Designing arcade machines for science museums requires a unique approach that blends entertainment with educational value. The primary consideration is integrating scientific concepts seamlessly into gameplay, ensuring that each interaction teaches principles like physics, biology, or technology. Durability is crucial, as these machines face high traffic; robust materials and simplified controls reduce maintenance needs while withstanding frequent use. Accessibility must be prioritized, with features like adjustable heights, clear audio-visual cues, and intuitive interfaces to accommodate visitors of all ages and abilities. Content should align with museum themes, offering layered learning experiences that engage both children and adults. Finally, incorporating feedback mechanisms and data tracking helps museums assess engagement and refine exhibits for continuous improvement. By focusing on these elements, arcade machines become powerful tools for immersive, hands-on learning in science education.