β Strategic Trees & Algorithmic Logic: Chess Hour + iCode! βπ»
Event: Chess Hour In-Person
When: Thursday, June 18, 2026, 10:30 AM β 11:30 AM
Where: Mercer County Library System β Ewing Branch (Ewing Room 1)
Event link: MCL Ewing Events
Who itβs for: Adults (All skill levels welcome!)
Why we love it π The greatest supercomputers in human history were originally built just to play chess! The Mercer County Library Ewing Branch is hosting a fantastic “Chess Hour” sponsored by the Friends of the Ewing Branch Library. We absolutely love chess because it is a game of zero luck and pure strategy. Whether you are a grandmaster or just learning how the pieces move, chess forces your brain to calculate multiple steps ahead, map out potential scenarios, and make decisions based on strict conditional rules!
How this event aligns with iCode Princeton πβοΈ Playing a game of chess is a real-world execution of Predictive Coding and Conditional Rule Engines!
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Predictive Coding (Decision Trees): A great chess player doesn’t just look at the board as it is right now; they look 3 to 4 moves into the future. They calculate: “If I move my knight here, what will my opponent do?” In our Python and Core Computer Science Tracks, we teach students this exact predictive logic! Kids learn how to build “Decision Trees” and algorithms that anticipate user inputs, ensuring their software can intelligently respond to different scenarios.
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Conditional Rule Engines: Every piece on a chess board operates on a strict set of rulesβrooks move in straight lines, bishops move on diagonals, and knights move in an L-shape. This is exactly how software works! In our Scratch and Game Design Tracks, we teach younger students how to program “Conditional Statements” (If/Then logic). They learn how to write the code that dictates exactly how a character can move, what obstacles it can cross, and what boundaries it must follow.
Join the fun, then keep the momentum going at iCode ππ Sharpen your strategic thinking at the library, then discover how those exact same logical principles are used to build the world’s most powerful software at iCode Princeton!
π Explore iCode Princeton: https://icodeschool.com/princeton-nj
π£ Progression-based Belts (Kβ12): https://icodeschool.com/princeton-nj/belts/
π See whatβs running now: https://icodeschool.com/princeton-nj/activity-finder/
ποΈ Ready to build the future? Book a Free Trial Class: https://icodeschool.com/princeton-nj/book-a-free-trial-class/
