PCB Design & Fabrication
From circuit ideas to printed circuit boards: explore design, layout and fabrication.
Explore electronics, programming, embedded systems, AI and robotics.
13 courses
Browse course details and training resourcesFrom circuit ideas to printed circuit boards: explore design, layout and fabrication.
Develop problem-solving skills through algorithms, coding challenges and structured practice.
Explore the data structures that help robotics software organise information and solve problems.
Explore programming tools for building robotics applications with Python and Rust.
Connect embedded control, industrial automation and system monitoring.
Explore Raspberry Pi single-board computing for connected systems and robotics projects.
Explore NVIDIA computing platforms for AI-enabled embedded and robotics applications.
Explore how deep learning can support perception and intelligent behaviour in robots.
Explore how robots use camera data to interpret the world around them.
Build kinematics, wheel odometry and sensor fusion on ZAS Car-3 through live bench experiments and a robot navigation capstone.
Build an autonomous navigation stack on ZAS Car-5: encoder motor control, ROS2 communication, odometry, LiDAR, SLAM and Nav2.
Explore camera-based motion estimation, visual mapping and spatial understanding for autonomous navigation.
Explore spatial intelligence and vision-language-action concepts for the next generation of robotic systems.