
Modular VLA Robotics Platform
A simulation-first training pipeline for modular robotic arms using Vision-Language-Action models.
Objective
To reduce physical training time for modular robot arms by 40% using high-fidelity simulation environments (NVIDIA Isaac) and transferring learned policies via VLA models to physical hardware.
In Retrospect
The simulation-to-reality (Sim2Real) gap was wider than anticipated due to friction modeling inaccuracies. However, the modular architecture allowed us to hot-swap end-effectors without retraining the core vision model.
Lessons Learned
Synthetic data generation is only as good as the physics engine. Investing early in accurate URDF modeling for the modular joints saved weeks of debugging later. VLA models require significant token optimization for real-time inference.


