| Level | Module 1 | Module 2 | Module 3 | Module 4 | Module 5 | Module 6 | Module 7 | Module 8 | Module 9 |
|---|---|---|---|---|---|---|---|---|---|
| Level 7 | Caring for Robot and Kit Rob:Maintenance stable dataGC:Responsibility | Programming Simple Behaviors CT:Code sequences Rob:Autonomy | Programming Sound & Light Behaviors Rob:Multi-sensory responses Crt:Choose signals | Mini Project: First Forensic Challenge Dt:Scenario design Crt:Problem-solve AI:Intro patterns | Sensing and Perception Rob:Sensors=perception AI:More inputs | Applying Data Fundamentals CT:Data basics AI:Data prep | Controlling Loops & Decisions CT:Decision logic Crt:Decision logic Dt:Refine | Implementing Line Tracking Rob:Patterns AI:Model training analogy | Final Project: Forensic Obstacle Course GC:Presentation Dt:Holistic AI:Data-driven hint |
| Level 8 | LEANBOT Prog & DT DT:Simulate complex tasks Rob:Refine | Understanding Gyro Sensor Rob:Sensor=angles Crt:Analyze motion | Understanding Microphone Sensor Rob:Audio data AI:Sound patterns intro | Mini Project: Gyro & Microphone Dt:Integrate sensors Crt:Test combos AI:Steps to richer data | Understanding Light/Color Sensor Rob:Light/color inputs AI:Visual cues | Mini Project: Card Movement Dt:Interactive input Crt:Adjust strategy | LEANBOT Bluetooth Control IoT:Intro remote Crt:Compare methods | LEANBOT Collision Detection Rob:Collision data AI:Data for future avoidance | Final Project: Advance Sensor Project GC:Showcase Dt:Complete solution AI:Richer sensor set IoT:Next steps |
| Level 9 | Fundamentals LEANBOT & IDE CT:Fundamentals Rob:Basics | LEANBOT Robot Assembly Rob:Proper build→reliable data | Displaying Data Using OLED CT:Display data AI:Visualizing inputs | Creating Assets w/ DT DT:Create digital assets Crt:Manage env | Mini Project: Restaurant Delivery Dt:Real scenario AI:Route optimization intro IoT:Basic | Temp & Humidity Sensors IoT:Sensors AI:Data for decisions Crt:Analyze conditions | Mini Project: Smart Wearable Device Dt:Wearable design GC:Health context AI:Data driven future | LEANBOT Game Creation CT:Game logic Dt:Game logic Rob:Sensor-based gameplay | Final Project GC:Present solution AI:Data integration IoT:Deeper usage |
| Level 10 | Python w/ PNote CT:Python AI:Prepare for model training | Data Visualization CT:Visualize data patterns AI:Visualize data patterns | Mini Proj: Sensors Data Analysis Crt:Data insights AI:Data prep IoT:Data from sensors | Understanding Gesture Sensor w/ IoT Rob:Gesture input IoT:Gesture input AI:Gesture recognition potential | Mini Proj: Smart Vending Machine Dt:Commercial scenario Crt:Optimize stock AI:Predict demands | Understanding Motion (PIR) Rob:Motion detect AI:Learning from motion IoT:Environment | Mini Proj: Earthquake Monitoring GC:Global safety AI:Risk prediction IoT:Real-time data | Security w/ Microphone Crt:Security logic AI:Audio pattern recognition | Final Project GC:Present advanced solution Dt:Holistic design AI:Model ready IoT:Integrate sources |
| Level 11 | Fundamentals LEANBOT & IDE CT:Review Rob:Review Crt:Optimize | Jumpstart Prototyping (Arduino) IoT:Arduino integration Rob:Arduino integration Dt:Prototype | Self-Parking Robot Rob:Autonomy AI:From data to decision intro | Mini Project: Flood Monitoring System GC:Environment IoT:Sensors AI:Data→alerts | Environment Monitor Using IoT IoT:Climate data AI:Predictive actions Crt:Analyze conditions | Digital Personal Health System GC:Health AI:Data privacy/fairness Crt:Ethics | Capstone: Automated Greenhouse Dt:Sustainable design AI:Model conditions IoT:Real-time control | ||
| Level 12 | Smart Home IoT:Home sensors AI:Data-driven tasks GC:Sustainability | Smart Door Lock Rob:Door mechanism AI:Facial recognition fairness Crt:Security | Arduino Robot for Agri Monitoring GC:Agriculture IoT:Sensor data AI:Predict growth | Mini Project: Smart System Dt:Design integrated system Crt:Optimize resources AI:Learning from usage | Arduino & App Development CT:App-based logic IoT:App-based logic AI:App-based logic Crt:Testing solutions | AI with OpenCV AI:OpenCV vision Crt:Bias/fairness Dt:Adjust datasets | Final Project GC:Global scalability Dt:Final integrated solution AI:Mature data-drivenIoT:Fully integrated |