Join the Next Generation of Robotics Engineers
Two Courses. One Subscription. Endless Possibilities.
Enroll in our Robotics Development Fundamentals and Mobile Robotics Engineering
courses today. Build practical skills, gain real-world experience, and open new
career opportunities in robotics.
Master Mobile Robotics
Unlock everything you need to become a mobile robotics expert. Practice with real and
simulated robots and build practical skills that make you industry-ready.
What You Will Learn
Comprehensive learning experience with industry-standard tools and real-world projects.
What You Will Get
Hands-On Projects
Build real-world projects using industry-standard tools.
Community Support
Join a community of learners and industry experts.
Portfolio Building
Build a professional portfolio on GitHub, showcase your projects to employers.
What Our Students Say
Our members share how the course helped them level up their robotics journey.
made learning easy. The assignments were enjoyable and helped me clearly
understand key robotics concepts. I truly enjoyed every part of this course”.
hardware in RPi and ESP32 and cover fundamentals of nodes, services, launch
files and installation of ROS2 on PC and as I said, real hardware.
part of this training for me. We talked to Dr kazim for a long time. Helped alot. Thank you,
And we need this to be continued please.
accepted by Petronas to help them with their robotics project. Thank you very much for your guidance.
That helps me a lot in preparing my portfolio and skills for my next career journey.
Module 1 – Robots URDF & Kinematics Modeling
Acquired Skills:
– Explore URDF for building robot models and defining robot structure.
– Add 3D meshes for mobile robots and robotic arms.
– Understand and simulate physical properties using Gazebo.
Module 2 – Robotics Sensing and Processing
Acquired Skills:
– Work with ROS2 to process data from various sensors.
– Learn online and offline data processing techniques for robotics applications.
– Prepare sensor data for tasks like mapping, perception, and control.
Module 3 – Control Systems with ROS2 Control
Acquired Skills:
– Study control theory including PID, LQR, and optimal control methods.
– Implement different controllers in robotics projects using ros2_control.
– Integrate control systems with robot hardware and simulation.
Module 4 – Version Control with GitHub
Acquired Skills:
– Master GitHub for version control and collaborative development.
– Manage and track changes in robotics codebases effectively.
– Learn best practices for team workflows and project management.
Module 5 – Mapping and SLAM
Acquired Skills:
– Perform SLAM for both 2D and 3D robotic environments.
– Write algorithms for accurate mapping and localization.
– Utilize ROS 2 tools for robust mapping solutions.
Module 6 – Path Planning Algorithms
Acquired Skills:
– Discover path planning algorithms like RRT, A*, and Grid Sweep.
– Understand how different algorithms solve navigation problems.
– Apply path planning techniques in simulated or real robotic systems.
Module 7 – Navigation
Acquired Skills:
– Integrate mapping, planning, and control for mobile robot navigation.
– Implement navigation pipelines using Nav2 in ROS 2.
– Develop systems for autonomous robot movement in dynamic environments.
Module 8 – Algorithm Development
Acquired Skills:
– Develop custom path planning and control algorithms for robotics
– Work on sensor fusion techniques for robust perception and decision-making.
– Build advanced algorithms for improving robot autonomy and performance.
