Cadence AI portfolio for agentic workflows, AI-driven IC and SoC design, AI verification, PCB design and multiphysics analysis.
AI SKILLS · Hardware & electronics
Use AI in design verification
Apply AI to testbenches, assertions, coverage and debug without weakening sign-off.
Why this skill matters
AI can speed up UVM boilerplate and failure triage, but coverage closure and sign-off stay an engineer’s responsibility.
What to learn
- Generate UVM components and assertions from a spec
- Use AI to triage regressions and waveforms
- Keep coverage and sign-off criteria independent of the AI
Before you begin
SystemVerilog and basic UVM
PUT IT INTO PRACTICE
Build a work sample
Take a small open-source block, have AI draft its testbench and assertions, then measure the coverage and bugs it actually finds.
Evidence of progress
A verification plan with coverage results and a note on what the AI missed.
This exercise is an original ToolGrail suggestion. Use public, synthetic, or approved data.
LEARNING RESOURCE
UVM: Universal Verification Methodology
Verification Academy (Siemens) · 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 →
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