Developing a Roblox Game Simulating Computer Assembly

Abstract

The research titled "Development of a Computer Assembly Simulation Game using Roblox" aims to develop a game that provides knowledge about computer assembly. The sample group for the experimental game was third-year students in the Computer Education program at Chiang Mai Rajabhat University. In the development process, the Roblox computer assembly simulation game was used as the main tool, along with a satisfaction evaluation questionnaire regarding the game. Players' feedback was collected and analyzed using mean and standard deviation. The research findings revealed that the game can be used as a learning medium that increases interest in studying computer assembly and effectively promotes students' basic hardware skills. The game was designed using a semi-realistic concept that focuses on incorporating realistic elements to create an atmosphere similar to real-life situations by utilizing models available in Roblox Studio. In addition, computer hardware models such as the motherboard, central processing unit (CPU), graphics card (GPU), memory (RAM), and others were redesigned and recreated using Blender to enhance the realism and appeal of the game. The game development process primarily used Roblox Studio with the LUA programming language for in-game system development. Since the Roblox computer assembly simulation game requires loading large and high-detail graphic data for optimal image and sound display, high-performance computer hardware becomes a critical factor. Good hardware performance helps the game run smoothly, reducing issues such as lag, and increases the appeal for players. Player satisfaction evaluation for the Roblox computer assembly simulation game indicated that players were very satisfied overall, with an average score of 4.60. Players expressed positive opinions regarding the attractive design, clear gameplay progression, and the learning experience provided by the game, which effectively reinforces basic computer hardware skills.