Engineer III, Manufacturing Engineering Shift 2

at  Thermo Fisher Scientific

JOB DESCRIPTION

Job Title: Beam Tech Operations Engineer III Shift 2
Requisition ID: OPSAddSIOPQ2-65
When you’re part of the team at Thermo Fisher Scientific, you’ll do important work. And you’ll have the opportunity for continual growth and learning in a culture that empowers your development. With revenues of more than $40 billion and the largest investment in R&D in the industry, we give our people the resources and chances to create meaningful contributions to the world.

WHO WE ARE

As the world leader in microscopy, innovation is at the core of what we do. We are the experts in ultra-high vacuum and micrometer level manufacturing. Our Hillsboro Campus produces best-in-class electron and ion microscopes used by scientists and engineers to drive innovation around the globe. The Operations Engineer III Shift 2 role works collaboratively with the engineering and production teams to produce-high quality components used in these microscopes which have enabled researchers like Nobel prize winners and the teams who imaged the COVID-19 virus! Join our team and learn all that we offer.
This position is for shift 2 – Monday through Friday from 11am to 8am.

• Help us grow! With the addition of an additional production shift, you will provide high level engineering support to address manufacturing issues and questions real time.
• Become the go to expert for engineering and yield support for all aspects of ion and electron column as well as electron and ion emitter production.
• Assist, own, and drive improvements across all aspects of beam technology.
• Support new sustaining efforts as they transition from concept through release. You will work with the team to complete projects, DOE studies, statistical analysis and many other exciting tasks relative to what we do.
• Support key off-shift priorities as needed such as inspections, first article validations, and new production equipment qualifications.
• Assists in the training of manufacturing personnel in new product build, existing product improvements, testing, install and repair procedures.
• Develop technical procedures and documentation as necessary.
• Participate in the engineering changes to support factory and service as needed to achieve yield and cost goals.
• Conduct detailed analysis of system or component level problems that affect reliability, performance, etc. This includes the use of statistical analysis such as JMP, practical process improvement (PPI),or other established methods.
• Support the supply chain with engineering expertise. This includes the analysis of parts for reliability, manufacturability, vendor qualification support and supplier technical quality issues.