| Level | Module 1 | Module 2 | Module 3 | Module 4 |
|---|---|---|---|---|
| Secondary Course | Sustainable Robotics and Smart Solutions CT:Programming precise controls Crt:Evaluating route efficiency Rob:LEANBOT Advance control AI:Using Pnote/PAI builder to find patterns in route data balanced data → better predictionsIoT:Imagining connected warehouse sensors Dt:Prototyping a sustainable 'LEANMover' robot GC:Industrial efficiency SDGs | Light, Sound, and Sensor Magic CT:Handling multiple input/outputs Crt:Ensuring fair unbiased sets of gesture/sound inputsRob:Advanced sensor usage (gesture sound)AI:Understanding data variety prevents model bias improving fairnessIoT:More complex sensor data streams Dt:Designing a multisensory alert system GC:Innovations in urban/sustainable contexts | RoboSense Adventures: Smart Interactions & Controls CT:Structuring controls analyzing sensor input patternsCrt:Adjusting data collection to fix biases Rob:Integrating color detection gyro sensorsAI:Balanced datasets from varied colors/gestures yield accurate predictions in PAI builder IoT:Future-proof sensor arrays Dt:Creating a Smart Guardian Robot GC:Enhancing safety & efficiency for communities | RoboRangers: Power, Precision, and Control CT:Complex algorithms for precision navigation Crt:Calibrating sensors evaluating data-driven improvementsRob:Power management IR calibrationAI:Improved model recommendations from balanced path and energy data IoT:Potential integration with energy monitoring systems Dt:Final integrated Ultimate RoboRanger design GC:Solutions supporting SDG innovation resource efficiencyDT:Simulation data to refine navigation strategies |