Top Process Engineer Jobs

Optimize biologics manufacturing processes, lead technical support for risk assessments, deviations, change controls, CAPA, and root-cause investigations. Support equipment specifications, FAT, SAT, qualification, and validation activities. Lead cross-functional site strategy and improvement projects, troubleshoot manufacturing issues, manage single-use consumables and raw materials, analyze process data, and support compliance, SOP development, and continuous improvement in a cGMP environment.

Designs and improves manufacturing processes, equipment, molds, and plant operations. Optimizes press cycle time, process consistency, scrap reduction, mold changes, and cost effectiveness. Manages process improvement projects, supports new product development, collaborates with operations and technical teams, and promotes safety and employee engagement.

Leads the development and implementation of BIW automatic and manual welding processes, equipment, tooling, and facilities for new vehicle models. Coordinates suppliers, manufacturing, quality, and engineering teams to meet cost, timing, and launch targets. Develops process documentation, assembly layouts, tooling plans, and manufacturing requirements; leads PFMEA activities; and supports tooling estimates, procurement, vendor evaluations, and production readiness.

Directs a process technology organization responsible for semiconductor product research, development, implementation, and release. Leads alpha engineering and alpha/beta product releases, resolves complex customer process issues, supports strategic planning, sets approval guidelines and long-term development strategy, and manages organizational performance through subordinate managers. The role also applies advanced scientific and technical judgment while influencing senior executives and external organizations.

Leads continuous improvement and sustainment of manufacturing and assembly processes. Responsibilities include line balancing, capacity analysis, MES work instructions, tooling and equipment standards, factory layout optimization, PFMEA and control plans, CapEx projects, NPI support, root cause analysis, corrective actions, production data analysis, and mentoring engineering and production teams.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film-property measurement, and troubleshooting. Performs root cause analysis, creates technical documentation, collaborates with customers, vendors, suppliers, and R&D teams, implements new technologies and instrumentation, and leads project teams while mentoring junior colleagues.

Designs and optimizes semiconductor and display manufacturing processes through experiments, data analysis, hardware characterization, film property measurement, and troubleshooting. The role performs root cause analysis, creates technical documentation, implements new technologies and instrumentation, collaborates with customers, vendors, suppliers, and R&D teams, and supports junior colleagues while leading project teams as needed.

Designs and optimizes manufacturing processes for semiconductor and display technologies. Responsibilities include planning experiments, collecting and analyzing data, characterizing hardware, measuring film properties, troubleshooting complex issues, conducting root-cause analysis, preparing technical documentation, engaging customers, partnering with suppliers, implementing new technologies and instrumentation, and supporting junior colleagues and project teams.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film-property measurement, and troubleshooting. Performs root-cause analysis, creates technical documentation, engages customers, collaborates with vendors and suppliers, implements new technologies and instrumentation, and supports junior colleagues and project teams.

Designs and optimizes manufacturing processes for semiconductor and display technologies. Responsibilities include planning experiments, collecting and analyzing data, characterizing hardware, measuring film properties, troubleshooting complex issues, conducting root cause analysis, preparing technical documentation, supporting customers, partnering with vendors, implementing new technologies and instrumentation, and mentoring junior colleagues or leading project teams.

Provides technical support for refinery process units through daily monitoring, troubleshooting, optimization, operating guidance, asset improvement, test runs, and data analysis. Supports outages, process safety programs, incident investigations, environmental reporting, catalyst and chemical selection, and improvement projects. Conducts field visits involving ladders, heights, and confined spaces, collaborates across refinery teams, and mentors interns and junior engineers.

The posting provides benefits and general company culture information but does not specify role-specific responsibilities, qualifications, technologies, salary, travel, or clearance requirements for the Process Engineer position.

The Process Engineer will solve plant-floor manufacturing problems, develop and improve production processes, and lead equipment, tooling, automation, and capital projects from specification through startup. Responsibilities include CNC process development, fixture and tooling design, robotics and PLC support, manufacturability evaluation, cost and quality improvements, process capability, supplier coordination, and personnel training. The role supports forging, forming, heat treatment, machining, coating, and other high-volume aluminum manufacturing operations.

Leads process engineering and design for refinery, petrochemical, and chemical facilities. Responsibilities include simulation modeling for facility revamps, hydraulic modeling, equipment evaluations, preparation of process flow diagrams and heat and material balances, P&ID updates, instrumentation process data, relief system evaluations, and safety review participation. The role may involve field assignments requiring physical mobility, work at heights, confined-space work, variable weather conditions, PPE use, lifting up to 50 pounds, and compliance with client site requirements.

Lead process optimization for boat manufacturing by designing and improving process flow, implementing new equipment and procedures, driving continuous improvement and Kaizen events, managing capital projects, documenting SOPs/work instructions, analyzing production and quality data, mentoring supervisors, and supporting production startups and audits.

The Process Engineer will lead operational discovery and integration planning for newly acquired partner firms. Responsibilities include documenting workflows and systems, mapping current-state operations to Mercer Advisors’ architecture, identifying gaps and risks, building repeatable integration frameworks, sequencing post-close releases, maintaining process documentation, supporting change management, and coordinating with Legal, Finance, Operations, Technology, and leadership. Regular travel to partner locations is required.

Develops and implements process improvements for safety, quality, service, and cost. Supports daily manufacturing operations, EHS activities, change management, OEE analysis, troubleshooting, root cause analysis, and performance improvement. Leads continuous improvement projects, manages source-of-supply initiatives, and supports capital investments, new product introductions, and manufacturing technologies. Provides daily engineering support, including occasional nights and weekends.

Supports the design, installation, qualification, integration, startup, and continuous improvement of highly automated Device Assembly lines. Responsibilities include process control, equipment validation, automation and manufacturing-system integration, troubleshooting, reliability improvement, safety and regulatory compliance, root cause analysis, maintenance strategy, project lifecycle leadership, and technical oversight of cross-functional teams. The role serves as an equipment and process subject matter expert while supporting commercial operations and mentoring engineers.

Develops and improves CMP and wet semiconductor manufacturing processes, supporting production operations, yield, efficiency, quality, equipment performance, and process startups. The role includes lot and equipment dispositions, process experiments, root-cause analysis, data analysis, continuous improvement, manufacturing ramp support, technician training, and creation of reports, visualizations, and process documentation.

Improves converting-process efficiency by reducing downtime, waste, and operating costs; troubleshooting process issues; supporting safety and quality compliance; training operators; conducting new product and raw material trials; developing process standards; and leading continuous improvement projects. The role also supports equipment installation and commissioning, product launches, data analysis, and collaboration across manufacturing, quality, maintenance, purchasing, planning, safety, and engineering teams.

The Senior Process Engineer optimizes dip molding and catheter manufacturing processes to improve yields, quality, and efficiency. Responsibilities include sustaining engineering, equipment and process modifications, tooling and process development, scale-up, statistical process control, measurement system development, feasibility studies, material and equipment selection, and compliance with applicable regulations. The role works cross-functionally with product design, development, packaging, and manufacturing teams and is primarily onsite with less than 10% travel.

Lead optimization and scale-up of dip molding manufacturing processes for medical-grade vascular catheters. Responsibilities include polymer material selection and rheology management, tooling and mandrel design, equipment integration, curing and drying optimization, automated stripping, statistical process control, sustaining engineering, yield improvement, process validation, and regulatory compliance.

Designs, implements, and optimizes manufacturing processes to improve efficiency, throughput, yield, quality, safety, and waste reduction. Partners with plant technicians and managers on corrective actions, Lean Manufacturing initiatives, root-cause problem solving, material and packaging improvements, product launches, startups, and capital projects. The role requires data-driven decision-making, direct manufacturing-floor exposure, cross-functional collaboration, and flexibility to work nights, weekends, holidays, and occasional travel.

Supports production by resolving documentation issues, interpreting drawings and BOMs, assisting with prototypes and complex builds, and coordinating between production, engineering, and procurement. Reviews documentation and physical builds, helps develop SOPs and best practices, tracks discrepancies, and trains operations teams on manufacturing documents. The role requires onsite floor support in a manufacturing environment and familiarity with ERP systems, SolidWorks, engineering drawings, and manufacturing processes.

Leads engineers, associate engineers, and technicians in developing, deploying, and sustaining PCBA cleaning and conformal coating processes. Drives manufacturing quality, efficiency, equipment reliability, and operational improvements; manages process and equipment qualification documentation; supports root cause analysis and maintenance initiatives; and mentors team members while executing strategic manufacturing objectives.