The Zimmer Biomet Foundation

& Warsaw Community Schools

Robotics Showcase 2024

Why do we have a Robotics Showcase?

Elementary robotics showcases are incredibly important for several reasons.

Firstly, they inspire young minds by introducing students to the exciting world of technology and engineering. These showcases provide a hands-on experience, allowing children to explore the principles of robotics and programming in a fun and interactive manner. This early exposure can spark a lasting interest in STEM fields, potentially leading to future careers in science and technology.

Moreover, elementary robotics showcases foster creativity and problem-solving skills. Participants are encouraged to design, build, and program robots to complete specific tasks, promoting critical thinking and innovation. These events teach teamwork and collaboration as students often work in groups, improving their social and communication skills.

Furthermore, robotics showcases help prepare the next generation for an increasingly tech-driven world. The skills and knowledge gained in these showcases are relevant in various industries, from manufacturing and healthcare to space exploration and entertainment.

In conclusion, elementary robotics showcases are essential for cultivating the skills, enthusiasm, and creativity needed for young students to become the innovators and problem solvers of the future.

Previous Showcase Logos

2024 Robotics Showcase Challenges

The Programming Challenge: RESCUE THE HIKER

(Idea Credit to Brock Rhodes)

This challenge will require students to navigate the treacherous terrain of ZB-Warsaw National Park to rescue an injured hiker. Maximum of 5 robots per school.

Robots must fit into a 12x12x12 cube.

Students will be competing against each other on opposite sides of the board.

Students will need to program their robot to navigate the course (obstacles) and bring the injured hiker back to safety.

Each side of the board will have its own, specific hiker (elevated) to rescue.
Multiple Rescues for points are allowed and encouraged.

The Mechanical Engineering Challenge: HUNGRY, HUNGRY HIPPOS

(Idea Credit to Jennifer Long)

This challenge will require the students to create a "Hungry, Hungry Hippo" robot. Robots must fit into a 12x12x2 cube. Maximum of 9 Robots per school.

The Challenge:
- Students will design a robot (Hungry Hippo) that is capable of capturing as many balls as possible in a 3-minute timed challenge. (Robots must fit into an 8x8x8 cube.)

The Playfield:
- A 4-foot by 4-foot game board with sides.
- There will be a designated Starting Area and a designated Unloading/Collection area.
- There will be anywhere from 2 to 4 competitors in each match.