These are a set of 'competencies' that you need to be able to demonstrate in this unit. You need to make a copy (fork) of this repository

Write Python functions to control EV3 motors:

✅ Move forward for 2 seconds ✅ Move backward for 2 seconds ✅ Turn left 90 degrees ✅ Turn right 90 degrees ✅ Move in a square pattern 🔹 Bonus: Make the robot move in a figure-8 pattern

✅ Ultrasonic Sensor: Detect an object and stop if it's less than 10 cm away ✅ Color Sensor: Detect different colors and print them to the console ✅ Touch Sensor: Stop the robot when the button is pressed 🔹 Bonus: Display a custom message on the EV3 screen based on sensor input

✅ Move forward and stop if an obstacle is detected ✅ If an obstacle is found, turn left or right to avoid it ✅ Resume movement after avoiding the obstacle 🔹 Bonus: Implement a randomised turning direction when avoiding obstacles

✅ Use the Color Sensor to follow a black line ✅ Implement a basic proportional control to adjust motor speed 🔹 Bonus: Modify the logic to follow curves smoothly

✅ Make the robot move forward and complete a course ✅ Use the Gyro Sensor to track turns and navigate back to the starting position 🔹 Bonus: Log movement data and print a path summary in the console

✅ Display sensor values (e.g., distance, color) on the EV3 screen ✅ Make the robot play a custom beep sequence when it completes a task 🔹 Bonus: Program the EV3 to play a short melody

✅ Create a GitHub repository for your project ✅ Write a README.md explaining the logic and results for each task ✅ Use meaningful commit messages when updating code 🔹 Bonus: Create a flowchart showing your program's logic

✔️ Push all code to GitHub ✔️ Ensure the README.md is clear and detailed ✔️ Each task should have at least one commit ✔️ Test your code before submission