This episode kicks off with a look at the unconventional path of Steve Goodgame, whose journey from agriculture to the Executive Director of the KISS Institute for Practical Robotics (KIPR) proves that the best tech leaders often come from diverse backgrounds. Steve and Ashley discuss the fundamental shift needed in STEM: moving away from "Lego-style" instruction manuals and toward Inquiry-Based Learning. At KIPR, the goal isn't just to build a robot; it’s to build a problem-solver who can handle the frustration of a failing sensor or a bug in the code.
The heart of the technical discussion centers on Botball, KIPR’s flagship program. For the tech crowd, the "hook" here is autonomy. Unlike typical RC-style competitions, Botball robots are fully autonomous, requiring students to write sophisticated code in C, C++, or Java. Steve explains how this creates a high-stakes environment where the robot must "think" for itself on the game board. They also touch on the Junior Botball Challenge, which scales these complex engineering concepts down for younger students without losing the technical rigor.
As the conversation turns toward the future, Ashley and Steve tackle the "elephant in the room": Generative AI. They explore how AI is being integrated into the KIPR ecosystem, not as a way to "cheat," but as a high-level tutor that helps students debug embedded systems and refine their logic. This leads into a preview of the 2026 "Stack Attack" season and the upcoming Global Conference on Educational Robotics (GCER) in Norman, Oklahoma.
Whether you are a developer, an educator, or a tech enthusiast, this episode is a masterclass in how we can use robotics to bridge the gap between classroom theory and real-world execution.
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