Wadi Robot Olympiad First Scan

What is the main objective of this session?

• To build a new robot from scratch

• To practice obstacle avoidance

• To revisit calibration and line-following codes and plan the first scan

• To learn how to use sensors for color detection

What does calibration in robotics involve?

• Programming the robot’s movements

• Fine-tuning sensors for accurate readings

• Assembling the robot hardware

• Testing the robot’s speed

What is the purpose of calibration in a line-following robot?

• To help the robot perform more jumps

• To set light sensor thresholds to distinguish the line from the background

• To program the robot to turn

• To make the robot move faster

What is line-following in robotics?

• The process of detecting obstacles

• Programming the robot to follow a predefined path marked by a line

• The process of scanning for colors

• Moving in random patterns

Which sensors are commonly used for line-following robots?

• Light or infrared sensors

• Temperature sensors

• Ultrasonic sensors

• Motion sensors

Why can students reuse their previous My Block codes?

• To practice new skills

• To save time by avoiding reprogramming calibration and line-following

• To improve their programming speed

• To increase robot speed

What is the starting point for the first scan in the robot's journey?

• The designated start area

• The first junction

• The color sensor area

• The robot’s docking station

After the robot aligns with the black line, what should it do?

• Stop at the junction

• Reverse immediately

• Perform a 90-degree turn

• Move forward to scan the cars

What happens after the robot stops at the junction?

• It scans for obstacles

• It reverses for dummy rotations

• It moves forward again

• It detects the colors of the cars

What action does the robot take after reversing for dummy rotations?

• Moves forward to the next section

• Performs a 90-degrees swing turn

• Turns to face the color sensor area

• Detects the car colors