Associate Process Engineer

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FUJIFILM Electronic Materials, U.S.A., Inc., is a global leader in chemical solutions which enable the semiconductor industry and the digital universe. We have an exciting opportunity at our Mesa, AZ facility for an Associate Process Engineer. With state‑of‑the‑art manufacturing facilities in the U.S., Europe, Taiwan, China, Korea and Japan, local sales offices throughout the world and on‑site applications support, FUJIFILM Electronic Materials supplies the world’s top tier semiconductor manufacturers with a broad array of products and services used throughout the semiconductor manufacturing process.

The Associate Process Engineer will be responsible to provide the support to monitor, troubleshoot and report performance of high‑volume manufacturing processes in a safe, environmentally sound and economic manner. Also responsible for investigating, designing, and conducting projects aimed at continuous improvement and support new product development involving high‑purity used in advanced, integrated circuit nodes.

• Monitor daily production for high volume manufacturing processes for key processes.
  • Document procedures for process of record for key processes/products. Update work instructions; verify batch records and documentation.
  • Support and participate in environmental, safety and health and quality department programs and requirements.
  • Conduct Hazard assessments including OHSAS, Environmental Assessments.
  • Investigate Nonconforming Materials, report findings to internal MRB and process paperwork.
• Providing problem solving expertise for a wide range of technical problems of various engineering projects.
  • Participate in customer meetings, audits and answer customer complaints using an 8D or customer formats as required.
• Conduct and document trend review investigation.
  • Analyze statistical process control performance, OOC’s and trend alerts. Requires use of Excel, JMP or other statistical software.
• Lead Process Engineering Development.
  • Direct and oversee process improvement initiatives for Fujifilm’s ultrapure solvents (UPS), focusing on advanced purification techniques such as nano‑filtration and distillation. Ensure these processes are effectively documented and promoted.
• Guide New Product Development (NPD) and Continuous Improvement (CIP).
  • Manage projects from pilot scale through to high-volume manufacturing (HVM), ensuring smooth transitions and scalability.
  • Conduct shelf‑life studies on new or existing products in finished good packaging and prepare technical reports.
  • Prepare MOCs as required.
  • Generate Engineering Change Notices.
• Align Raw Materials and Strategic Sourcing.
  • Collaborate with cross-functional teams including business/sales, procurement, engineering, manufacturing, and R&D—to ensure raw materials and sourcing strategies align with PCS/SQC objectives.
• Set Packaging Standards.
  • Establish and document specifications for next-generation product packaging, including a detailed evaluation of materials of construction and their impact on finished product quality. Provide recommendations for future needs based on data-driven analysis.
• Coordinate with Customers and Suppliers.
  • Collaborate in conjunction with the business team, with strategic customers and suppliers to develop and implement mutually beneficial Process Technology roadmaps for FEUS.
• Execute design of experiments (DOE).
  • Design and conduct experiments to fully understand the effects of raw materials and process variables on finished product quality. Analyze results to refine experimental approaches and support successful product introductions.
  • Responsible for planning and executing projects as assigned by supervisor.
• Contribute to process control Technology.
  • Collaborate with cross-functional teams to deliver robust process control technologies for measurable process and analytical chemical parameters, both in-house and at supplier locations.
• Research and implement advanced process technologies.
  • Investigate and integrate new process technologies—such as filtration, distillation, and ion exchange and in-situ…