I am a robotics autonomy leader with over a decade of experience designing and deploying end-to-end autonomy systems for real-world robotic applications. My work focuses on turning perception, reasoning, and control into scalable systems that operate reliably in complex environments.

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Currently, I lead the development of next-generation autonomy systems, driving the integration of vision-language-action models with planning, perception, and manipulation.

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My systems have been validated in both simulation and real-world deployments, with a strong emphasis on bridging research and production-ready autonomy.

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My goal is to move robotics from scripted automation to adaptive, intelligent autonomy.

 

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Core areas of focus:

- Vision-Language-Action (VLA) systems for robotics

- Task & motion planning under uncertainty 

- Robotic manipulation and long-horizon reasoning

- Scalable autonomy systems for real-world deployment​