Process Engineer – Etch

GlobalFoundriesMalta, NY
$105,678 - $120,000Onsite

About The Position

Be responsible for process sustenance and development that includes process variability reduction, recipe development, defectivity reduction and process optimization for high volume manufacturing (HVM). Collaborate with GlobalFoundries internal customers and participate in development/manufacturing of unit process for various technologies including FinFET, Si Photonics and many more. Sustain production line, daily SPC monitoring, Cpk improvement, and troubleshooting support for process and tool issues. Improve process robustness for high volume manufacturing using statistical tools, DOE techniques, data-driven decision making, and systematic problem-solving skills. Use lean manufacturing and six sigma processes. Drive continuous improvement efforts in support of throughput improvement, cost reduction, and yield learning. Train shift technicians for executing the business processes in a 24x7 HVM production environment. Interact and collaborate closely with multiple internal and external stakeholders and teams such as equipment suppliers, equipment engineers and technicians, CFM (contamination free manufacturing) team, PI (process integration) team, cost management and quality assurance teams.

Requirements

  • Master’s degree in Chemical Engineering, a related field, or a foreign equivalent plus 1 year of post-baccalaureate experience in job offered or any engineering related job titles
  • 1 year of experience in SPACE SPC tools to monitor and control the quality of manufacturing processes
  • 1 year of experience in FMEA line yield improvements
  • 1 year of experience in Creating and improving Corrective Action Specifications
  • 1 year of experience with Semiconductor equipment
  • 1 year of experience with Design of Experiments (DOE)
  • 1 year of experience with Tool matching and performance improvements

Responsibilities

  • Process sustenance and development
  • Process variability reduction
  • Recipe development
  • Defectivity reduction
  • Process optimization for high volume manufacturing (HVM)
  • Development/manufacturing of unit process for various technologies
  • Sustain production line
  • Daily SPC monitoring
  • Cpk improvement
  • Troubleshooting support for process and tool issues
  • Improve process robustness for high volume manufacturing
  • Use lean manufacturing and six sigma processes
  • Drive continuous improvement efforts in support of throughput improvement, cost reduction, and yield learning
  • Train shift technicians for executing the business processes in a 24x7 HVM production environment
  • Interact and collaborate closely with multiple internal and external stakeholders and teams
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