Senior CVD Process Engineer – Dielectric Films

GlobalFoundries; Essex Junction (VT); Sur place; USD 69 000 - 120 000; Plein temps

Résumé du poste

GlobalFoundries in Essex Junction, VT, is seeking a Senior Process Engineer for the Fab9 CVD module to sustain, improve, and own existing CVD processes on-site. The role focuses on dielectric and conductive film deposition using CVD methods, requiring strong leadership and problem-solving in a fast-paced manufacturing environment.

The ideal candidate has a bachelor’s degree in engineering or materials science, 2–3 years of semiconductor experience, and proficiency in Lean practices.

Qualifications

• Bachelor’s degree in engineering, materials science, or related technical discipline.
• Demonstrated ability to lead projects and drive solutions.
• Lean manufacturing knowledge including 5S, problem solving, value stream mapping, Kaizen.

Responsabilités

• Own and sustain CVD module processes to meet quality, yield, cost, and cycle time objectives.
• Develop and qualify new CVD processes, tooling, and materials.
• Partner with equipment engineering and maintenance to improve process capability and tool performance.
• Analyze process data and implement continuous improvement initiatives.
• Support new technology development and transfer into manufacturing.
• Create and maintain standard work documentation and training materials.
• Collaborate across manufacturing, integration, characterization, and development teams.
• Drive problem-solving activities to improve yield and operational performance.

Connaissances

Lead projects

Lean manufacturing

Planning & organizing

Communication skills

English fluency

Travel

Formation

Bachelor’s degree in engineering or materials science

Master’s degree in engineering or materials science

Description du poste

GlobalFoundries in Essex Junction, VT, is seeking a Senior Process Engineer for the Fab9 CVD module to sustain, improve, and own existing CVD processes on-site. The role focuses on dielectric and conductive film deposition using CVD methods, requiring strong leadership and problem-solving in a fast-paced manufacturing environment.

The ideal candidate has a bachelor’s degree in engineering or materials science, 2–3 years of semiconductor experience, and proficiency in Lean practices.