Page 84 - Ai Robogenius

2. Tilt Right to Move the Robot Right

Task: Similarly, program the robot to move right when the Micro:bit is tilted to the right
using the Tilt Right block.

Skills Practiced: Using the Tilt Right block for rightward movement. Integrating tilt
control to make the robot move in different directions.

Outcome: The robot moves right when the Micro:bit is tilted to the right.

Session 3: Adding Directional Feedback Using the Compass Sensor
Activities:

1. Using the Compass Sensor to Detect Directions

Task: Program the compass sensor to display the direction the robot is facing. Based
on the direction (North, South, East, West), display an arrow on the Micro:bit’s LED
screen.

Skills Practiced: Using the compass sensor to detect the orientation of the Micro:bit.
Displaying directions (N, S, E, W) on the LED screen

Outcome: The Micro:bit shows an arrow indicating the direction the robot is facing
(North, South, East, West).

2. Combine Movement and Direction
Task: Combine the Tilt Left, Tilt Right, and compass sensor to show both movement

and direction. For example, if the Micro:bit is tilted left or right, the corresponding arrow
will also show the direction it’s facing.
Skills Practiced: Combining multiple sensor inputs (tilt and compass) to control
movement and display. Programming interactive feedback based on movement and

direction.
Outcome: The robot moves left or right based on tilt, and the direction is displayed (N,
S, E, W) on the screen.

Final Deliverables

Tick () the box if submitted:

A program demonstrating the robot’s movement and direction

A report introducing the robot’s movement system and its interactive controls.

A custom design or logo for the robot.

AI RoboGenius - IV
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