From Watching a Robot Move to Analyzing a Production Process
Kindergarten learners explored simple mechanical structures and watched how a robot responded to commands. Hands-on activities gave them opportunities to develop hand–eye coordination and spatial awareness. Elementary students were introduced to artificial intelligence and robotics, then operated a robotic arm to see how the order of commands affected its movements.
Junior high students worked in groups to break down tasks into steps, test their instructions, and use the results to decide what to adjust. Senior high students explored how AI and robotics are used in smart manufacturing. They considered how a robotic arm could meet specific production requirements and what conditions would need to be in place for it to work within the overall process.
From Hands-On Practice to Explaining the Reasoning
The workshop combined instructor demonstrations, small-group practice, task challenges, and time for students to share their results. As they worked, students practiced proposing ideas, dividing responsibilities, and adjusting their approach based on what they observed. Sharing their results gave them a chance to explain why they chose a particular step, how they identified the source of a problem, and what they would try next.
The partnership brought robotics technology used in industry into the classroom. The same robotic arm gave younger learners a concrete way to connect commands with movement and older students a starting point for examining how technology can solve practical problems in manufacturing.
