- Author verification plans from specs and micro-architecture; build reusable UVM environments from scratch at subsystem or SoC level.

- Develop constrained-random and directed tests, scoreboards, checkers, coverage models, and assertions (SVA).

- Drive coverage closure (functional, code, assertion), root-cause complex bugs, and work closely with RTL, architecture, and DFT.

- Enable SoC-level verification including interface/IP integration, coherency, low-power modes, resets/boot, and performance validation.

- Support silicon bring-up and correlation of failures to pre-silicon environments.

Must-have qualifications :

- 8+ years of hands-on ASIC verification experience (FPGA or emulation-only work does not count toward the 8 years).

- Multiple production ASIC tapeouts with ownership of SoC or subsystem-level UVM environments and coverage closure.

- Expert in SystemVerilog, UVM, SVA, and constrained-random methodologies; strong debug skills with waveforms and logs.

- Experience verifying standard interfaces and complex subsystems (AXI/ACE, DDR/PCIe, coherency, memory/interrupt fabric, power states).

- Strong testplanning, stimulus strategy, checkers/scoreboards, and closure discipline.

Nice to have :

- Low-power verification (UPF-aware), performance/latency verification, firmware-aware verification, emulation acceleration as a complement to UVM.

- Scripting (Python/Tcl) used to enhance hands-on verification, not in lieu of it.

Discounted / not counted experience :

- Regression running/triage-only roles or lint/CDC-only roles are discounted.

- IP-level-only verification without subsystem/SoC integration responsibility is insufficient.

- Primarily management, methodology-only, or tool-maintenance roles without recent hands-on testbench development will be discounted.

- FPGA-based validation experience does not count toward the minimum.