Chip Design Engineering

What You Will Learn

• 1 Learn the foundational physics and materials science behind semiconductor devices and transistor operation
• 2 Understand digital logic design principles and combinational and sequential circuit construction
• 3 Apply hardware description languages to model and simulate digital circuit behavior
• 4 Analyze CMOS circuit design techniques including static and dynamic logic families
• 5 Develop proficiency in RTL design methodology and synthesis flow fundamentals
• 6 Explore verification methodologies including testbenches, coverage, and assertion-based checking
• 7 Implement physical design concepts including floorplanning, placement, and routing
• 8 Analyze timing closure techniques including static timing analysis and clock domain crossing
• 9 Understand power optimization strategies and low-power design architecture
• 10 Build knowledge of fabrication processes, packaging, and design-for-test methodologies