Top Process Engineer Jobs

Develop and mature a cryogenic process-design-kit for superconducting quantum hardware. Own model-to-measurement characterization, plan and analyze cryogenic test chips, extend foundry PDKs to low-temperature regimes, partner with foundry and device teams, establish characterization infrastructure, and use EDA/layout/physical-verification toolsets to translate measurements into models, design rules, and documentation for scalable quantum circuit design.

Supports process improvement initiatives across manufacturing facilities by analyzing workflows, workforce utilization, layouts, capacity, risks, and operational data. Implements lean methods including A3, Kaizen, and Value Stream Mapping; conducts root cause analysis; develops SOPs and standards; supports equipment and technology installations; facilitates training; and reports improvements to leadership. The role collaborates across operations and engineering while contributing to quality, cost reduction, compliance, sustainability, and operational excellence.

Leads the design, optimization, operation, and troubleshooting of manufacturing assets and processes. Manages improvement initiatives, reduces variability and obsolescence, improves reliability and quality, applies Lean and engineering principles, supports maintenance, conducts process trials, develops training, leads safety activities, and contributes to capital and expense planning.

The Senior Manufacturing Process Engineer leads process optimization projects, troubleshoots issues, and ensures compliance in pharmaceutical manufacturing. Responsibilities include mentoring staff, managing projects, and implementing new technologies.

The Process Engineer is responsible for improving productivity through line balancing, designing efficient production processes, and training staff. They monitor operations, implement process improvements, and ensure quality standards are met.

The Process Engineer ensures process improvement and product development in manufacturing, focusing on metallurgical expertise and technology transfer. Responsibilities include research, documenting processes, generating reports, and providing technical support to various teams, while maintaining safety and quality standards.

SHINE Technologies seeks a Process Engineer responsible for custom equipment oversight in an isotope production facility, including vendor management, design review, and project coordination.

Responsible for developing and improving manufacturing processes for aerospace components while ensuring product quality and performance. Involves process control, customer communication, and technical support.

Develop and optimize wet etch processes for GaAs and InP optoelectronic devices (VCSELs, photodiodes, EMLs). Control etch chemistry, rates, selectivity, and surface quality; use metrology (SEM, AFM, XPS, XRD, ellipsometry) for characterization; troubleshoot yield and material issues; establish SPC/DOE, qualify chemistries/equipment, document SOPs, and mentor junior engineers while integrating processes into fabs.

Lead and scope plant process and expansion projects to maximize production and yield, troubleshoot operations, standardize best practices using data analysis (JMP), write procedures, support management and maintenance, and lead continuous improvement and operational areas as needed.

Design, run, and analyze complex process engineering experiments; perform hardware characterization and film property measurement; troubleshoot and perform root cause analysis; generate technical documentation and reports; engage with customers, select vendors, implement new tools, and mentor junior engineers while leading projects as needed.

Seeking an IAC Engineer to drive infrastructure automation, optimize workflows, and collaborate on deployments using IaC tools. Responsibilities include developing automation solutions, implementing CI/CD pipelines, and ensuring compliance.

Hands-on Process Engineer to program and optimize SMT/PCBA equipment, develop and validate reflow profiles, troubleshoot soldering defects, support NPI and continuous improvement, ensure IPC compliance, and provide cross-functional process support and documentation.

Provide on‑floor technical support and lead manufacturing science & technology projects for upstream biologics. Author and review technical and GMP documentation, compile and analyze process data, support investigations, change controls and CAPAs, lead technology transfers and facility fit, mentor staff, and collaborate with clients and cross‑functional teams to drive process improvements and ensure compliant manufacturing.

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

Plan, develop, and execute process engineering tasks for federal industrial and manufacturing projects. Produce PFDs, P&IDs, heat/material balances, equipment sizing, and specifications. Support PHAs/HAZOPs, process improvements, automation integration, construction startup, troubleshooting, and multidisciplinary coordination while mentoring junior engineers.

Lead process engineering for colloidal silica and latex manufacturing, support operations troubleshooting, drive continuous improvement, safety (PSM), SPC development, new product scale-up, and documentation. Mentor operations and integrate process visualization with control systems.

Lead R&D process engineering for polyiso insulation manufacturing: manage capital projects from concept to commissioning, drive process optimization, standardize manufacturing, implement automation and reliability improvements, and partner with cross-functional teams to deliver safe, on-time, on-budget solutions while mentoring engineering staff.

Design, develop, and optimize high-volume manufacturing processes for optical and photonic products. Lead process implementation, run experiments (DOE/SPC), troubleshoot yield and quality issues, qualify materials/equipment, create process documentation, and drive continuous improvement with cross-functional teams.

Own end-to-end backend IC design automation flow bring-up for new semiconductor process nodes, including PDK, standard-cell library, Foundation IP, EDA tool, script, and infrastructure integration. Develop regression tests, qualify and deploy production flows, support design teams through tape-out, and provide debugging, training, documentation, and methodology improvements. Collaborate across global engineering teams and apply AI/ML to regression analysis, flow optimization, and knowledge capture.

Lead product and process quality activities across Aperia’s manufacturing site and global supplier network. Improve manufacturing process controls, qualify suppliers, investigate root causes, manage corrective actions, support product and process qualifications, analyze production data with SQL, Excel, and Minitab, maintain quality documentation, and train manufacturing and quality teams. The role requires collaboration across quality, engineering, manufacturing, operations, and suppliers, with occasional domestic and international travel.

Develops and improves quality processes, equipment, documentation, training, and plant operations. Supports the Quality Management System, leads continuous-improvement and scrap-reduction projects, investigates nonconformances using root-cause analysis, verifies manufacturing procedures, implements SOPs, 5S, SPC monitoring, and performance metrics, and trains personnel. Partners with Innovation on new products and raw-material qualification while driving sustainable improvements in yield, downtime, corrective actions, and quality communication across shifts.

Provides customer-facing process engineering support for semiconductor manufacturing equipment, including installations, system diagnosis, service, repair, troubleshooting, and root cause analysis. Develops semiconductor processes with customers and R&D teams, designs experiments, analyzes statistical data, and reports conclusions. Builds customer relationships, resolves complex product issues, supports junior colleagues, and may lead small projects.

Support MSAT process engineering for gene therapy scale-up, technology transfer, and cGMP manufacturing. Develop/qualify small-scale models, design and analyze process characterization experiments, author protocols/reports, support investigations and PPQ readiness, maintain lab operations, and communicate technical results to stakeholders.

Designs and analyzes mechanical structures, systems, and components for terrestrial and space-based advanced nuclear reactors. Responsibilities include CAD modeling, structural hand calculations, FEA support, design for manufacturability, prototype testing, and cross-disciplinary coordination. The engineer maintains configuration-controlled models in Teamcenter, develops analysis plans, and supports integration of reactor components such as pressure vessels, heat exchangers, core structures, and transportation packages.