Robotics
Foundations to AI-driven industrial robotics.
A comprehensive, industry-aligned robotics program covering the full spectrum from foundational theory to advanced AI integration. Learners develop professional competency in kinematics, control systems, ROS2, motion planning, sensors, simulation and intelligent automation — for real-world industrial and research roles.
- 145 hours
- 11 modules
- Cohort-based · flexible batches
Pricing is set per cohort and organisation — Talk to us.
Outcomes
What you'll be able to do
Concrete, demonstrable skills — the kind you can show in an interview or put to work on day one.
Design and evaluate robotic systems using kinematics, control theory and motion planning
Program and manage robots with ROS2 for industrial and research applications
Implement sensor fusion, machine vision and LiDAR-based perception
Deploy and test robots in industry-standard simulators like Gazebo and RoboDK
Integrate AI and machine learning — including reinforcement learning — into robotic control
Curriculum
The modules
Sequenced to build on each other. Each module is a first-class unit — the same ones our AI recommender draws on to map a personalised track.
11
modules
145
hours total
Fundamentals of Robotics
Robot components, degrees of freedom, classification types, industrial and collaborative robotics, the robotics ecosystem, mobile robot categories, AI-enabled robots, and building an automation strategy aligned to ROI.
Robot Kinematics and Selection
Coordinate systems, forward and inverse kinematics, workspace analysis, joint configurations, payload and reach analysis, and a framework for selecting the right robot for any application.
Control Foundations and Motion Execution
Control system fundamentals, industrial and open-source controllers, actuator types, servo systems, open- vs. closed-loop control, and PID control for motion tuning.
ROS2 Ecosystem and Robot Software
Comprehensive coverage of ROS2 — architecture and core concepts, tools and usage patterns, and advanced control techniques for programming robot systems.
Motion Planning and Object Manipulation
Trajectory generation, velocity profiling, obstacle avoidance, collision detection, grasping strategies, gripper types, pick-and-place planning and coordinated multi-axis motion.
Robotics Hardware and System Integration
Robotics hardware components, system-level integration practices, and end-effector design and tool-changer systems for flexible robotic setups.
Sensors, Vision, and Perception
Proximity, distance and force sensors, 2D/3D cameras, stereo vision, calibration and fusion, machine vision for detection and tracking, LiDAR, ultrasonic and tactile sensing.
Industrial Implementation of Robotics
Real-world deployment — load management, EOAT design and gripper selection, layout optimization, sequence planning, safety measures and cycle-time calculation.
Mobile Robots and Intelligent Platforms
Differential and omni-directional drive, AGV path following, quadruped and humanoid robotics, SLAM-based localization and mapping, battery management and fleet control.
Robotics Simulation
Simulation with RViz, Gazebo, RoboDK and V-REP — debugging, sensor visualization, virtual testing, launching robots in simulation and industrial simulation workflows.
Artificial Intelligence in Robotics
Integrating AI and ML with robotics — cloud and IoT, AI with ROS and edge devices, local server processing, reinforcement learning, sensor fusion and AI-driven data management.
Questions
Good to know
Still wondering about something? Ask us directly in the enquiry form below.
Is this beginner-friendly?
It starts from true fundamentals and builds to advanced AI integration over 145 hours — so beginners are welcome, and experienced learners can go deep.
Is it hands-on with real hardware?
Yes — it's industry-aligned and built around real robotic systems, simulation tools and PLC hardware, not slideware.
Enquire
Talk to us — we'll help you choose.
Tell us where you're starting from and what you want to build. We'll walk you through the cohort, the lab, and whether this is the right first step — or point you somewhere better.
- A real reply from our team — never a bot wall.
- Honest guidance on fit, prerequisites and timing.
- Cohort dates and how the hands-on lab time works.
Keep exploring
Programs you might pair this with
Ready to startbuilding?
Enquire about this course, book a demo, or let our AI map your perfect track. The lab is open.