Full course coming soon

Hardware Design Verification for Systems Engineers

7 chapters · 33 lessons

1. 1. From Logic to Silicon: The Design Verification Challenge

   4 lessons

   Understand why hardware cannot be patched like software and how verification prevents expensive manufacturing failures.

2. 2. Simulation: Testing Logic Before Hardware Exists

   5 lessons

   Learn how engineers use simulation to validate functional behavior and catch logic errors early in the design process.

3. 3. Timing Analysis: Ensuring Signals Arrive on Schedule

   5 lessons

   Master how timing constraints, clock domains, and signal propagation determine whether a chip will meet performance targets.

4. 4. Power and Thermal Modeling: Managing Heat and Energy

   5 lessons

   Understand how power consumption, heat dissipation, and energy efficiency are predicted and optimized before manufacturing.

5. 5. Physical Design and Layout Verification

   5 lessons

   Learn how place and route tools turn logic into physical layouts and how verification ensures manufacturability.

6. 6. Design Tradeoffs and Constraint Management

   4 lessons

   Explore how engineers balance performance, power, area, cost, and time to market in real hardware projects.

7. 7. Hardware-Software Co-Design and Integration Verification

   5 lessons

   Apply verification principles to catch integration issues between hardware and software before product launch.