Senior Neuromorphic Verification Engineer (Pre-Silicon)

Intel; Folsom (CA); Hybrid; USD 122,000 - 232,000; Full time

Job summary

Intel is seeking experienced pre-silicon verification engineers to drive innovation at the intersection of advanced semiconductor technologies, physical AI, and next-generation computing architectures. You will develop and scale verification methodologies spanning software, RTL, and emulation, validating novel architectures.

You will create application-driven workloads via high-level software APIs and also build HDL-based verification environments to ensure correctness at the hardware level.

Qualifications

• Bachelor's or Master's degree in a relevant field with 3+ years of silicon verification experience.
• 3+ years of pre-silicon verification or post-silicon validation experience in SoC accelerators or custom ASIC designs.
• 3+ years of experience in UVM and constrained random verification methods.
• 2+ years of experience developing the entire verification stack from test planning to execution, e.g. test development, coverage tracking, emulation, and post-silicon.

Responsibilities

• Mapping application-level requirements to unit- and system-level test plans.
• Write Python-based directed and random tests for design partitions and chip-level.
• Running regressions, debugging test failures, tracking coverage and working with designers to fix failures and improve coverage.
• Maintaining assertions, scoreboards and any tools/flows that are developed.
• Integrating VIPs and coordinating with IP teams to ensure protocol requirements are met.

Skills

Python-based test development

AI test generation tools

Full-stack verification mindset

Education

Bachelor's or Master's in Electrical/Computer Science or related field

Tools

UVM

Constrained random verification

Emulation/Simulation tools

Verification IPs

Job description

Intel is seeking experienced pre-silicon verification engineers to drive innovation at the intersection of advanced semiconductor technologies, physical AI, and next-generation computing architectures. You will develop and scale verification methodologies spanning software, RTL, and emulation, validating novel architectures.

You will create application-driven workloads via high-level software APIs and also build HDL-based verification environments to ensure correctness at the hardware level.