Design Verification Engineer – Mixed-Signal & AMS

Texas Instruments; Dallas (TX); On-site; USD 90,000 - 140,000; Full time

Job summary

Texas Instruments is seeking a Design Verification Engineer in Dallas to work on advanced mixed-signal sensor circuits and high-performance digital interfaces. You will contribute to digital and AMS verification, develop test plans, and create SystemVerilog testcases for next-generation designs.

You will drive regression, risk assessment, and verification flow improvements, collaborating with design and systems teams to close spec gaps and ensure robust, testable designs in a fast-paced

Responsibilities

• Develop detailed Verification/Test plans using specifications to cover all digital/analog functionality/features of a mixed-signal chip for our next generation designs.
• Develop SystemVerilog chip-level testcases based on the verification plan.
• Simulation, Testcase debug and Verification closure for the digital/analog functionality of Mixed-signal chips, at chip-level in digital and AMS environment.
• Finding design bugs with break-the-design mindset and ensuring design is bug-free and robust.
• Develop SystemVerilog based behavioral models for the analog blocks and integrate them in the chip-level verification environment.
• Running regressions and DV closure activities.
• Work closely with design and systems teams to review/close spec gaps and design bugs, as they arise.
• Design for testability using ad-hoc, Full scan,IDDQ, VBOX, ATPG, BIST
• Drive documentation, reviews and verification flow improvement strategies.
• Be proactive in risk assessment and drive solutions to mitigate them.

Job description

Texas Instruments is seeking a Design Verification Engineer in Dallas to work on advanced mixed-signal sensor circuits and high-performance digital interfaces. You will contribute to digital and AMS verification, develop test plans, and create SystemVerilog testcases for next-generation designs.

You will drive regression, risk assessment, and verification flow improvements, collaborating with design and systems teams to close spec gaps and ensure robust, testable designs in a fast-paced