Top Process Engineer Jobs

Owns and optimizes assembly and electrical test equipment for semiconductor probe card manufacturing. Responsibilities include troubleshooting equipment and process issues, performing root cause analysis, improving uptime, yield, throughput, and cycle time, implementing automation and error-proofing, supporting equipment qualification, maintaining documentation and compliance records, and training operators and technicians on safe operation and basic troubleshooting.

Principal Manufacturing Process Engineer supporting photolithography and etch processes in high-volume semiconductor manufacturing. Responsibilities include process characterization, optimization, SPC and DOE analysis, root cause investigations, yield and throughput improvement, CAPA, process validation, quality compliance, documentation, and continuous improvement. The role collaborates cross-functionally on manufacturing issues, new product introductions, process and technology transfers, equipment qualifications, capacity planning, and engineering projects.

Owns and optimizes assembly and electrical test equipment used to manufacture semiconductor probe cards. Responsibilities include troubleshooting equipment and process issues, conducting root cause analysis, implementing corrective actions, improving uptime, yield, throughput, and cycle time, supporting equipment qualification and automation, maintaining documentation and compliance records, and training operators and technicians on safe operation and preventive maintenance.

Owns and optimizes assembly and electrical test equipment used to manufacture semiconductor probe cards. Responsibilities include troubleshooting, root cause analysis, preventive maintenance, process qualification, equipment reliability, yield and throughput improvement, data analysis, documentation, EHS compliance, and operator training. The engineer partners with equipment engineering to optimize process windows, implement automation and error-proofing, maintain quality records, and support continuous improvement.

Supports vehicle commissioning, diagnostics, calibration, and manufacturing execution in a plant environment. Executes EOL validation and release processes across braking, steering, ADAS, and body-control systems; troubleshoots CAN, CAN-FD, UDS, ECU, gateway, flashing, and sensor-calibration issues. Collaborates with manufacturing, software, validation, and supplier teams on root-cause analysis, corrective actions, launch support, tooling validation, throughput improvement, and first-time-pass performance. Maintains diagnostic procedures and develops automated validation or calibration tools.

Develops and scales business processes, frameworks, scheduling systems, dashboards, metrics, and operational models across manufacturing programs. Partners with engineers, technicians, and program managers to identify workflow challenges, automate processes, improve capacity and labor planning, drive adoption, and enable consistent execution. The role also supports organizational change, production-system scale-up, stakeholder alignment, and measurable business outcomes in a fast-paced manufacturing environment.

Leads development, optimization, scale-up, and commercialization of ASTRAEA electrolysis technology. Establishes process parameters, controls, operating standards, and technology packages; supports troubleshooting, safety, risk management, technology transfer, commissioning, startup, training, and continuous improvement. Collaborates with engineering, suppliers, and plant teams while mentoring engineers and operations staff. Requires approximately 30% travel to support pilot and facility deployments.

Develops, supports, and continuously improves reactive ion etch manufacturing processes in a semiconductor fab. Responsibilities include process qualification, control-plan implementation, DOE design and analysis, yield and throughput improvement, FMEA risk mitigation, hands-on troubleshooting, structured 8D problem solving, and collaboration with integration, equipment, quality, and manufacturing teams. The role is fully onsite and may require 10% travel and occasional evening or weekend work.

Process Engineer responsible for developing and optimizing CNC manufacturing processes from quoting through delivery. Duties include creating manufacturing and inspection plans, analyzing CAD designs, designing fixtures, coordinating with machinists, purchasing, quality, and suppliers, establishing material and tooling requirements, reviewing feasibility and profitability, and improving production efficiency while maintaining quality standards for medical and aerospace products.

Designs and supports industrial water and wastewater treatment projects, including process calculations, engineering drawings, P&IDs, specifications, technical reports, equipment selection, construction support, field inspections, commissioning, troubleshooting, pilot testing, and water quality analysis. Collaborates with designers and multidisciplinary teams while receiving guidance from senior engineers. Site visits and field work are required during project phases.

Designs and implements productivity, quality, cost, and profitability improvements at a manufacturing facility. Responsibilities include data collection and analysis, predictive modeling, plant layout and material-flow development, equipment installation support, process documentation, lean problem solving, training materials, and project management. The role also supports sales, estimating, production strategy, and continuous improvement initiatives.

Owns manufacturing processes for complex, close-tolerance aerospace components from drawing review through production release. Develops process plans, tooling, fixtures, work instructions, and inspection requirements; supports CNC setups, first-piece runs, troubleshooting, and production launches. Leads root-cause analysis, corrective actions, continuous improvement, and NPI activities while partnering with Quality, Operations, Supply Chain, programmers, machinists, and engineers. Provides technical guidance and ensures compliance with aerospace quality requirements.

Supports planning, process design, evaluation, and delivery of municipal wastewater treatment and infrastructure projects. Develops technical calculations, drawings, specifications, reports, and compliance documentation; evaluates treatment alternatives; coordinates with clients, regulators, project managers, and multidisciplinary teams; assists with scopes, budgets, schedules, permitting, and project management. The role also provides technical guidance, supports optimization and facility upgrades, and maintains knowledge of wastewater standards and emerging technologies.

Own and improve manufacturing processes for autonomous defense systems, including workflow design, SOPs, facility layouts, fixtures, tooling, DFM/DFA, rapid prototyping, and production automation. Build manufacturing software for inventory, traceability, visibility, and process control using AI/LLM-assisted development. Collaborate across engineering, operations, and supply chain teams, support new product introduction, maintain production equipment, and help scale operations toward continuous manufacturing and future leadership responsibilities.

Develop and maintain Go-based DevID REST microservices that issue X.509 certificates, support factory build processes, and integrate with HSMs and TPMs. Provide user support, troubleshoot production issues, create automated tests, maintain legacy Java and C code, and contribute to requirements, demonstrations, defect resolution, CI/CD pipelines, and containerized Linux deployments. The role requires applied cryptography, cybersecurity, database, and global team collaboration skills, including occasional late-evening and weekend support.

Performs quality validation and user support for HPE’s DevID PKI certificate service used in factory build processes. Responsibilities include creating and maintaining automated test scripts, validating new functionality and bug fixes, supporting defect resolution, assisting infrastructure teams, documenting test cases, participating in requirements definition, and communicating status and technical issues to global teams.

Lead process integration for 3D DRAM technology focusing on manufacturability, optimize processes, and improve yields through data analysis.

Develops and improves IC assembly processes to increase production efficiency, quality, and yield. Responsibilities include process documentation, operator training, customer technical support, design of experiments, SPC and yield reporting, root cause analysis, corrective actions, equipment evaluation, and cost or quality improvements. The role requires hands-on semiconductor back-end process engineering experience, including assembly technologies such as die attach, wire bonding, wafer thinning, dicing, flip chip, and molding.

Conducts laboratory process-development experiments and supports process system design, equipment selection, pilot-scale trials, scale-up, validation, and manufacturing process optimization. Analyzes process data to improve efficiency and reduce costs while supporting safety reviews, troubleshooting, compliance, and cross-functional engineering initiatives.

Leads process engineering for biogas utilization and renewable energy projects. Develops design bases, flow diagrams, equipment specifications, P&IDs, control philosophies, calculations, and technical reports. Participates in HAZOPs, supports permitting and construction, resolves contractor RFIs, troubleshoots operational issues, improves system performance, and mentors engineers. Ensures compliance with engineering codes and industry standards while coordinating multidisciplinary project execution.

Leads process engineering for biogas utilization and renewable energy projects. Develops design bases, flow diagrams, equipment specifications, P&IDs, control philosophies, calculations, and technical reports. Supports HAZOPs, permitting, construction, contractor RFIs, troubleshooting, and operational optimization. Provides senior technical guidance, mentors engineers, improves design standards, and ensures compliance with ASME, API, ASTM, and other applicable requirements.

Leads development, integration, and improvement of AOI and metrology processes for advanced semiconductor packaging and heterogeneous integration. Integrates metrology with MES and automation systems, maintains data and support systems, reviews defects and SPC excursions, drives yield improvements, and supports thickness, defect, pillar, AFM, and profilometry measurements. The role collaborates with process and tool engineers, investigates process marginalities, supports fan-out wafer-level packaging, and communicates with customers and internal stakeholders.

Develops, optimizes, characterizes, and sustains photolithography processes in high-volume semiconductor manufacturing. Owns production lithography performance, including yield, defectivity, critical dimensions, overlay, throughput, and cost. Uses SPC, DOE, statistical analysis, metrology, and data mining to identify variation and resolve process issues. Leads process qualification, improvement projects, and cross-functional troubleshooting with equipment, integration, manufacturing, and engineering teams.

Provides technical process engineering support for refinery operations, troubleshooting, optimization, continuous improvement, and process design. Responsibilities include developing improvement projects, economic justifications, engineering specifications, bid packages, process simulations, debottlenecking studies, emissions calculations, relief sizing, and process control initiatives. The role also coaches junior engineers, evaluates unit performance, supports equipment and construction bids, and collaborates across refinery departments.

Leads process and automation engineering across blown film extrusion, printing, conversion, and packaging operations. Designs PLC/HMI solutions, integrates robotics, manages capital equipment installations, commissioning, FAT/SAT, utilities, vendors, and contractors. Supervises engineers, drives Lean and Six Sigma improvements, optimizes yield and uptime, manages capital budgets, evaluates manufacturing technologies, and ensures OSHA, environmental, GMP, ASI, and CTPAT compliance.