Top Process Engineer Jobs

Lead process engineering for downstream gold/silver recovery projects: define process requirements, produce and review P&IDs/PFDs, equipment specs, balances, and control philosophies; coordinate multidisciplinary teams, ensure technical completeness, safety, constructability, and provide site commissioning and client support.

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 design for defined project scopes (unit operations, systems), manage scope/budget/schedule, coordinate with clients and multidisciplinary teams, support deliverables (FAT, vendor packages, HAZOP, 3D model reviews), mentor junior staff, and support commissioning/startup/qualification activities.

Lead process validation and optimization in high-volume manufacturing, drive yield improvement, and collaborate on equipment integration and new product introductions.

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.

Develop process flow and piping diagrams, heat and material balances, equipment sizing, hydraulic analyses, relief and flare system designs, and process hazard reviews. Evaluate safety and environmental compliance, estimate and track project effort, solve design problems, present technical information, and coordinate or supervise junior engineering staff. The role supports energy and chemical industry projects and requires independent application of standard process engineering methods.

Leads process automation engineering and advanced control initiatives across chemical manufacturing facilities. Manages greenfield and brownfield projects from design through commissioning, startup, and stabilization; configures and migrates control systems; oversees vendors and testing; and develops optimization solutions using advanced process control and real-time optimization. Assesses control-system performance, lifecycle, cybersecurity, and reliability while partnering with operations, engineering, finance, and site teams to deliver measurable gains in throughput, yield, energy efficiency, quality, and cost.

Lead and own in-house lens surfacing operations: optimize equipment parameters and yields, implement quality controls and SOPs, manage LMS data flow, liaise with OEMs and maintenance, run engineering projects to improve cost, capacity, and quality, and align projects with financial goals.

Provide technical support to improve plant and pipeline performance, identify and lead optimization and small-to-mid capital projects, support operations and due diligence, oversee implementation, and ensure regulatory and industry standard compliance.

Provide technical process engineering support for spray drying operations: troubleshoot and optimize drying processes, improve yield, throughput, OEE, and energy efficiency; lead root-cause investigations, support capital projects, scale-up, validation, and cross-functional continuous improvement efforts; coach operations and ensure food safety and regulatory compliance.

Evaluates and improves manufacturing processes, systems, equipment, tooling, workflows, layouts, quality, efficiency, yields, costs, and production volume. Manages project timelines and resources, guides Process Engineers I, develops corrective actions and process reports, supports quoting and job costing, and participates in Lean manufacturing initiatives while maintaining safe and reliable production systems.

Deliver end-to-end Salesforce implementations across multiple client engagements. Lead discovery and requirements workshops, design AI-powered workflows and automations using Agentforce, Flow, Apex, and LWC, architect REST/SOAP integrations, manage data migrations, provide user training, support estimates, and contribute to delivery playbooks. The role combines technical implementation, client consulting, solution architecture, and adoption ownership.

Lead and optimize plastics production processes (sheet extrusion, rollstock, thermoforming) using DOE, Lean/Six Sigma, and data analysis. Drive process improvements, troubleshoot root causes, run trials, develop SOPs, manage projects, support customer complaints, train staff, and ensure ISO/Operational Excellence compliance.

Ensure polyurethane line product and process quality by applying process control, variation reduction, root cause analysis, and testing methods. Analyze performance data, lead product industrialization, mentor operators, support manufacturing troubleshooting, participate in FMEA and quality planning, and drive continuous improvement to meet capability and productivity targets.

Support manufacturing operations by analyzing processes, troubleshooting technical issues, and driving continuous improvement using Lean tools to improve flow, reduce waste, increase capacity, and lower cost. Document procedures, collect and analyze data, support line balancing and work cell design, and partner with cross-functional teams to resolve issues and communicate recommendations.

Lead feasibility, planning, implementation and commissioning of capital and major maintenance engineering projects. Manage consultants and coordinate disciplines, perform basic mechanical and piping design, specify and procure equipment, administer hazardous piping and pressure vessel inspections, apply formal problem solving, and collaborate with operations and maintenance to resolve safety, production and quality issues.

Senior individual contributor leading development, optimization, and transfer of InP PIC and laser fabrication processes for high-volume manufacturing. Responsibilities include epitaxial design, process flow development, process integration, SPC and statistical analysis, FMEA and root-cause work, metrology strategy, fab execution with remote partners, cross-functional collaboration, and mentoring.

Provide technical MSAT support for mammalian downstream manufacturing: process transfer, gap analysis/FMEA, process modeling, batch record and change control authoring/review, deviation assessment, data analysis, regulatory documentation, and on-call manufacturing support.

Support manufacturing operations by defining, implementing, and improving manufacturing processes. Troubleshoot root causes, establish repeatable process parameters, implement process controls and statistical methods, manage equipment purchases and introductions, drive cycle time and quality improvements, develop process documentation and training, and support cost-reduction and maintenance activities.

Support and maintain PCB assembly manufacturing equipment (screen printers, pick & place, reflow, wave, selective soldering, AOI, 5DX). Troubleshoot/process-programming, evaluate solders/fluxes and new equipment, monitor aqueous/ionic testing, drive process improvements and capital projects, train operators, ensure EHS and ISO compliance, and prepare required reports.

Plan, develop, and execute process engineering tasks for federal industrial and manufacturing projects. Create PFDs/P&IDs, perform mass/energy balances and equipment sizing, support PHAs/HAZOPs, prepare specifications, coordinate multidisciplinary teams, assist construction/commissioning/startup, and mentor junior engineers while ensuring safety, compliance, and process optimization.

Design, evaluate, and improve cooling tower systems for agricultural and industrial applications. Prepare calculations, drawings, specs, and technical documentation. Support sales, manufacturing, field commissioning, troubleshooting, testing, QA, and regulatory compliance while coordinating multidisciplinary engineering and continuous improvement efforts. Travel to sites and manufacturing facilities as required.

Support and improve process control applications for assigned chemical processing units: develop and tune control strategies, provide advanced multivariable control, support PLC/DCS/SIS design and maintenance, participate in PHA/LOPA/MOC and incident investigations, manage alarm systems, train operators, and assist projects and FAT to meet production, quality, safety, and energy targets.

Design, develop, integrate, and refine laser diode fabrication processes for novel devices and production improvements. Investigate techniques to improve performance, reliability, and yield; create work instructions; train technicians; implement SPC; procure and commission wafer-fab equipment; optimize tools on the fab floor; analyze process data; and support quality programs, audits, and certifications.

Leads extrusion process engineering for Nike Air components, serving as a technical SME and driving process design, validation, optimization, troubleshooting, standardization, and continuous improvement. Uses Lean Six Sigma, statistical analysis, digital tools, automation, and manufacturing data systems to improve quality, throughput, OEE, yield, equipment reliability, and cost performance. Establishes control plans, process specifications, validation packages, standard work, and engineering documentation while mentoring engineers and collaborating across quality, automation, product development, and manufacturing operations.