iRobot: Competition timing

Q: I was wondering if you can provide more information on how the timing of the competition flows. Are there a certain number of minutes allocated to parts A, B, and C, or is there just one block of time in which students proceed to the next portion when they are done with the prior one? As a related question, are you able to let us know how much time pressure students usually experience in this event?

A: Thank you for your question.The total event time for iRobot is 45 minutes. Students will be quickly seated and we will spend 5 minutes going over the instructions for Part A and Part B in an age-appropriate manner. Students will have 15 minutes to complete Parts A and B, moving between both as they see fit. Teams may choose to work separately, one student taking A, one taking B, and checking each other’s work. I do not expect any time pressure on Parts A and B. They should be able to complete the tasks in 15 minutes. We will give time reminders at 10 and 5 minutes left. 

After 15 minutes, we will conclude Parts A and B and give 5 minutes of instruction for Part C, as it is more complicated and involves testing areas around the room. Students will have 20 minutes to test and check-in with an adult supervisor when they are ready to test their final code and bot. We will give time reminders at 15, 10 and 5 minutes left. When 5 minutes remain, all students who have not completed the challenge must check-in with an event supervisor and run the code they have. Students should also have plenty of time for this section as well. 

Students are free to ask clarifying questions on instructions at any point in time during the event. Event supervisors and volunteers cannot give hints or coding suggestions, but can help them read and understand the given instructions. 

To sum up:

45 Minutes:

5 Minutes – Instructions for Part A & B

15 Minutes – Part A & B

5 Minutes – Instructions for Part C

20 MInutes – Part C

iRobot: Blockly

Q: Will the kids need to learn how to use Blockly at all for transferring codes to the Ozobot? Or will they be asked questions about the program? Will the competition only use color coding system? 

A: The iRobot competition event will not require the students to know or use Blockly. The OzoBot Evo robots have capabilities that are only accessible through Blockly, such as the proximity sensors. Your students would benefit personally from knowing how to use Blockly, but they will not be tested in the 2024 WESO competition on anything related to Blockly.

iRobots: Section B evaluation of written codes

Q: We are finding that our ozobots are not always reading our codes, or sometimes it will sense the codes (the colors will change on top of the bot) but the correct action will not occur. We are wondering, for section B, if the students clearly have the correct code but the bot is for whatever reason not reading it correctly, will the correct code still be counted?

A: For section B, we will evaluate the written codes, not rely on the Ozobot reading them correctly. If the correct code is drawn, it will count as the correct answer.