Advanced Manufacturing
Brought to you by the following Programs: Advanced Automation and Robotics Technology, Industrial Technology, Smart Manufacturing and Digital Integration, and Welding
Robot Challenge
Summary
In this challenge, you will design, build, and program a robot capable of completing a precision transport task. Your robot will need to navigate a custom-built course, pick up and deliver a ball between designated locations, and return to its starting point—all through programmed instructions (no remote control!). This challenge tests your understanding of design, automation, and problem-solving, key skills in advanced manufacturing.
Eligibility
■ Participants must be in 9th – 12th grade and may attend a recognized school or be homeschooled
■ Participants must reside in one of the following Indiana Counties: Brown, Greene, Lawrence, Martin, Monroe, Morgan, Orange, or Owen
■ This is an individual challenge, so participants must each complete their own unique plan.
The Challenge
Step 1: Design Your Robot
Goal: Create and program a robot that can independently complete a defined transport course using coding logic and precision movement.
Instructions:
You may use any parts or materials to build your robot—no specific brand or kit is required.
Your robot must be programmed to run autonomously; remote control operation is not allowed.
Your robot must complete the following sequence of tasks:
Start at a marked starting point.
Travel to a second point—an 8" x 8" maximum square, clearly marked by you.
Pick up a round ball (any size you choose) resting within that square.
Transport the ball to a drop-off location—also an 8" x 8" maximum square—at least 8 feet away from the pickup square.
The path between the two locations must include at least four turns:
One 90° turn
One less than 90° turn
One greater than 90° turn
One turn of your choice
Set down the ball within the drop-off square. The ball must come to a complete rest fully within the square.
Pick up the ball again, return it to the original pickup location, and set it down so it again comes to rest completely within the square.
Finally, return the robot to the original starting point.
Step 2: Record Your Video
Goal: Demonstrate your robot’s performance and the functionality of your program.
Instructions:
Record a clear video showing the entire course and your robot completing the full sequence of actions.
The video should make it easy to see your course layout, turns, and ball transfers.
Final Product you will submit:
Video of your robot completing the course
You may upload your video to YouTube and share the link.
Your robot’s program/code
Short report that includes:
Your building process
Explanation of why you designed the course as you did
Analysis of what worked and what didn’t, including how you troubleshot issues
Reflection on what you would do differently if you completed the task again
· A short biography paragraph and picture of yourself to be used if you are selected as a winner
· The signed waiver (note: if you are under 18, your legal guardian must also sign)
HOW TO SUBMIT
Due Date: Friday, March 6
Format: Submissions must be made using a gmail account. Submit here. Make sure to include the link to your youtube video.
Please complete the Use of Image waiver as part of your submission - if you are a minor your parent/guardian must also sign.
If you experience trouble with your submission - please reach out to Sarah Nagy snagy6@ivytech.edu
WINNERS
Winners will be selected by committee and will be announced in April 2026
· First Place: $200 gift card
· Second Place: $100 gift card
· Third Place: $50 gift card