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Reinforcement Learning RoboticsActive robotics research

Isaac Sim Dual Robotic Arm RL System

This project focused on training two robotic arms to coordinate movement and manipulation tasks in NVIDIA Isaac Sim using reinforcement learning. Instead of relying only on hand-programmed motion, I worked on AI-based robotic control, reward design, motion stability, and robotic coordination inside simulation, with the long-term goal of adapting learned behaviors into physical hardware. The work explored how simulation can reduce physical trial-and-error while still preparing systems for the challenges of calibration, joint control, and differences between simulated and real-world physics.

Timeline

2026 - Present

Status

Active robotics research

Isaac Sim environment used for a dual robotic arm reinforcement learning system

Impact

Explored how reinforcement learning can improve coordinated robotic manipulation and accelerate sim-to-real development.

Tech Stack

NVIDIA Isaac Sim / Reinforcement Learning / Robotics / Sim-to-Real Transfer / Motion Planning / Python

Links

GitHub, demo, article, or external links can be added here later.