All courses
Sixteen courses covering the full path from device physics to post-silicon validation. Each will include lectures, labs, projects and interview questions.
PlannedFoundations
The tools every chip engineer uses daily.
6 topics planned
Course draft readyDigital Design
Gates to FIFOs, clock crossings and a working CPU.
68 lectures3 minor projects2 major projects1 industry project
PlannedRTL and SystemVerilog
Code that synthesizes the way you intended.
6 topics planned
PlannedDevice Physics and Modelling
See what changing a transistor really does.
7 topics planned1 minor project
PlannedSPICE Simulation
From a first netlist to Monte Carlo.
8 topics planned1 major project
PlannedAnalog and Mixed Signal
The circuits connecting chips to reality.
8 topics planned
PlannedCustom Layout and Memory
Standard cells, SRAM and DRAM, down to the layout.
7 topics planned1 industry project
PlannedLogic Synthesis and STA
How RTL becomes gates that meet timing.
7 topics planned
PlannedVerification
Find every bug before silicon does.
8 topics planned1 major project1 industry project
PlannedDesign for Test
Make every manufactured chip testable.
6 topics planned1 major project
PlannedPhysical Design
RTL to GDS: floorplan through signoff.
9 topics planned1 industry project
PlannedPost-Silicon Validation
The day the chip comes back from the fab.
7 topics planned1 major project
PlannedFPGA
Run your own hardware this week.
6 topics planned1 major project
PlannedProtocols Library
Every major interface, animated.
15 topics planned
PlannedComputer Architecture and AI Hardware
CPUs, GPUs and accelerators from the inside.
6 topics planned
PlannedFabrication, Packaging and Careers
How the industry works and how to join it.
7 topics planned