1-to-1 Robotics Project Coaching

Coaching•By Learn Robotics with ROS

Docker for Robotics

Docker for Robotics is a practical course for robotics learners and engineers who want to build clean, portable, and reproducible development environments for ROS and ROS2 projects. The course solves a common robotics problem: broken dependencies, messy Ubuntu setups, incompatible packages, and projects that only work on one machine. Students will learn Docker from a robotics perspective: images, containers, Dockerfiles, volumes, bind mounts, networking, Docker Compose, GUI tools in Docker, and VS Code workflows. The course should include practical lessons on creating a ROS2 Docker image, running containers, persisting data, mounting workspaces, using RViz/Gazebo/rqt from Docker, and organizing robotics projects for simulation, hardware integration, and deployment. The final outcome: students stop fighting environment issues and start working with a cleaner, more professional robotics workflow.

Course•By Learn Robotics with ROS

First Steps with ROS2

Learn the fundamentals of ROS2 through practical examples and start building your first robotics workflows.

Course•By Learn Robotics with ROS

Industrial ROS2 Accelerator — Sim2Real in 90 Days

An accelerated pathway focused on one goal: building and deploying a real industrial robot application with ROS2, MoveIt2, AI vision, Jetson, and real hardware integration.

Course•By Learn Robotics with ROS

Industrial ROS2 Manipulation Lab — Free Starter Lab

Run a complete industrial ROS2 manipulation workcell on Windows 11 or Ubuntu 22.04 using Docker. Launch a UR5 with a Robotiq gripper and simulated depth camera in Gazebo, use RViz and MoveIt2 to plan and execute robot motion, and start learning from a working application instead of isolated tutorials. No native ROS2 installation is required.

Course•By Learn Robotics with ROS

Industrial ROS2 Manipulation Lab — Full Track: Simulation to Real Robot

Build a complete vision-guided industrial ROS2 manipulation application in simulation, then deploy the same architecture to real hardware. The Full Track combines the Docker-based Industrial ROS2 Manipulation Lab with industrial_bt_framework: a robot-agnostic ROS2 application runtime for coordinating perception, manipulation actions, Behavior Trees, execution feedback, retries, and recovery logic. Work with ROS2 Humble, Gazebo, MoveIt2, ros2_control, a real 6-axis robot, end effector, NVIDIA Jetson, Intel RealSense, hand-eye calibration, and 3D object-pose estimation. Includes Modules 00–09, the complete Full private GitHub repository, industrial_bt_framework source code, and all elective modules.

Course•By Learn Robotics with ROS

Industrial ROS2 Manipulation Lab — Simulation Track

Build, understand, and adapt a complete industrial ROS2 manipulation application in simulation. Run the lab on Windows 11 or Ubuntu 22.04 using Docker, then learn how ROS2 Humble, Gazebo, MoveIt2, ros2_control, perception, Behavior Trees, and vision-guided pick-and-place work together inside one complete application. Includes guided lessons and access to the private Simulation Track GitHub repository.

Course•By Learn Robotics with ROS

Robotics Software Engineering Library — Full Industrial Stack

Complete industrial robotics engineering library covering ROS2, MoveIt2, Behavior Trees, AI vision, Jetson deployment, reusable architectures, and advanced real-world robotics systems.

Course•By Learn Robotics with ROS