Hands-on courses for RTL design, SystemVerilog verification, UVM, and AI-driven EDA. With an AI mentor that explains every failure.
From first principles to a self-checking layered testbench. No UVM, no commercial tool licences needed — just the language, the logic, and an AI mentor that explains every compile error and simulation failure.
The industry-standard verification framework. Sequences, drivers, monitors, scoreboards. The complete UVM testbench architecture from scratch, with simulation traces you can inspect at every step.
SystemVerilog Assertions from syntax to signoff-quality property sets. Bounded model checking, liveness properties, and how to structure formal verification for real SoC blocks without drowning in counterexamples.
How LLMs and agentic systems are being deployed inside real chip design flows today — and where the gaps still are. Hands-on demos using open models and open EDA tools, not a slideshow about the future.
Most courses teach you what a tool does. Academy teaches you why a design fails, and how to prove it cannot fail again. The difference between an engineer who signs off a chip and one who is still debugging at tapeout is that second half of SystemVerilog that most tutorials never reach.
Every page opens with the real engineering problem — not a definition. You understand why before you see how.
No licence, no cloud signup. An open-source Verilator sandbox runs in your browser. Write it, compile it, see it break, fix it.
When Verilator throws an error, the AI mentor reads the exact trace and explains the specific misconception behind your mistake — not a generic hint.