ChipTycoon: How a Computer Chip Is Made

gist

ChipTycoon turns semiconductor manufacturing into a guided isometric theme park. A cart carries a visible wafer from sand through purification, crystal growth, lithography, wiring, testing, packaging, and delivery to a data center. Its repeated circuit through six fabrication buildings explains why modern chips require many patterned layers, while controls let the reader pause or jump to any stage. The process order is real, with time, scale, and parallelism simplified for the tour.

ideas

• Keep the material visible. The cart carries the wafer itself, and its appearance changes at each manufacturing stage.
• Make repetition spatial. Six buildings form a loop because deposition, coating, exposure, etching, implantation, and wiring repeat for each layer.
• Adapt pacing to the reader. The first circuit pauses for explanations; later circuits accelerate after every stop has been introduced.
• State the scale model. The tour shows four layers instead of roughly 60, one wafer instead of parallel production, and typical rather than exact process numbers.
• Use a bounded medium. The complete tour is a static canvas application with no build step, dependencies, or network calls.