Track B Advanced
The second 12-month senior pathway for students who have completed Explorer. This stage focuses on design, fabrication, industrial-style automation, cloud systems, autonomous drones, and practical applied AI.
How Advanced Progresses
Advanced turns strong builders into system designers. It focuses on fabrication, automation, connected platforms, autonomous flight, and applied AI with clear robotics use-cases.
Creo CAD and Additive Manufacturing
Students learn to design engineered parts, assemblies, and custom structures in Creo, then convert those designs into real prototypes through additive manufacturing workflows.
Robotic Arm Automation (4 Axis)
This subject moves students into industrial-style manipulation and automation logic through four-axis builds, motion sequencing, and real robot control practice.
Cloud Based IoT Systems and Remote Dashboards
Students connect devices to the cloud, monitor them remotely, and build dashboards that control hardware in real time through lightweight IoT platforms.
Autonomous Drones, Raspberry Pi and Applied AI
The advanced stage expands into GPS-guided drones, PID tuning, Raspberry Pi systems, and practical applied AI for robot vision, detection, and decision-making use-cases.
What Students Build in Advanced
Advanced is where design, automation, networking, and autonomy come together in larger engineering-style projects.
Fabrication and Robotics Projects
- Creo part design, assemblies, STL preparation, and 3D printed functional prototypes.
- Robotic Arm Automation (4 Axis) builds with staged movement logic and programmed task sequences.
- Humanoid Robot Building with advanced integration thinking, body coordination, and higher-order system assembly.
IoT, Drone and AI Projects
- Cloud Based IoT Systems, Remote Dashboards and live hardware monitoring.
- Raspberry Pi projects for GPIO interfacing, Python-based hardware control, and higher-level system integration.
- Autonomous drone workflows using GPS, PID control, and programmed flight paths.
- Applied AI projects focused on vision, detection, and robotics decision-making use-cases.
Advanced in Three Stages
A progression from design and automation into connected autonomy and practical AI.
Design and Fabricate
Creo CAD, additive manufacturing, and prototype thinking help students create custom engineering solutions.
Automate and Connect
Robotic Arm Automation (4 Axis) and Cloud Based IoT Systems and Remote Dashboards introduce industrial-style control and connected hardware.
Autonomy and AI
Students finish with autonomous drone systems, Raspberry Pi integration, and applied AI for robotics use-cases.
Ready for Advanced Systems?
Track B Advanced is designed for learners who have already completed Explorer and are ready to step into fabrication, automation, autonomous drones, connected systems, and applied AI.