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Electromigration Jobs (NOW HIRING)

Solid understanding of RC delay, electromigration, and coupling.Understanding of guard rings, DNW, PN junctions, and sophisticated process effects such as LOD, WPE, etc.High level proficiency in ...

Layout review for power/gnd routing, electromigration, signal path check, differential and IQ matching, and signal coupling.Top-level layout integration and verification, schedule management. BS and ...

Good understanding of RC delay, electromigration, and coupling.Experience in custom RF/analog layout for radio transceivers with extensive knowledge of deep sub-micron CMOS (16nm and lower with ...

Solid understanding of RC delay, electromigration, and coupling. Understanding of guard rings, DNW, PN junctions, and sophisticated process effects such as LOD, WPE, etc. High level proficiency in ...

Solid understanding of RC delay, electromigration, and coupling. Understanding of guard rings, DNW, PN junctions, and sophisticated process effects such as LOD, WPE, etc. High level proficiency in ...

Define and execute stress test plans (e.g., thermal cycling, humidity, electromigration) to validate package robustness. * OSAT Management & Collaboration: * Work closely with OSAT partners to drive ...

Package Reliability Engineer

Santa Clara, CA ยท On-site

$120K - $151K/yr

Define and execute stress test plans (e.g., thermal cycling, humidity, electromigration) to validate package robustness. * OSAT Management & Collaboration: * Work closely with OSAT partners to drive ...

Layout review for power/gnd routing, electromigration, signal path check, differential and IQ matching, and signal coupling. Top-level layout integration and verification, schedule management ...

Solid understanding of RC delay, electromigration, and signal coupling * Strong communication skills and ability to collaborate with designers and layout teams Who You Will Be Working With: IC Enable ...

Solid understanding of RC delay, electromigration, and coupling. Understanding of guard rings, DNW, PN junctions, and sophisticated process effects such as LOD, WPE, etc. High level proficiency in ...

Solid understanding of RC delay, electromigration, and coupling. Understanding of guard rings, DNW, PN junctions, and sophisticated process effects such as LOD, WPE, etc. High level proficiency in ...

Layout review for power/gnd routing, electromigration, signal path check, differential and IQ matching, and signal coupling. Top-level layout integration and verification, schedule management ...

Solid understanding of RC delay, electromigration, and coupling. Understanding of guard rings, DNW, PN junctions, and sophisticated process effects such as LOD, WPE, etc. High level proficiency in ...

Layout review for power/gnd routing, electromigration, signal path check, differential and IQ matching, and signal coupling. Top-level layout integration and verification, schedule management ...

Solid understanding of RC delay, electromigration, and coupling. Understanding of guard rings, DNW, PN junctions, and sophisticated process effects such as LOD, WPE, etc. High level proficiency in ...

Layout review for power/gnd routing, electromigration, signal path check, differential and IQ matching, and signal coupling. Preferred Qualifications Experience in custom RF/analog layout for radio ...

Layout review for power/gnd routing, electromigration, signal path check, differential and IQ matching, and signal coupling. Preferred Qualifications FinFet experience. Experience in custom RF/analog ...

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Electromigration information

What are the typical challenges faced by engineers working on electromigration reliability in semiconductor design?

Engineers focusing on electromigration reliability often encounter the challenge of balancing high current densities with miniaturized interconnects, as smaller geometries are more susceptible to failure. They must analyze and predict potential failure points using advanced simulation tools and collaborate closely with layout, process, and reliability teams to ensure design rules are robust. Keeping up with evolving material technologies and stringent industry standards also requires continuous learning and adaptation. Effective communication across multidisciplinary teams is essential to proactively address electromigration issues before mass production.

What are the key skills and qualifications needed to thrive as an Electromigration Engineer, and why are they important?

To thrive as an Electromigration Engineer, you need a strong background in materials science, solid-state physics, and semiconductor device engineering, typically supported by a relevant engineering degree. Familiarity with simulation tools like COMSOL Multiphysics, failure analysis equipment (such as SEM/TEM), and industry standards is essential. Analytical thinking, problem-solving, and clear communication are important soft skills for interpreting data, collaborating with teams, and presenting findings. These skills ensure the reliable design and testing of electronic components, helping prevent device failures and improve product longevity.

What is the difference between Electromigration vs Semiconductor Process Engineer?

AspectElectromigrationSemiconductor Process Engineer
Required credentialsPhysics or Electrical Engineering degree, specialized knowledge in materials scienceElectrical Engineering, Materials Science, or Chemical Engineering degree
Work environmentCleanroom, R&D labs, semiconductor fabrication facilitiesManufacturing plants, cleanrooms, R&D labs
Industry usageElectronics, semiconductor manufacturingSemiconductor industry, electronics manufacturing
Common search intentUnderstanding failure mechanisms in microelectronicsProcess optimization and manufacturing quality

Electromigration involves studying how metal atoms move within microelectronic circuits under electrical current, leading to device failure. Semiconductor Process Engineers focus on developing and optimizing manufacturing processes for semiconductor devices. While both roles operate in the semiconductor industry and require technical knowledge, Electromigration is more research-focused on material failure, whereas Semiconductor Process Engineers work on production processes.

What is electromigration and why is it important in electronics?

Electromigration is the gradual movement of metal atoms within a conductor, such as a wire or trace, caused by the flow of high-density electrical current. This phenomenon can lead to the formation of voids and hillocks in the metal, potentially causing circuit failure over time. Electromigration is especially important in microelectronics because as devices become smaller and power densities increase, the risk of failure due to electromigration also rises. Understanding and preventing electromigration is crucial for ensuring the reliability and longevity of integrated circuits and electronic devices.
Infographic showing various Electromigration job openings in the United States as of May 2026, with employment types broken down into 100% Full Time. Highlights an 75% In-person, and 25% Hybrid job distribution.
RF/Analog IC Layout Engineer

RF/Analog IC Layout Engineer

Pacer Group

San Francisco, CA โ€ข On-site

Contractor

Posted 5 hours ago


Job description

Job Title: RF/Analog IC Layout Engineer
Job Location: SF Bay Area, San Diego, Austin
Job Duration: 3 months, Contract toย  Hire

Job Summary:
  • You will work along our layout engineers and RF designers to build detailed transistor-level layout of RF and analog circuit blocks including bandgap/bias/LDO, ADC/DAC, baseband filters, modulators, power amplifiers, PLL, LO generation, LNA, and Mixer.
  • You will also be responsible to provide high quality layout to pass our verification flows including extraction, DRC, LVS, and DFM checking. Layout quality will be reviewed for power/gnd routing, electromigration, signal path check, differential and IQ matching, and signal coupling.
  • Collaborate closely with Layout Engineers and RF Designers to create detailed, transistor-level layouts for cutting-edge RF and analog circuit blocks. You will be instrumental in ensuring the highest quality layout that successfully passes rigorous industry-standard verification flows."
Job Responsibilities:
  • Develop detailed transistor-level layouts for complex RF and analog circuit blocks, including:
  • Bandgap/Bias/LDO
  • ADC/DAC
  • Baseband Filters, Modulators, and Power Amplifiers (PA)
  • PLL, LO Generation
  • LNA and Mixer
  • Ensure all layouts meet stringent verification flow standards, including:
  • Extraction
  • DRC (Design Rule Checking)
  • LVS (Layout Versus Schematic)
  • DFM (Design for Manufacturing) checking
  • Conduct thorough layout quality reviews focusing on:
  • Power and ground routing integrity and electromigration compliance
  • Critical signal path verification and optimization
  • Precision in differential and IQ matching
  • Mitigation of signal coupling effects
Mandatory Skills:
  • Proven experience with FinFET technology.
  • Demonstrated expertise in custom RF/analog layout for analog or RF transceivers.
  • Extensive, practical knowledge of deep sub-micron CMOS processes.
  • High proficiency in interpreting results from verification tools such as CALIBRE DRC, ERC, and LVS.
  • Familiarity and working knowledge of CADENCE layout tools.
Optional Skills:
  • Strong understanding and application of advanced layout techniques for:
  • Precise device matching
  • Minimizing parasitics
  • Effective RF shielding
  • Optimized high-frequency routing
  • Solid technical grasp of effects like RC delay, electromigration, and coupling.
  • Knowledgeable about critical process-related layout structures, including guard rings, DNW (Deep N-Well), PN junctions, and advanced process effects (e.g., LOD, WPE).
  • Excellent communication skills and proven ability to effectively collaborate with designers and other layout engineers.