A knight’s possible moves highlighted on chess.com
Recently, I’ve been heavily addicted to Chess.com, and while my vice may be a consistent daily distraction, it also serves as the inspiration for my main project! In particular, a feature I admire about playing chess online is the accessibility for new players getting involved in the game. When you select a piece, the board lights up the possible squares you can move it to, making it very easy for players to understand the limitations of their pieces. In addition, the game notifies players when they are in check, have lost the game, or have entered a draw. I think these simple features are quite helpful in aiding new players, but are only accessible through the digital game. I want to translate this experience into an actual chess board, where the proper squares light up in response to the player lifting up a piece!
 ChessUp board created by BRYGHTLABS
I’m not the first person to have this idea. There is already a version of this board available for purchase online, for only a mere $300. I believe I can make this board for a much more reasonable cost, and I relish the challenge of figuring out how to identify which pieces belong to which squares on the chessboard. A Reddit user has also been attempting to create their own version of this board, and I have been using them for inspiration and reference. I quite like their approach, and I plan on creating my board in a similar aesthetic. Speaking of, the aesthetic I will be focusing on is Modern Vintage, with an emphasis on clarity to reinforce the board being designed for beginner players. While the board will appear sleek and simple in design, I want to put my woodworking skills to the test. This is where the vintage aspect of the aesthetic comes in, using natural materials to create a more polished and modern creation.
 Modern vintage cabinet ( likely made from Walnut )
From a technical perspective, I could use RFID tags to individually detect each piece, but the cost and implementation of that technology is a bit much for this project. Instead, I have opted to use hall effect sensors in the chess board, combined with neodymium magnets in the pieces. I can track the position of the pieces based on the starting board position, where the location of every piece is already known. From there, if a piece is picked up and set down in a different square, I can use the process of elimination to identify which piece has been moved, and which corresponding squares need to be illuminated. I will illuminate the squares of the board by utilizing these convenient neopixel grids, which should provide plenty of light to shine through the frosted acrylic the board will be made from. I foresee several challenges with this project, including the combined detection of 64 hall effect sensors, and the logic necessary to know whether a game has been won or discontinued. Despite these potential obstacles, I am very excited to fuel my chess addiction with the creation of this board!
 Chessboard that serves as my main inspiration, created by @bakedbananadesigns