
Graduate student in Robotics at Worcester Polytechnic Institute with a strong foundation in AI, motion planning, and autonomous systems. Experienced in implementing OMPL-based planners, control strategies, and robotic manipulation tasks through hands-on projects. Skilled in bridging theory and real-world robotics applications, including navigation in dynamic environments. Passionate about building intelligent, reliable robotic systems for complex real-world problems.
Autonomous Driving Project – Research Assistant
October 2025 – Present
1) Fleet Scalability: Spearheading the hardware configuration and software calibration of 18 Raspberry Pi-based
vehicles to establish a consistent machine learning research platform.
2) Model Training & Data Engineering: Utilized TensorFlow linear models for autonomous navigation, optimizing
performance via camera calibration and high-volume data collection.
3) Hardware Integration: Configured and troubleshot PCA9685 servo drivers and USB vision systems to ensure precise
PWM steering control and reliable environmental input.
4)Calibration & Troubleshooting: Developed a standardized calibration process to resolve steering alignment issues,
ensuring high-fidelity data generation for autonomous lane-following.