Top Process Engineer Jobs

Lead identification, analysis, and optimization of hospital operational processes using Lean, Six Sigma, and data-driven tools. Partner with cross-functional teams to design, implement, and sustain workflow improvements that increase efficiency, quality, and productivity.

Lead development and sustainment of wafer singulation and facet preparation processes for edge-emitting laser components. Own process controls, SPC, FMEAs, and OCAPs; support high-volume thinning operations, troubleshoot excursions, and drive yield improvements using DOE and statistical analysis. Develop pick-and-place, stacking, and automation processes and provide real-time manufacturing support.

Serve as technical lead for MSAT technology transfer, validation, and lifecycle management. Support process implementation from first runs through commercial campaigns, author process documentation, lead change controls, analyze process performance, and provide on-call manufacturing support as the technical SME.

Support new product introductions and provide production/process engineering for rubber/plastic product lines. Troubleshoot production issues, lead quality and KPI monitoring, run lab and factory trials, support equipment design, implement process improvements and mistake-proofing, and maintain ISO 9001:2015 quality systems while coordinating cross-functional manufacturing activities.

Support commissioning, startup, troubleshooting, and performance verification of manufacturing processes and equipment. Develop process automation documentation, monitor process data, drive continuous improvement and sustainability initiatives, assist small capital projects, and ensure compliance with safety, quality, and food safety requirements while collaborating with cross-functional teams.

Provide on-site customer support and service for semiconductor equipment; develop and optimize dry etch and related processes; design experiments (DOE), analyze statistical data, perform root-cause analyses, troubleshoot complex process issues, lead projects and mentor junior engineers, and liaise with customers and R&D.

Provide on-site customer support for semiconductor equipment installations, diagnostics, service and repair. Develop and optimize fabrication processes (PVD/CVD/ALD, etch, anneal, implant), design and analyze experiments (DOE, statistics), troubleshoot and perform root-cause analyses, compile technical reports, mentor junior staff, and liaise between customers and R&D to resolve complex process issues.

Lead manufacturing/process engineering for RF Electronic Warfare systems: shape proposals, develop roadmaps and KPIs, lead NRE and capital projects, perform earned value/CAM, create process specs/work instructions/tooling, drive continuous improvement, report to leadership, interface with clients/vendors, and obtain/maintain DoD clearance. Must be US citizen and obtain CAM certification.

Improve and maintain semiconductor and photonics manufacturing processes to reduce defects, support NPI and technology transfer, troubleshoot high-volume automation equipment, implement process improvements (DOE/SPC/FMEA), develop SOPs and documentation, and collaborate with cross-functional teams to ensure quality and ISO compliance.

Lead and implement continuous improvement initiatives across manufacturing to boost productivity, yield, quality, safety, and reduce cost. Analyze workflows, perform time studies, run kaizens, support NPI and process validation, develop SOPs and training, and partner with cross-functional teams to sustain improvements and report KPI progress.

Designs, develops, tests, deploys, and supports enterprise RPA automations (full lifecycle). Engages stakeholders, troubleshoots complex workflows, integrates robots with systems, and may manage small projects while maintaining production support.

Design, build, and maintain scalable automated workflows and integrations using platforms like n8n, Zapier, Make, or Workato. Integrate systems via APIs/webhooks, troubleshoot workflow issues, monitor performance, document processes, and support data synchronization across CRMs and business tools while collaborating with cross-functional teams.

Provide process engineering support for natural gas storage and pipeline operations: diagnose operating problems, develop designs and PFDs/P&IDs, size dehydration/separation and PRV systems, validate vendor calculations, support PHA/PSSR, write process specs and procedures, and travel regionally for assignments.

Support design, execution, and optimization of process, utility, and manufacturing systems for pharmaceutical and regulated facilities. Develop engineering deliverables, maintain controlled documentation, participate in commissioning/CQV activities, and collaborate with clients and project teams to ensure compliance with cGMP and project requirements.

Design, optimize, and analyze semiconductor and display manufacturing processes. Perform hardware characterization, film property measurements, root cause analysis, and troubleshooting. Generate technical documentation, collaborate with customers, vendors, and R&D teams, and implement new technologies and analytical instrumentation within safety guidelines.

Develop, implement, and maintain PSM and RMP systems; lead PHAs (HAZOP, FMEA), MOC, incident investigations, and PSSR; ensure OSHA and EPA compliance; support ammonia refrigeration safety, training, audits, and risk-reduction projects.

Support a PMO for a large, multi-organizational agile software development program by providing process engineering: plan and execute systems engineering and agile processes, lead process improvement, facilitation, training, methodology development, change management, and support architecture (DoDAF) and SAFe/Agile practices.

Lead robotics process engineering for automation solutions: program and commission robots, configure robot I/O, vision and dispense equipment, develop offline programs and simulations, optimize cycle times, confirm robot models, mentor staff, and lead projects.

Design, simulate, and validate robotic processes; develop offline robot programs; configure robot I/O, TCPs, frames, and loads; apply cycle-time improvements; set peripheral equipment parameters; and mentor team members. Travel to customer sites and other locations required (35–50%).

Lead design, development, scale-up, and commercialization of peptide API processes. Mentor scientists, drive technical transfer to manufacturing, troubleshoot production issues, ensure quality and regulatory alignment, and advance process technology and continuous improvement.

Lead and deliver process engineering for large capital and multiple projects, ensuring safety, cost, schedule, and quality. Produce and review designs, estimates, specifications, and simulations; mentor engineers, support proposals and sales, coordinate interdisciplinary work, and manage project controls and vendor packages.

Lead aseptic filling engineering for biotherapeutic manufacturing, overseeing design, implementation, and start-up of filling line systems while ensuring compliance with regulations and standards.

Lead continuous improvement and troubleshooting of manufacturing processes, commission and optimize equipment, develop standard work and training, analyze data, drive corrective actions, and collaborate with plant, maintenance, HSE, and corporate engineering to improve efficiency, quality, and environmental controls.

Develop and deploy data analyses, visualizations, and pipeline tools to support purification process development. Aggregate and clean complex datasets, apply statistical and modeling techniques, integrate systems, and collaborate with scientists, engineers, and IT to streamline workflows and enable data-driven decision-making within Purification operations.

Design, develop, and implement manufacturing processes, equipment, and systems. Support new product introductions, equipment selection, validation, and commissioning. Maintain process specifications and documentation. Collaborate with manufacturing, quality, maintenance, and supply chain to optimize efficiency, quality, cost, and safety. Troubleshoot production issues and drive continuous improvement.