Full course coming soon

Manufacturing Process Design for Semiconductor Products

7 chapters · 32 lessons

1. 1. Equipment Categories and Their Physical Transformations

   5 lessons

   Map the major capital equipment types to the physical changes they create on wafers and how they connect in process flows.

2. 2. Process Recipes and Equipment Parameters

   4 lessons

   Understand how process recipes translate design intent into machine settings and why small parameter changes affect outcomes.

3. 3. The Yield Learning Loop

   5 lessons

   Learn how metrology data, defect inspection, and electrical test results drive continuous process improvement.

4. 4. Manufacturing Constraints in Product Design

   5 lessons

   Identify how equipment capabilities limit geometry, materials, and structures, and design accordingly.

5. 5. Advanced Packaging and Heterogeneous Integration

   4 lessons

   Explore how capital equipment enables multi-die systems through bonding, interconnect, and assembly processes.

6. 6. Cross-Functional Collaboration with Fab Teams

   4 lessons

   Build communication skills to work effectively with process engineers, equipment engineers, and yield teams.

7. 7. Strategic Equipment Decisions and Roadmaps

   5 lessons

   Understand how equipment choices shape long-term product strategy, technology nodes, and competitive positioning.