About Me

I am currently a Robotics Engineer in Research and Development, dedicated to advancing robotics and AI to create systems that positively impact humanity and the environment. With a Master's in Mechanical Engineering specializing in Robotics and Control from Columbia University, my academic journey and professional experience have equipped me with a strong foundation in robotics, artificial intelligence, and machine learning.

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At Columbia University, I worked on projects such as Mark I, a three-legged walking robot, and a co-evolving physics simulator using genetic algorithms. My research in "Physics of Tennis" involved developing data generation algorithms and utilizing deep learning models for real-time insights. Additionally, I have explored the fascinating world of soft robotics and autonomous navigation, focusing on creating adaptable and efficient robotic systems.

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During my tenure at Target Arm Inc., I participated in the development of UAV launch and recovery systems, drone calibration tools, and production-grade real-time control software, contributing to advancements in multi-drone operations and robotics integration. 

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I am passionate about blending robotics and artificial intelligence to solve real-world problems and improve functional movements, accessibility, and human-robot collaboration. My work reflects a commitment to innovation, from designing ergonomic medical devices to crafting scalable robotic systems for dynamic environments.

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When I am not working on robotics, I contribute to community initiatives and explore ways to give back, whether through volunteering or sharing knowledge in my field.