Chelsea Search Group
Analog/Mixed-Signal Verification Research Engineer
nRemote / work from home
nUS Citizen or US Permanent Resident
nFull-time/employee + Benefits + 401k + Stock Options
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nYou will work on a small, talented team responsible for developing new verification techniques to verify state-of-the-art circuits and systems, ensuring their accuracy and reliability prior to tape-outs. You will have the opportunity to contribute to all areas of AMS verification, including behavioral modeling, simulation, and mixed-signal integration. Projects range from verifying high-speed, low-noise analog circuits to ensuring the correctness of complex direct-RF digital beamforming and secure hardware systems.
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nResponsibilities :
n• Collaborate with design teams to identify verification gaps and propose coverage-driven solutions.
n• Contribute to post-silicon validation, debugging, and characterization efforts to ensure correlation with pre-silicon verification.
n• Create behavioral models of analog and RF components in SystemVerilog, Verilog-A, Verilog-AMS, or other relevant modeling languages.
n• Define testbenches and validation plans to ensure seamless integration between analog and digital subsystems.
n• Develop and execute AMS verification methodologies for high-performance analog, mixed-signal, and RF circuits, including DACs/ADCs, PLLs, LNAs, and VGAs.
n• Perform functional and mixed-signal verification using industry-standard AMS simulation tools.
n• Stay up to date with advancements in AMS verification methodologies, tools, and semiconductor process technologies.
n
nRequirements :
n• PhD + research experience or BSEE/MSEE with 5+ years of relevant experience
n• Experience in developing advanced verification flows from the ground up
n• Experience with analog, mixed-signal, and RF circuit verification, including behavioral modeling, simulation, and validation
n• Expertise in industry-standard AMS verification tools, such as:
n- Cadence Virtuoso, Spectre, and ADE-XL
n- Real-number emulation on the Cadence Palladium or Synopsys ZeBu platforms
n- VCS, Xcelium
n• Proficiency in Verilog-A, Verilog-AMS and SystemVerilog real number modeling for mixed-signal verification
n
nDESIGN VERIFICATION GROUP on LinkedIn:
nRemote / work from home
nUS Citizen or US Permanent Resident
nFull-time/employee + Benefits + 401k + Stock Options
n
nYou will work on a small, talented team responsible for developing new verification techniques to verify state-of-the-art circuits and systems, ensuring their accuracy and reliability prior to tape-outs. You will have the opportunity to contribute to all areas of AMS verification, including behavioral modeling, simulation, and mixed-signal integration. Projects range from verifying high-speed, low-noise analog circuits to ensuring the correctness of complex direct-RF digital beamforming and secure hardware systems.
n
nResponsibilities :
n• Collaborate with design teams to identify verification gaps and propose coverage-driven solutions.
n• Contribute to post-silicon validation, debugging, and characterization efforts to ensure correlation with pre-silicon verification.
n• Create behavioral models of analog and RF components in SystemVerilog, Verilog-A, Verilog-AMS, or other relevant modeling languages.
n• Define testbenches and validation plans to ensure seamless integration between analog and digital subsystems.
n• Develop and execute AMS verification methodologies for high-performance analog, mixed-signal, and RF circuits, including DACs/ADCs, PLLs, LNAs, and VGAs.
n• Perform functional and mixed-signal verification using industry-standard AMS simulation tools.
n• Stay up to date with advancements in AMS verification methodologies, tools, and semiconductor process technologies.
n
nRequirements :
n• PhD + research experience or BSEE/MSEE with 5+ years of relevant experience
n• Experience in developing advanced verification flows from the ground up
n• Experience with analog, mixed-signal, and RF circuit verification, including behavioral modeling, simulation, and validation
n• Expertise in industry-standard AMS verification tools, such as:
n- Cadence Virtuoso, Spectre, and ADE-XL
n- Real-number emulation on the Cadence Palladium or Synopsys ZeBu platforms
n- VCS, Xcelium
n• Proficiency in Verilog-A, Verilog-AMS and SystemVerilog real number modeling for mixed-signal verification
n
nDESIGN VERIFICATION GROUP on LinkedIn: