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Staff DFT Engineer

Analog Devices

2 - 5 years

Bengaluru

Posted: 15/03/2026

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Job Description

We are seeking a Staff DFT Engineer who can own and drive the complete DFT strategy for complex SoCs from architecture through production silicon. This role requires deep hands-on expertise, strong technical judgment, and the ability to lead and mentor junior engineers while collaborating cross-functionally with design, PD, validation, and manufacturing teams.


The ideal candidate operates independently, makes architecture-level decisions, and is accountable for test quality, coverage, and silicon readiness.


Responsibilities:


DFT Architecture & Planning

  • Own DFT architecture definition at chip and subsystem level
  • Define scan, compression, LBIST, MBIST, boundary scan, and test access strategies
  • Drive testability requirements early in the RTL design phase
  • Balance coverage, test time, power, area, and schedule tradeoffs



DFT Implementation (End-to-End Ownership)

  • Lead and execute:
  • Scan insertion, stitching, and DRC closure
  • ATPG (stuck-at, transition, path delay)
  • Test compression and pattern optimization
  • Own DFT signoff including coverage, IR drop, power, and timing impacts
  • Debug and resolve DFT issues across RTL, synthesis, P&R, and gate-level stages



ATPG & Test Quality

  • Generate, analyze, and optimize ATPG patterns
  • Achieve high fault coverage with minimal pattern count
  • Review and sign off on:
  • Fault coverage reports
  • Pattern volume and test time
  • Diagnose coverage holes and drive design or methodology fixes



Silicon Bring-Up & Production Support

  • Support first silicon bring-up, failure analysis, and yield ramp
  • Debug scan, BIST, and tester-related failures
  • Collaborate with ATE and manufacturing teams to improve yield and test robustness
  • Drive ECOs for DFT-related silicon issues



Technical Leadership & Mentorship

  • Act as DFT technical lead for one or more chips
  • Guide and review work of junior and senior DFT engineers
  • Define best practices, checklists, and reusable DFT methodologies
  • Provide technical direction and design reviews



Cross-Functional Collaboration

  • Work closely with:
  • RTL designers
  • Physical design (PD)
  • Functional verification
  • Product engineering and manufacturing
  • Communicate DFT requirements and risks clearly to stakeholders



Preferred/Nice-to-Have Experience:

  • Experience with high-volume production test, ATE bring-up, and test cost optimization.
  • Exposure to safety-critical applications (automotive, industrial) and standards (e.g., ISO 26262) from a test/reliability standpoint.
  • Experience with on-chip debug, trace, and design-for-debug features.
  • Scripting skills in Python/Tcl/Perl for DFT automation, log analysis, and flow integration.
  • Prior experience mentoring or leading small DFT teams or task forces.



Qualifications and Experience:

  • Proven experience in leading DFT teams through end-to-end SoC execution, from architecture to silicon bring-up.
  • Demonstrated expertise in developing DFT architecture from scratch for complex SoC designs.
  • Strong team management and leadership experience with a track record of mentoring and growing engineering talent.
  • Bachelor's or Masters degree in Electrical/Electronics Engineering or a closely related field.
  • 7+ years of hands-on experience in DFT methodologies and industry-standard test techniques.
  • Deep knowledge and hands-on experience with:

Logic BIST (LBIST)

Automatic Test Pattern Generation (ATPG)

DFT Rule Checks (DFT DRC)

Scan chain compression and stitching

Low-power DFT techniques and constraints

Memory BIST (MBIST) including repair mechanisms

Boundary Scan (IEEE 1149.1)

Analog DFT strategies

JTAG architecture and TAP integration

DFT-specific STA constraints

  • Proficient in using industry-standard DFT EDA tools, including cadence, Siemens.
  • Strong scripting and automation skills using Perl, Tcl, and/or Python.
  • Solid understanding of digital design fundamentals, including RTL design, Lint/CDC, low power checks, and the full ASIC design flow.
  • Excellent problem-solving skills, with the ability to troubleshoot and resolve complex DFT issues efficiently.
  • Strong communication and interpersonal skills, capable of working effectively in cross-functional and team-oriented environments.

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