Module Engineer PVD

onsemi•Town of East Fishkill, NY

6d•$65,800 - $102,100•Onsite

About The Position

onsemi is seeking a Module / Thin Films Engineer. In this role, you will work with the development and support the manufacturing of 300mm silicon wafers used for Automotive and Consumer applications throughout the world. You will also provide process engineering support for additional process areas. In this team-based environment, you will work closely with integration, process, and equipment teams to provide robust, quality products to our customers.

Requirements

BS degree in Engineering or another technical field.
2 years in semiconductor processing or a similar industry
Knowledge of CVD and PVD processes with a focus on AMAT and LAM equipment
Experience working in cross-functional teams to achieve goals and metrics
Intermediate-level data analysis skills, specifically in Excel or JMP, using formulas, pivots, and charts, are required
Proficiency in Microsoft Office, particularly PowerPoint
Strong communication skills with experience in presenting technical project details
Self-motivated and results-oriented
Fluency (written and oral) in English required

Nice To Haves

Advanced education/degree is a plus
Experience with FMEA risk analysis is a plus

Responsibilities

Own critical CVD and PVD processes and associated health of AMAT and LAM equipment in a fast-paced, 24/7 manufacturing environment.
Apply technical skills to implement equipment and process improvements that increase product performance, reduce cost, and increase throughput and yield.
Design and document experiments utilizing engineering methodology to improve yield, cost, and throughput.
Resolve complex, time-sensitive technical problems to maintain production or development schedules.
As a Thin Films Engineer, you will be expected to make decisions using data analysis and statistical process control (SPC) techniques.
Provide daily support for process and product lot disposition in the furnace processing area.
Contribute to the understanding and resolution of all equipment-level shifts in tool performance.
Within the first six to twelve months, develop advanced sustaining responsibilities and contribute to cost reduction, yield improvement, and production throughout increase.