Top Process Engineer Jobs

Designs and analyzes mechanical structures, systems, and components for terrestrial and space-based advanced nuclear reactors. Responsibilities include CAD modeling, structural hand calculations, FEA support, design for manufacturability, prototype testing, and cross-disciplinary coordination. The engineer maintains configuration-controlled models in Teamcenter, develops analysis plans, and supports integration of reactor components such as pressure vessels, heat exchangers, core structures, and transportation packages.

Develops, validates, optimizes, and continuously improves manufacturing processes, equipment, tooling, and fixtures for medical devices. Supports new product introduction, scale-up, production readiness, process capability, quality, and manufacturability. Investigates process issues through root cause analysis, implements corrective actions, applies statistical controls, and identifies yield, cycle-time, scrap, and cost improvements. Creates manufacturing documentation and collaborates with Manufacturing, Quality, Regulatory, Supply Chain, and design teams. This is a full-time onsite role in Irvine, California, with up to 20% travel.

Supports the development, validation, optimization, and continuous improvement of manufacturing processes and equipment for medical products. Responsibilities include new product introduction, process scale-up, equipment qualification, manufacturing documentation, statistical process control, root cause analysis, corrective actions, automation, and cost reduction. The role collaborates with Manufacturing, Quality, Regulatory, Supply Chain, and engineering teams while independently managing moderately complex assignments in a regulated manufacturing environment.

Lead process engineering for power EPC projects: develop PFDs/P&IDs, size equipment, perform hydraulic and relief/flare system analyses, lead teams, participate in HAZOP/HAZID, ensure code compliance, and support project estimates and client reviews.

Develops and improves manufacturing processes for new and existing products at a Wisconsin plant. Leads Lean Six Sigma, DMAIC, and Kaizen initiatives; trains employees; identifies process improvements; supports production-line design and capital-project implementation; evaluates equipment and tooling; troubleshoots process and equipment issues; analyzes SPC data and OEE; and coordinates cross-functional engineering requirements. The role also communicates technical information, reports project progress, and supports productivity, quality, and waste-reduction goals.

Design, develop, test, deploy, monitor, and support workflow and robotic process automations. Analyze and improve business processes, gather requirements, create technical solutions, integrate enterprise systems, develop SQL-based data transformations and Power BI reporting, and manage testing, documentation, stakeholder communication, adoption, and continuous improvement.

Develop, scale up, and optimize manufacturing processes for new and existing snack products. Conduct trials, ensure GMP/HAACP compliance, collaborate with R&D, production, QA/QC and engineering, troubleshoot processes, collect and analyze data, and prepare process documentation.

Develop, prove-out, and optimize machining processes for large valve components. Program CNC at the machine, set up and run large vertical/horizontal lathes, optimize tooling/feeds/holding, create work instructions, train machinists, support new product introduction, manage tooling database, assist fixture projects, and drive setup reduction, throughput, safety, and process consistency.

The Process Engineer designs and optimizes manufacturing processes for fiber-sensor products, enhances efficiency, troubleshoots issues and trains staff.

Lead process development for III-V etching, coating, and related fabrication modules; translate product requirements into process specs and control plans; define tooling and metrology; design and run DOEs to optimize yield and manufacturability; qualify vendors and tools; document and institutionalize processes; collaborate with device, packaging, manufacturing, and external fabs to troubleshoot and scale.

Develop and document SOPs/SWIs, troubleshoot automation and equipment, lead continuous improvement and kaizen projects, support equipment installs/launches, run root cause analyses, mentor junior staff, and collaborate with operations across multiple sites.

The Process Engineer is responsible for advancing plant-based products from feasibility to production readiness, optimizing processes, and supporting new product launches in a cross-functional team environment.

Execute micro- and nanofabrication process flows in the Berkeley Nanolab cleanroom, operate photolithography, deposition, etch, and metrology tools, support process development and yield improvement, maintain fabrication documentation, troubleshoot tool/process issues, coordinate with lab staff, and follow cleanroom and chemical safety protocols. Early-career hires will grow into process ownership and learn yield and failure analysis.

Provide MSAT support for biologics/gene therapy manufacturing: lead technology transfers, author and implement GMP documentation, troubleshoot process deviations, manage CAPAs/change controls, support process validation, analyze process data, and collaborate with QA/QC/Validation and external stakeholders to ensure compliant, scalable manufacturing operations.

Provide MSAT technical support for biologics/gene therapy manufacturing including tech transfer, GMP documentation (SOPs, BPRs), troubleshooting, investigations (deviations, CAPAs), process validation/qualification, trend analysis, and cross-functional collaboration to ensure compliant, scalable production.

Responsible for improving and supporting manufacturing processes, guiding junior engineers, and contributing to lean manufacturing initiatives within a production environment.

Support development, optimization, and stabilization of electrode, cell assembly, and formation processes. Monitor production KPIs, analyze process and quality data, run DOE, troubleshoot equipment, prepare samples, update SOPs, and collaborate with R&D, Quality, and Production teams to implement process improvements.

The Senior Process Engineer will lead projects in manufacturing processes, ensuring safety, quality, and efficiency through collaboration with operations and application of WCM tools.

The Process Engineer will develop and improve manufacturing processes for solid rocket motors, collaborating across teams to ensure safety and quality standards while contributing to continuous improvement initiatives.

Lead and support technology transfers and process validation for aseptic filling operations. Manage equipment qualification/commissioning, author regulatory submission content, perform risk and gap assessments, mentor junior engineers, and collaborate cross-functionally to ensure cGMP compliance and reliable drug product supply.

Provide primary technical support for mammalian manufacturing processes including process transfer, gap analysis/FMEA, process modeling, authoring/reviewing process documents and batch records, investigating deviations and root causes, performing complex statistical analyses, supporting lot release, and representing MSAT on project teams and audits. Mentor junior staff and provide on-call manufacturing support.

The Process Engineer supports ion implant equipment characterization, customer interactions, data analysis, and cross-functional collaboration to meet product requirements.

As a Process Engineer II, you will enhance manufacturing efficiency and product quality in chemical processes through analysis, documentation, and process improvement, including scale-ups and validations.

The Process Engineer will design and optimize manufacturing processes for semiconductor and display technologies, analyze data, troubleshoot issues, and collaborate with vendors and customers.

As a Process Engineer, you will manage metallurgical characteristics for investment casting, aiming for high yield and low costs while ensuring quality. Collaboration with manufacturing and product engineers is essential, alongside continuous improvement initiatives.