Barrett, The Honors College Thesis/Creative Project Collection

Color Theory is an abstract strategy game, a genre that emphasizes decision-making and strategic thinking without elements of luck or hidden information. This game utilizes primary and secondary colors to represent players' pieces, with the objective to move each player's pawns to the opposite same-colored spaces on the board. Developed through rigorous playtesting, Color Theory introduces a color ranking track that dictates the synergy between the move and jump actions. Players must strategically maneuver their pawns, while also taking into account the position of their colors on the ranking track. It strikes a balance between clever movement and player interaction, providing an accessible and enjoyable gaming experience. In the end, the first player to successfully move three of their six pawns to their opposite spaces wins the game.

This honors thesis explores the potential use of LoRa technology for detecting moisture in a diaper. Tests of both onboard and external humidity sensors coupled with LoRa transmission are incredibly promising. The potential scale of the final device also shows much promise, measuring smaller than a U.S. dime. However, the estimated cost for producing these proof-of-concept units in bulk is $19.41 per unit. While this is believed to be a pessimistic estimate of the price, the cost of production remains too high regardless for large-scale implementation. The thesis concludes by emphasizing the need for further research and development to optimize the design and reduce the cost of production. Despite the limitations imposed by price, the idea of using LoRa in detecting moisture in a diaper remains intriguing and promising, however, RFID technology has many advantages, such as size, cost, and passive power features.