Learn to read a logic wafer fab the way the people who run it do—as a sequence of dependent modules where every step assumes what came before it. You'll sequence core CMOS fabrication steps and match each step to the device layer or structure it produces, working through the flow in four blocks—substrate and isolation, front-end-of-line, middle-of-line, and back-end-of-line—until any operation you're handed can be placed in the route and tied to the physical thing it builds, including the stacked-channel and backside-power steps current logic wafers add.

You'll then identify the integration impact of a critical-dimension change in lithography on the downstream etch and deposition modules, learning why a few nanometres at the patterning step change the space, the aspect ratio, and the fill margin two process steps downstream—and how to write that impact down so the module owners can act on it. Finally, you'll extract temperature window and contamination control requirements from a simplified process traveler for a specified module and transfer them to a daily checklist with every unit and qualifier intact—then defend those numbers in a shift handoff with a process engineer who has ten minutes and one out-of-window entry on the previous shift's record. No fab access or prior semiconductor experience is required; every route, report, and traveler you need is supplied. By the end of this course, you will be able to: - Sequence core CMOS fabrication steps and match each step to the device layer or structure it produces - Identify the integration impact of a critical-dimension change in lithography on downstream etch and deposition modules within a provided scenario - Extract temperature window and contamination control requirements from a simplified process traveler for a specified module No prior semiconductor manufacturing experience required. Comfort with high-school-level physical science (materials, temperature, measurement) and with reading tables and technical documents is enough. Experience in any documented or regulated production environment is helpful but not assumed. No fab access, cleanroom entry, or licensed software is needed—every route, report, traveler, and checklist used in the course is supplied inside the learning items.