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Renesas Electronics

Automotive-focused MCUs, SoCs, analog devices

Wafer Fab Yield Process Engineer

Process EngineeringConfirmed live in the last 24 hours
Full-timePalm Bay, FL, USA

About the Job

Requirements

  • A bachelor's degree in Electrical Engineering, Applied Physics, or a related technical discipline.
  • Eight to ten years of engineering experience in semiconductor wafer fabrication, preferably involving yield, process integration, process engineering, product engineering, or device engineering.
  • Strong understanding of semiconductor wafer fabrication processes and the relationship between process variation, device characteristics, defects, and electrical yield.
  • Demonstrated ability to perform statistical analysis and solve complex manufacturing problems using large manufacturing datasets.
  • Experience with statistical or data-analysis tools such as JMP or comparable platforms.
  • Working knowledge of statistical process control, design of experiments, process capability, correlation and regression, hypothesis testing, and structured root-cause analysis.
  • Ability to communicate complex technical conclusions clearly to engineering and manufacturing organizations.
  • Demonstrated ability to lead cross-functional technical problem-solving efforts.
  • Candidates must meet applicable U.S. person requirements for access to ITAR-controlled articles or technical data, including U.S. citizens or nationals, lawful permanent residents, or protected individuals as defined by 8 U.S.C. § 1324b(a)(3).

Responsibilities

  • Lead wafer-fab yield improvement initiatives by identifying and prioritizing dominant yield-loss mechanisms and converting analysis into actionable improvement projects.
  • Analyze wafer probe maps, electrical test and bin data, inline metrology, defect inspection data, equipment and process history, and lot genealogy to isolate systematic and random yield loss.
  • Perform correlation, regression, statistical analysis, wafer spatial analysis, trend analysis, and other data-mining techniques to identify relationships between process conditions and electrical yield.
  • Lead complex root-cause investigations involving process excursions, recurring yield degradation, wafer-level signatures, equipment effects, materials, and process interactions.
  • Partner with Process and Equipment Engineering to translate yield signatures into physical process hypotheses and validate corrective actions.
  • Define and execute structured experiments and design of experiments to validate suspected yield drivers and optimize process windows.
  • Use statistical process control and process-capability analysis to identify process variation and opportunities for improved manufacturing control.
  • Correlate wafer acceptance test, wafer sort, inline process-monitoring, defect, and manufacturing data to identify yield-improvement opportunities.
  • Work with Failure Analysis teams to develop appropriate physical-analysis plans and translate findings into manufacturing actions.
  • Develop analyses and engineering reports communicating yield trends, excursions, root causes, improvement opportunities, and project status.
  • Lead cross-functional technical reviews for significant yield excursions and improvement programs.
  • Support new-product and technology introduction by identifying yield risks, establishing baseline performance, and accelerating learning during manufacturing ramp.
  • Mentor less-experienced engineers in statistical analysis, structured problem solving, yield analysis, and fab troubleshooting.
  • Identify opportunities to improve fab-wide yield-analysis methods, data infrastructure, and problem-solving practices.

Desired Qualifications

  • A master's degree in Electrical Engineering, Applied Physics, or a related discipline.
  • Experience correlating inline process and defect data with wafer acceptance test and electrical data, wafer-sort results, and final yield.
  • Experience with wafer-map and spatial-pattern analysis.
  • Experience with semiconductor defect inspection or physical failure analysis.
  • Experience creating automated yield-analysis or data-mining tools.
  • Knowledge of semiconductor device physics and electrical test structures.
  • Experience supporting technology or product ramps in a high-volume wafer fabrication environment.

About the Company

Renesas Electronics

Automotive-focused MCUs, SoCs, analog devices

Renesas manufactures and sells MCUs, SoCs, and analog/power semiconductor devices to OEMs, focusing on automotive, industrial, infrastructure, and IoT markets. Its chips are building blocks that run embedded software and manage power and signals, and its Winning Combinations offer pre-tested system architectures to speed up design. It differentiates itself by growing through acquisitions to offer a broad, integrated portfolio and by moving toward a unified digital design platform to reduce integration work. Its goal is to become a leading supplier of these components and provide a single platform for electronics design that speeds time-to-market.

Company size
10,001+
Company stage
IPO
Headquarters
Tokyo, Japan
Founded
2002

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