C++, Linux, ROS, Python, IMUs, Trajectory tracking, PID controllers, lidar, NVIDIA Isaac Sim, Inverse kinematics, sensor fusion, Control Systems, Feedback loops, Depth Sensors, Robotics dynamics, Cameras, Omniverse, ROS2, Jacobians, Motion planning

state estimation , Vision-Language-Action (VLA) models, Reinforcement Learning (RL), trajectory optimization , Jax, Pytorch, Docker, Python, C++, Git, Rigid-body Dynamics, IMUs, Edge Compute Platforms, sensor fusion, Physics-based Simulators, Dynamics, Inverse Kinematics, Kinematics, Imitation Learning, RGB-D cameras, Low-level Control Systems, ROS 2, Behavior Cloning, lidar, Classical Learning-based Control, CI/CD pipelines

industrial automation tools, control system design software, digital twin technologies, offline programming tools and simulation environments, lean manufacturing principles, SCADA systems, Process Optimization, IoT-enabled devices

Factory Acceptance Testing (FAT), Can, Linux, ROS, Python, C++, Networking, Debugging, Modbus, on-site deployment, Commissioning, Encoders, motor controllers, Sensors, robot system integration, Troubleshooting, industrial communication protocols

Software Development, Prototyping, System Integration Testing, hardware mounting integration, 3D CAD design, troubleshooting debugging, electronic electrical component selection, Troubleshooting, power management, hardware setup, PID tuning control-loop optimization

arm architecture , Real Time OS (RTOS), Linux, Qnx, Virtualization, GenAI, Hypervisors, ISO 26262, Embedded Systems, AI-assisted software development lifecycle

trajectory optimization , Python, Navigation, MoveIt2, Isaac Sim, Kalman filters, Control Systems, Gazebo, sensor fusion, Mapping, ROS2 drivers, RViz, Robotics, 6DOF manipulators, Nav2, Simulation environments, control theory, Motion Planning algorithms, Manipulator Systems, Localization