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VLSI Mentor

Engineering career paths

Know what to learn for the team you want to join

Follow structured learning paths for RTL Design, Design Verification, DFT, and Verification IP — from common engineering foundations to team-specific skills.

01Not sure which team fits you?

Four teams build the same chip from four angles. Read what each one actually does before choosing a path.

RTL Design Engineer

You mainly create digital hardware from specifications.

A strong fit if you enjoy building logic, state machines, datapaths, and reasoning about hardware behavior.

Design Verification Engineer

You mainly find design bugs and prove that RTL behaves as intended.

A strong fit if you enjoy edge cases, debugging, testbench architecture, and systematic problem solving.

DFT Engineer

You mainly make silicon testable for manufacturing defects.

A strong fit if you enjoy digital architecture, test structures, gate-level behavior, and manufacturing-test problems.

VIP Engineer

You mainly build reusable verification environments for interfaces and protocols.

A strong fit if you enjoy verification methodology plus deep protocol behavior.

02Start with the engineering foundation

All four roles share the same starting ground. Build it once, then choose the team.

  1. Digital logic

    Every RTL decision is a statement about gates, registers and timing. Without the underlying logic, HDL code is memorised syntax.

  2. Verilog & RTL fundamentalsVerilog

    Verilog is the language the hardware is described in, and the first place blocking vs non-blocking, sensitivity and synthesis intent become real.

  3. Simulation & waveform reasoningVerilog

    A simulator is the only place behaviour can be observed before silicon, so reading a waveform back to a cause is a core daily skill.

  4. Linux & scriptingLinux Bash ShellTclPython

    EDA flows run on Linux and are driven by scripts — regressions, builds and reports are automated long before they are run by hand.

  5. ↓ Choose your team

03Choose your engineering path

01RTL Design Engineer

Translate specifications into synthesizable digital hardware and reason about behavior from RTL through implementation.

DigitalVerilogRTLCDCSynthesisGLS

VLSI Mentor coverage

3 available · 3 partial · 4 in development · 10 roadmap stages

Explore RTL Design path

02Design Verification Engineer

Build verification environments that expose design failures and systematically prove intended RTL behavior.

SystemVerilogAssertionsUVMCoverageDebug

VLSI Mentor coverage

6 available · 2 partial · 8 roadmap stages

Explore Design Verification path

03DFT Engineer

Make digital designs testable and reason about the structures used to detect manufacturing defects.

ScanATPGCompressionMBISTDFT verify

VLSI Mentor coverage

7 available · 1 in development · 8 roadmap stages

Explore DFT path

04VIP Engineer

Combine verification methodology with protocol expertise to build reusable interface verification environments.

UVMProtocolCheckersCoverageVIP

VLSI Mentor coverage

5 available · 3 partial · 8 roadmap stages

Explore VIP path

Curriculum programs

The ordered tutorial sequences the paths above compose. Each is a subject run you can follow on its own.

SystemVerilog FundamentalsSystemVerilog for VerificationUVM Fundamentals