Top Process Engineer Jobs

Provides technical leadership and daily support for specialty chemical manufacturing operations. Optimizes chemical processes, troubleshoots equipment and yield issues, investigates quality events, implements CAPAs, and supports safety and regulatory compliance. Leads capital improvement projects from design through commissioning, develops P&IDs and equipment specifications, and maintains SOPs and batch documentation. Collaborates with manufacturing, maintenance, quality, EHS, management, and union personnel in an onsite facility.

Provides technical support, training, and process improvement for a paper mill. Responsibilities include optimizing safety, quality, productivity, environmental compliance, process controls, instrumentation, workflow, and costs; managing quality documentation and complaints; supporting maintenance and electrical teams; developing capital projects; and participating in downtime planning and project management.

Process Engineer responsible for improving manufacturing processes for laminated pharmaceutical and medical device packaging. Leads lean and continuous improvement initiatives, statistical process control, root cause analysis, equipment and process optimization, waste reduction, yield improvement, and small capital projects. Collaborates with operators, maintenance, quality, and cross-functional teams while supporting safety, regulatory compliance, documentation, trials, customer complaint prevention, and ERP workflow improvements.

Design and support industrial water and wastewater treatment projects, including process calculations, engineering drawings, P&IDs, specifications, technical reports, equipment selection, construction support, field inspections, testing, troubleshooting, optimization, and data analysis. The role collaborates with multidisciplinary teams and senior engineers, performs pilot and bench-scale testing, and may involve site visits and international assignments. This hybrid entry-level position offers advancement opportunities in project management, client development, and technical leadership.

Leads process engineering, design, proposal, and business development efforts for industrial, power, water, and wastewater projects. Performs mass and energy balances, hydraulic calculations, feasibility studies, drawings, reports, specifications, cost estimates, permitting support, and quality reviews. Manages project teams, mentors staff, coordinates contractors and vendors, supports regulatory approvals, and collaborates with clients and multidisciplinary professionals. Requires extensive operational experience in power generation and industrial processes.

Supports municipal wastewater treatment and infrastructure projects through planning, process design, facility upgrades, system evaluations, technical documentation, regulatory compliance, stakeholder coordination, and project management. The role evaluates physical, chemical, and biological treatment systems and contributes to scopes, budgets, schedules, permitting, and client solutions. It also provides opportunities to mentor junior staff and advance technical expertise in wastewater engineering.

Design and evaluate municipal wastewater treatment and infrastructure projects, including treatment plants, pump stations, collection systems, upgrades, and expansions. Prepare engineering calculations, drawings, specifications, reports, and compliance documentation. Coordinate with project managers, clients, regulators, and multidisciplinary teams on planning, permitting, budgets, schedules, and technical decisions. Support optimization, regulatory compliance, and project delivery while mentoring junior staff and staying current with wastewater standards and technologies.

Designs, evaluates, upgrades, and optimizes wastewater treatment systems, pump stations, and collection infrastructure. Performs engineering analysis, develops treatment alternatives, coordinates technical deliverables, and improves physical, chemical, and biological treatment processes. Collaborates with project managers, clients, regulators, and multidisciplinary teams while preparing technical and compliance documentation. The role supports projects that improve system reliability, regulatory compliance, efficiency, and environmental performance.

Designs and optimizes wastewater treatment systems, pump stations, collection systems, upgrades, and expansions. Evaluates treatment performance, develops engineering alternatives, improves physical, chemical, and biological processes, and supports technical deliverables for civil infrastructure projects. Coordinates with project managers, clients, regulators, and multidisciplinary stakeholders while preparing project updates, technical discussions, and compliance documentation.

Supports municipal wastewater treatment and infrastructure projects through planning, process design, facility upgrades, optimization, regulatory compliance, and technical documentation. Performs treatment system evaluations, develops calculations and design reports, coordinates with clients, regulators, and multidisciplinary teams, and assists with project scopes, budgets, and schedules. The role requires an engineering degree, five or more years of wastewater experience, EIT certification, and willingness to travel as needed.

Design and evaluate municipal wastewater treatment and infrastructure projects, including facility upgrades, expansions, pump stations, and collection systems. Prepare engineering calculations, drawings, specifications, reports, and compliance documentation. Coordinate with project managers, clients, multidisciplinary teams, and regulators on planning, permitting, and technical delivery. Support scopes, budgets, schedules, and work plans while mentoring junior staff and applying current wastewater standards and technologies.

Design and evaluate municipal wastewater treatment and infrastructure projects, including facility upgrades, treatment systems, pump stations, and collection improvements. Prepare engineering calculations, drawings, specifications, reports, and compliance documentation. Coordinate with project managers, multidisciplinary teams, clients, and regulators while supporting scopes, budgets, schedules, permitting, and technical delivery. Provide guidance to junior staff and stay current with wastewater standards, technologies, and regulations.

Designs and optimizes IT processes using Lean Six Sigma, process mining, analytics, AI, and automation. The role develops future-state process maps, business cases, ROI analyses, transformation roadmaps, and performance monitoring requirements. It leads cross-functional global teams, conducts root-cause and statistical analysis, presents data-driven recommendations to senior executives, and aligns business and IT stakeholders around process improvements and digital transformation outcomes.

Provides process and operational engineering support for gas processing facilities. Responsibilities include managing MOCs, participating in PHAs, maintaining P&IDs and cause-and-effect charts, developing ProMax simulation models, supporting new plant design, and managing projects through implementation and commissioning. The role requires regular plant visits, field troubleshooting, turnaround support, regional driving, and collaboration with plant operations and major projects teams.

Performs process engineering for component manufacturing, including customer qualification documentation, corrective actions, equipment specifications, manufacturing technique improvements, engineering change reviews, process analysis, testing, and production data evaluation. Supports design compatibility, work simplification, time standards, technical reporting, and development of new or improved processes. Requires timely execution, communication, safety, and quality adherence.

Supports FMCG manufacturing teams by eliminating production losses, waste, downtime, minor stoppages, process upsets, and changeover inefficiencies. Leads Autonomous Maintenance and Focused Improvement activities, applies lean and TPM methodologies, defines machine settings and process standards, trains and coaches line crews, drives 5S, and supports safety, hygiene, GMP, quality, and digital improvement initiatives.

Performs process engineering for component manufacturing, including customer qualification documentation, corrective actions, equipment specification, manufacturing process improvement, engineering change review, production data analysis, and technical liaison work. Develops schematics, specifications, methods, and time standards while supporting new product and process development. May train less experienced technical personnel and must uphold safety, quality, and delivery commitments.

Evaluate and optimize cement manufacturing processes and equipment, including kilns, preheaters, mills, crushers, and plant services. Lead audits, benchmarking, energy and material balance analyses, continuous improvement initiatives, maintenance steering activities, and capital project evaluations. Collaborate with quality control, environmental, raw materials, fuel, maintenance, and engineering teams to improve safety, efficiency, reliability, production output, and regulatory compliance.

Evaluate and optimize cement manufacturing processes and equipment, including kilns, preheaters, mills, and crushers. Lead audits, benchmarking, energy and material balance analyses, continuous improvement initiatives, maintenance teams, capital project evaluations, and process improvement recommendations. Collaborate with quality control, raw materials, fuel, environmental, and engineering teams to improve safety, efficiency, reliability, output, and regulatory compliance.

Evaluate and optimize cement manufacturing processes and equipment, including kilns, preheaters, mills, crushers, and plant services. Analyze energy and material balances, conduct benchmarking, lead audit and maintenance teams, recommend process and equipment improvements, support capital projects, optimize raw material proportioning, and assist environmental compliance efforts. The role requires collaboration with quality, maintenance, engineering, environmental, and plant operations teams.

Evaluates and improves cement manufacturing processes, equipment performance, safety, efficiency, reliability, and production. Leads audits and benchmarking for kilns, preheaters, mills, crushers, and plant services; develops energy and material balances; recommends process, equipment, raw material, and fuel improvements; supports continuous improvement, maintenance, environmental compliance, quality control, and capital project evaluations.

Validates software features and system functionality through requirements definition, test planning, execution, defect investigation, regression testing, and validation reporting. Collaborates with application, development, and product teams to verify integrations, analyze logs, resolve defects, track quality metrics, and support release readiness. The role also contributes to improvements in software validation processes and testing methodologies, with semiconductor process or equipment experience preferred.

Own process design bases and execute detailed engineering deliverables, including PFDs, heat and material balances, P&IDs, hydraulic models, equipment specifications, control narratives, and procurement packages. Coordinate with multidisciplinary engineering teams, support HAZOPs and PHAs, and resolve field issues through construction, commissioning, startup, and as-built closeout. The role requires extensive industrial process-facility design experience, preferably involving minerals processing, slurry handling, and database-driven P&ID platforms.

Supports high-volume semiconductor manufacturing by monitoring and optimizing processes, improving yield and equipment efficiency, resolving process and equipment issues, analyzing manufacturing data, maintaining operational procedures, and implementing continuous improvements. The role requires rotating 12-hour shifts in a cleanroom environment and collaboration with equipment engineers, operations teams, and process owners.

Develop, optimize, and sustain semiconductor fabrication processes to improve yield, quality, cost, and productivity. Use SPC/FDC/APC and data analytics to investigate defects, lead process changes, qualify technologies, manage process control plans, and collaborate across manufacturing, quality, and equipment teams.