniket Manish Patil — a Research Engineer in the Computer Vision team at Magna New Mobility, where I work on vision-based perception modules for a Last-Mile Delivery Robot. My work spans Traffic Light Recognition, Camera Calibration, Depth Estimation, and 3D Scene Reconstruction, supporting the reliable deployment of autonomous systems.
🔹 I hold a Master’s in Robotics Engineering from WPI, where I focused on minimalistic vision-based navigation for compact aerial robots with on-board sensing and compute.
🔹 Earlier, I gained 2+ years of diverse experience as a Machine Learning Developer, Hardware Interface Intern, and Robotics Intern at start-ups in India, working on projects in robotics, image processing, ML, and CAN-based automotive systems.
I’m passionate about advancing robotics perception and autonomy by bridging research and real-world deployment. Here you’ll find my projects and contributions in computer vision, robotics software, and autonomous systems.
- Website: https://aniketmpatil.github.io/
- LinkedIn: aniket_patil97
- Email: [apatil2 at wpi dot edu]
- Aniket Patil, Mandeep Singh, Uday Girish Maradana and Nitin J. Sanket, "MinNav : Minimalist Navigation Using Optical Flow For Active Tiny Aerial Robots" (under review ICRA) - Project Webpage
- Custom Localization and Navigation Stack for Autonomous Vehicles - (C++)
- Stereo Visual Odometry (Computer Vision, C++)
- Classical Structure from Motion Implementation (Computer Vision, Python)
- NeRF (Computer Vision, Deep Learning, Python)
- Depth and Pose Estimation from Monocular Camera Motion
(Research with PeAR Group, analysis on SFMLearner and other implementations) - Semantic Segmentation of LiDAR Point Cloud for Autonomous Vehicles (Deep Learning, Computer Vision, Python)
- Reinforcement Learning for Lane Keeping and Obstacle Avoidance of Autonomous Vehicles
(Reinforcement Learning, Python) - SCARA Robot ROS Package (Robot Kinematics, ROS, C++, Python)
- Human-Aware Robot Navigation (Motion Planning, ROS, Python)
- Visual Servoing ROS Package (Vision Based Manipulation, Python)


