Loading system evidence
Six courses · free · metered compute
Every course contains 8 modules, 24 lessons, 16 repair incidents, 8 transfer challenges, and one verified capstone.
Every course, case, and capstone is free to read and work through. You only spend credits when you launch a live cloud workspace — 60 free minutes reset daily.
Choose, install, verify, and recover a robotics development environment without risking existing data.
You will build: A versioned workstation runbook with recovery evidence and a reproducible ROS workspace.
Trace failures across processes, names, topics, QoS, configuration, time, and callback execution without guessing.
You will build: A verified warehouse incident report with a repaired ROS graph and reproducible evidence bundle.
Diagnose and verify mobile-robot failures across physical models, frames, sensors, motion estimates, and simulation assumptions.
You will build: A reliability-tested warehouse AMR with calibration evidence, validated maps, and recovery trials.
Restore warehouse navigation while preserving geometry, safety, and mission intent.
You will build: A resilient delivery-and-docking mission with measurable recovery behavior.
Diagnose a motor path from physical interface through CiA 402 state and ROS controller ownership.
You will build: A simulated dual-drive CANopen base with bounded watchdogs and a verified commissioning report.
Diagnose and recover distributed robot software with observable, reversible, and secure operating practices.
You will build: A monitored two-site fleet deployment with release gates, rollback, and an incident-response evidence bundle.
