I paste you the exercices my students are doing. This is our first year, for me and for them, may be for your students it will be witouth enough level.
The robot should perform the following actions:
1. Go forward 2 s (power level 40%) and stop.
2. Go forward 2 s (power level 40%), turn right 90º and go forward 2 s (power level 80%).
3. Go forward (power level 60%) until it bumps into something, then go backward 0.5 s (power level 40%), turn 180º and go forward (power level 80%).
4. In permanent loop: Go forward 2 s (power level 40%), turn right 90º and go forward 2 s (power level 80%).
5. Follow a “S” path (power level 60%).
6. In permanent loop: go forward 40 cm, turn 180º.
7. Move in a 60 cm square.
8. In permanent loop: go forward until it bumps into something, then go backward a random time between 0 and 3 s, turn 180º (every movement at power level 80%).
9. A loop that makes the following actions three times: go forward until it bumps into something, then go backward a random time between 0 and 3 s, turn 180º (every movement at power level 80%).
10. Move in a square spiral starting at 20 cm and each side will be 10 cm longer than the previous.
11. Go forward until it bumps into a soda can, then skirt the can and continue its path in the same direction.
12. Run over a table and when it is close to the border, go backwards, turn and continue indefinitely.
13. Go straight on, then when it bumps into a obstacle goes backwards to the starting point.
14. Follow a black strip stuck on the ground.
15. Turn till it finds an intense light, and then go towards the light.
16. Follow a black line on the ground, when it bumps into a soda can it catches it and goes back with it to the starting point following the same black line.
17. Make a program to control a barrier in a car park that allows the entrance of cars only if there are parking spaces. The capacity is of 10 cars.
18. Program the robot to… (invent your own challenge, write it down and solve it)
