Cadence AI portfolio for agentic workflows, AI-driven IC and SoC design, AI verification, PCB design and multiphysics analysis.
AI SKILLS · Hardware & electronics
Review AI-generated RTL & HDL
Use AI to draft Verilog, SystemVerilog or VHDL, then prove it with lint, simulation and synthesis.
Why this skill matters
Generated HDL often compiles but infers latches, misses resets, or breaks timing, and silicon mistakes are expensive.
What to learn
- Write a precise spec before prompting for RTL
- Lint, simulate and synthesise every generated block
- Spot latches, clock-domain crossings and reset bugs
Before you begin
Digital logic basics and one HDL
PUT IT INTO PRACTICE
Build a work sample
Solve ten HDL practice problems yourself, then ask an assistant for the same designs and compare results in simulation.
Evidence of progress
A log of each generated module, the bugs simulation caught, and the fixes you made.
This exercise is an original ToolGrail suggestion. Use public, synthetic, or approved data.
LEARNING RESOURCE
Verilog practice problems with an online simulator
HDLBits · Resource checked 2026-11-12
Open learning resource ↗This may be documentation, a framework, or a training path. Product access, accounts, or paid licenses may be needed for hands-on exercises.
Tools you could practice with
Matched by related tasks. Use a tool you already have access to; these are examples, not course requirements.
Agentic AI for semiconductor RTL design and design verification.
Generative AI for chip and hardware design automation. Formerly Primis AI.
Artificial Chip Intelligence (ACI): an AI model and enterprise platform for designing chips.
Skill descriptions, exercises, and priorities are editorial. They are not professional qualifications or guarantees of employment. Read our skills methodology →
Find the right AI tools for any job, task or industry.