Top Process Engineer Jobs

The Process Integration Engineer will improve semiconductor device processes, lead teams, and ensure timely technology transfer and product flow in a 300mm wafer fab.

The Lead Process Engineer will oversee process mechanical design, ensure quality, interface with clients, generate specifications, and support business development.

Lead and support process safety programs across Americas, conducting PHAs, LOPAs, SIL assessments, incident investigations, audits, training, and continuous improvement. Mentor teams, develop corporate standards, and collaborate with operations and engineering to mitigate process safety risks.

Own the end-to-end CAPA process, including investigations, root cause analysis, corrective actions, effectiveness verification, documentation, and trend monitoring. Develop SOPs and change controls, maintain QMS compliance with FDA 21 CFR Part 820 and ISO 13485, review quality records, conduct internal audits, and support FDA, ISO, and customer audits. The role also provides training, technical writing, project coordination, and continuous improvement support.

Partner with operational leaders to identify and redesign processes using continuous improvement methodologies. Support project planning and implementation, analyze data and metrics, and drive measurable improvements in cost, quality, safety, and operational effectiveness while managing stakeholder communication and change.

Drive new product introduction for GaN laser products by translating designs into manufacturable processes, optimizing process flows and controls, improving yield and uniformity, analyzing device performance with microscopy and statistical tools, documenting developments, ensuring quality and safety compliance, and reducing production costs. Collaborate with R&D, reliability, and failure-analysis teams to resolve technical challenges and deliver continuous process improvements.

Design, specify, procure, fabricate, commission, operate, and improve process and mechanical equipment for advanced nuclear technology test platforms. Perform fluid-flow, pressure-drop, heat-transfer, equipment-sizing, piping-load, and thermal-expansion calculations. Develop and review P&IDs, equipment specifications, layouts, fabrication drawings, installation details, and as-built documentation. Support test readiness, startup, operation, troubleshooting, shutdown, and post-test reporting in a hands-on development environment.

Lead industrial automation and control-system projects from design through implementation, including PLC and HMI/SCADA programming, industrial Ethernet configuration, system commissioning, troubleshooting, testing, documentation, and control-algorithm tuning. Coordinate Controls/SCADA project plans, support schedule and budget management, improve department standards, and mentor junior engineers. The role serves manufacturing, water, and energy clients and requires hands-on experience with Rockwell Logix 5000 and Ignition.

Designs mechanical systems for utility power generation, distribution, and industrial process facilities. Develops PFDs, P&IDs, specifications, site arrangements, and construction documentation. Coordinates multidisciplinary project deliverables, schedules, budgets, constructability, and client expectations. Supervises mechanical engineering staff, applies applicable codes, supports staffing projections, and contributes to business development, proposals, client relationship development, and opportunity identification.

The Process Systems Engineer role focuses on managing outbound processes, troubleshooting, and improving operational performance across various systems applications in a pharmaceutical context.

Provide technical leadership for process safety at Pasadena and Dayton sites: lead PHAs/LOPA/FSS, incident investigations, MOC and regulatory compliance (PSM/RMP), train staff, support capital projects, ensure reliability of IPLs/SIFs/CMSs, coordinate audits/inspections, and drive continuous improvement in process safety programs.

Maintain and enhance process control applications for assigned units, develop control strategies for new projects, support DCS/PLC/SIS installation and maintenance, lead alarm management and PSM MOC activities, participate in PHA/LOPA/IPL and incident investigations, train operators, and collaborate to meet production, quality, safety, and environmental goals.

Maintain and enhance process control applications for assigned units. Develop, modify, and tune control strategies and multi-variable controllers. Support PLCs, DCS, safety instrumented systems, alarm management, PSM/LOPA/PHA activities, operator training, and project FATs to improve safety, quality, production, and energy performance.

Lead facet coating process integration for optoelectronic lasers and detectors. Develop and scale multilayer IBS/ALD coatings, run DOE/SPC/FMEA, perform metrology (ellipsometry, AFM, spectrophotometry), drive CAPA/root-cause analyses, manage equipment lifecycle and subcontractor performance, implement KPIs/dashboards, and collaborate with Product, Quality, and R&D to improve yield, reliability, and production efficiency in a 24/7 manufacturing environment.

Establishes process safety parameters for advanced manufacturing and launch-vehicle production. Responsibilities include developing safety procedures, conducting machinery risk assessments and PFMEAs, designing functional safety systems, serving as Laser Safety Officer, reviewing tooling and ground support equipment, evaluating high-pressure systems, and supporting test readiness reviews. The role is onsite in Hawthorne, California, may require extended hours and weekends, and requires engineering education plus manufacturing, quality, or design experience.

Leads process safety, risk management, Safety Case development, hazard assessments, barrier management, regulatory compliance, and assurance activities for high-hazard offshore operations. Facilitates HAZID, HAZOP, Bowtie, and QRA studies; oversees safety-critical elements and performance standards; supports inspections and management of change; and advises senior stakeholders. Also drives safety training, digital safety improvements, organizational learning, and a strong major-accident-prevention culture.

Develops and improves epitaxy manufacturing processes in a high-volume 300mm semiconductor fab. Responsibilities include supporting equipment installation and manufacturing ramps, improving yield, efficiency, quality, and cycle time, executing process experiments and startup activities, performing lot and equipment dispositions, analyzing process and equipment issues, and collaborating across teams to resolve production priorities.

Build and lead Antora Energy’s process safety program for thermal energy storage facilities. Facilitate PHAs, including HAZOP, What-If, and LOPA; manage MOC and PSSR processes; maintain process safety information; support operating procedures, mechanical integrity, incident investigations, training, and emergency response. Partner with engineering, operations, R&D, and leadership during design reviews, track safety metrics, and translate process safety standards into practical guidance.

Provide on-site customer support and troubleshooting for semiconductor capital equipment across processes (CVD, ALD, RIE, PVD, anneal, implant). Lead installations, diagnostics, root-cause analyses, DOE and statistical data analysis, report and present findings, and collaborate with R&D and customers to optimize tool performance and resolve complex process issues.

Lead development and implementation of complex process technologies for medical device manufacturing. Drive innovation, quality (QMS/FDA) adherence, continuous improvement, and cross-functional projects. Mentor technicians/engineers, author protocols and documentation, procure equipment, and support manufacturing excellence initiatives including 5S, value stream mapping, and Six Sigma-driven improvements. Occasional travel required.

Design and analyze chemical process systems: produce PFDs, P&IDs, heat and material balances, process simulations, and equipment datasheets. Size and rate pumps, vessels, exchangers, and relief systems; perform hydraulic and flare header analysis. Prepare instrument and line lists, process descriptions, and participate in HAZID/HAZOP reviews. Support projects as an individual contributor and present technical information to clients and peers.

Lead process integration and optimization for high-volume MLCC manufacturing. Coordinate cross-functional teams to meet yield, scrap, and OTTP targets, analyze process data for troubleshooting, manage capital and automation projects, and track key metrics (SPC, process capability). Support equipment projects and continuous improvement initiatives.

The Process Development Engineer will design and optimize chemical processes for advanced materials, drive production scaling, perform root cause analysis, and collaborate with quality engineers to ensure product integrity while working in a fast-paced environment.

Optimize CNC machining and production processes: develop CAM/CNC programs, prove out setups, create work instructions, perform first-article inspections, drive continuous improvement, support PFMEA/RCCA, select tooling, and assist NPI and cross-functional manufacturing issues.

As a Photolithography Process Development Engineer, you will develop and optimize photolithography processes for advanced semiconductor manufacturing, focusing on 20nm-class technologies, while collaborating with cross-functional teams to ensure performance and yield targets are met.