Global Product Support (gps) Engineer Ii - Early In Career (gloucester, Ma)
Applied Materials
Gloucester, MA, United States
$86,500.00 - $119,000.00; not specified; not speci...
On-site
Troubleshoot vacuum and plasma chamber issues
Root cause analysis methodologies
Support system escalations
Applied Materials is seeking a Global Product Support Engineer II for their Gloucester, MA location. The role involves providing technical support for etch-based semiconductor systems, particularly focusing on vacuum and plasma chamber technologies, while promoting a supportive work culture that encourages professional growth
Job Summary
The GPS Engineer II provides technical product support for etch-based semiconductor systems, with emphasis on vacuum and plasma chamber technologies.
Key responsibilities include executing structured troubleshooting, participating in root cause analysis (RCA) activities, supporting system escalations, and assisting with installs and upgrades.
The role requires a Bachelor's degree in a relevant engineering field or equivalent experience, with 2-4 years of experience supporting etch-based semiconductor systems.
Matching Summary
Match Score: 85
Applied Materials is seeking a Global Product Support Engineer II for their Gloucester, MA location. The role involves providing technical support for etch-based semiconductor systems, particularly focusing on vacuum and plasma chamber technologies, while promoting a supportive work culture that encourages professional growth.
Salary
$86,500.00 - $119,000.00; Not specified; Not specified
Skills & Requirements
Must-have
Troubleshoot vacuum and plasma chamber issues
Root cause analysis methodologies
Support system escalations
Hands-on vacuum and plasma chambers
Etch process fundamentals
Nice-to-have
Supportive work culture
Push boundaries of what is possible
Continuous learning and development
Key Requirements
2 - 4 years of experience
Bachelor's degree in Engineering or related field
Hands-on experience with vacuum and plasma-based chambers
Demonstrated participation in structured root cause analysis