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Lead ASIC DFT Engineer

Innovim Technology Solutions - Company

California, US, ๐Ÿ‡บ๐Ÿ‡ธ United StatesFull-time - Principal (10+ years)0 applicantsCloses Jul 21, 2026

Salary

USD 170,757 - 170,757 / year

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Job description

Job details

  • Location: California, US
  • Work mode: Remote
  • Employment type: Full-time (Not an internship)
  • Salary: USD 170,757 per year

Role overview

Innovim Technology Solutions is seeking a Lead ASIC DFT Engineer to drive design-for-test strategies for complex integrated circuits. This is a high-seniority position requiring extensive expertise in scan, ATPG, and timing simulations to ensure hardware reliability and testability.

Job details

This is a full-time, remote position based in California, US, requiring alignment with the PST time zone. This is not an internship. The offered salary for this role is 170,757 USD.

Responsibilities

  • Lead the ASIC Design-for-Test (DFT) architecture and implementation process.
  • Develop and execute SCAN, ATPG, and MBIST strategies for complex chips.
  • Perform timing simulations using SDF and SDC to ensure signal integrity.
  • Manage pattern retargeting and pattern porting across different test platforms.
  • Conduct detailed diagnosis and resolve DRCs to optimize test coverage.
  • Utilize TetraMax and DFTMax tools to implement high-quality test patterns.

Requirements

  • Minimum of 10 years of hands-on experience in ASIC Design-for-Test (DFT).
  • Expertise in SCAN, ATPG, and MBIST methodologies.
  • Proficiency with industry-standard tools including TetraMax and DFTMax.
  • Strong understanding of Timing Simulations, SDF, and SDC constraints.
  • Proven track record in pattern retargeting and hardware diagnostics.
  • Ability to work remotely while remaining aligned with the PST time zone.

Benefits

  • Competitive annual salary of 170,757 USD.
  • Fully remote work environment.
  • Opportunity to lead high-impact ASIC projects.
  • Professional growth in a specialized technical field.

Keywords

ASICDFTATPGMBISTTetraMaxDFTMaxScanSDFSDCTiming Simulations