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## Responsibilities

You will create DFT specifications, create verification plans, and define the SoC test interface.
You will develop and implement the DFT architecture and own its integration into large SoC blocks — including IP integration, system and control bus connectivity, and the integration of memories and hard macros.
You will implement testbenches, generate directed and constrained-random tests, debug failures, run gate-level simulations, and close coverage.
You will also generate structural test vectors, run synthesis and timing closure and work closely with Chip Architecture, DV, Physical Design, and Power teams to achieve first-tapeout success.
Additional responsibilities include supporting STA, physical, power, and logical analysis for DFT modes, partnering with Test Engineers to bring up test vectors on silicon.

## Minimum Qualifications

B.Sc./M.Sc./PhD in Electrical Engineering, Computer Science, or a related field.
Solid knowledge of industry-standard DFT practices, including ATPG, JTAG, MBIST, and the trade-offs between test quality and test time.
Proficient in Verilog and/or VHDL, with hands-on experience using simulators and waveform debugging tools.
Experience developing DFT specifications and driving DFT architecture and methods for designs.
Proven understanding of design verification (DV) methodologies for validating DFT implementation in simulation pre-silicon.
Proficient in a scripting language such as Python, TCL, or Perl, including familiarity or proficiency in leveraging generative AI tools to accelerate scripting and engineering workflows.
Ability to fluently speak and write in English, including expressing complex technical concepts clearly.

## Preferred Qualifications

Experience developing DFT specifications and driving DFT architecture and methods for designs
Proven Understanding of design verification (DV) methodologies for validating DFT implementation in simulation pre-silicon
Experience debugging compressed ATPG patterns, MBIST, and JTAG/1500 related issues.
Experience with STA constraints development and analysis for DFT modes, as well as SDF simulations.
Ability to conduct experiments during silicon debug, gathering and analyzing data, and using scripting to support efficient handling of ATE data.
Excellent problem-solving and communication skills.
Experience in large SoC design or verification.

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