Page 104 - Ai Robogenius

2. Robotics Prototype Design

Task: Create a paper or cardboard prototype of your robot (e.g. waste-collection robot),
showing its parts: wheels, camera/vision sensor, controller, etc.
Skills Practised:
Prototyping and modelling
Logical sketching and presentation
Hands-on design thinking

Outcome for Session 2: Develop practical understanding of robot design through modelling
and identification of key blocks.

Session 3: Simulation and Automation

Activities:
1 VEXcode VR Navigation
Task: Code a VEX VR robot to navigate the Number Grid Map and reach specific city zones
such as Market, School or Park. Use sensors and conditional logic.

Skills Practised:
Using conditions and loops
Applying sensing commands
Controlling robot motion on a grid

2. VEXcode VR Data Logger Task
Task: Create a block-based project that logs detected waste categories and recommends
disposal zones. Simulate detection with colour/number tiles.

Skills Practised:
Simulating input events with colour/number tiles
Mapping detected waste types to recommended disposal zones

Outcome for Session 3: Integrate virtual robotics programming with logic and data processing
to simulate smart city automation behaviour.

Final Deliverables
Tick ( ) the box if submitted:

Slides on robot generations & ethics

Trained Teachable Machine model

Block diagram of the Smart City Robot

Prototype design (paper model)

VEXcode VR project for path navigation

VEXcode VR project (.vrblocks) for the Data Logger

AI RoboGenius - VIII
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