Top Process Engineer Jobs

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.

Lead hands-on photonics process development and scale-up including wire and die bonding, vacuum reflow, fiber splicing, optics attachment and active alignment. Design DOEs, improve yield and reliability, develop process documentation, support qualification and pilot manufacturing, perform root-cause analysis, collaborate with vendors, and train technicians to transfer R&D processes into repeatable production.

As a Process Support Engineer III, you will support product lifecycle, perform complex troubleshooting, analyze data, and communicate with customers for process development.

Perform advanced mechanical simulations and analyses (stress, strain, fatigue, thermal) for SSD components and packaging. Lead process development, NPI, and rework technology for manufacturability and HVM transfer. Provide DFM/DFA input, collaborate with cross-functional teams and suppliers, and translate simulation results into design and process improvements to ensure reliability and scalable production.

Designs, implements, and maintains pharmaceutical process automation using Emerson DeltaV DCS. Develops DeltaV control logic, integrates field devices, configures communications (OPC/Modbus), executes IQ/OQ/PQ validation per GMP/GAMP, troubleshoots systems, and supports clients and junior engineers. Up to 30% domestic travel.

Lead process-integration projects to improve yield, device performance, and manufacturability. Design experiments, apply statistical and machine-learning analysis to large datasets, qualify new technologies for HVM, collaborate cross-functionally to identify root causes and implement corrective solutions, and support foundry customer requirements and NPI activities.

Support image sensor technology development from development through volume manufacturing. Drive yield and performance improvements, process changes, NPI ramp, and cost reduction. Work cross-functionally using probe, in-line test, failure analysis, and yield tools; document process changes and lead projects within a global matrixed team.

Provide field service for SEM-based inspection systems: install, maintain, upgrade, and troubleshoot electron-beam, vacuum, electrical, and mechanical systems. Perform preventative and corrective maintenance, support customers to improve inspection performance and yield, interpret schematics, and communicate directly with customers to ensure tool uptime.

Provide technical sales support for process control and automation customers: select and size control systems, prepare accurate quotes, collaborate with account managers, and ensure timely fulfillment and positive customer outcomes.

The Mechanical Engineer-Process Systems will manage custom equipment for isotope production, oversee vendor work, and coordinate with construction teams.

Lead development and implementation of manufacturing processes for active implantable devices. Drive process design, validation (laser welding, header attachment, helium leak testing), production launches, capital justification, LEAN initiatives, and cross-functional coordination. Mentor engineers, prepare project schedules and layouts, support transfers to manufacturing, and ensure quality, regulatory, and cost-effectiveness from concept through production.

Lead continuous improvement initiatives in MRO shop operations to reduce TAT, improve throughput, quality, and cost efficiency while ensuring FAA/EASA and OEM compliance. Perform root cause analysis, update work instructions, optimize test stand utilization and workflows, track KPIs, and collaborate with engineering, quality, vendors, and technicians to implement corrective actions and process innovations.

As a Staff Process Manufacturing Engineer, you'll optimize manufacturing processes, improve yield, conduct root cause analyses, and implement LEAN initiatives for optical modules.

The Process Project Engineer manages capital engineering projects, overseeing design, installation, and commissioning, while ensuring compliance and coordination across teams.

The manager will lead a team to implement process improvement projects, interface with senior leaders, and manage multiple projects simultaneously focusing on operational enhancements and change management.

The Process Engineer II evaluates and improves manufacturing processes, manages projects, and leads team oversight to enhance production efficiency and quality standards.

The Manufacturing Process Control Engineer oversees manufacturing processes ensuring consistency, quality, and stability using SPC and data analysis. Responsibilities include monitoring performance, corrective actions, process improvement, and compliance with quality standards along the production floor, closely working with operators and production teams.

The Process Support Engineer guides semiconductor products from concept to qualification, providing customer support, troubleshooting, and performing complex analyses while collaborating with R&D and ensuring optimal tool performance.

The Process Support Engineer provides customer support, troubleshoots complex systems, collaborates on process development, and ensures equipment operational quality while analyzing data and performing root cause analyses.

Manage engineering functions, participate in project teams, monitor equipment performance, and interface with Quality and R&D to resolve production issues.

Lead identification, analysis, and optimization of hospital operational processes using Lean, Six Sigma, and data-driven tools. Partner with cross-functional teams to design, implement, and sustain workflow improvements that increase efficiency, quality, and productivity.

Lead development and sustainment of wafer singulation and facet preparation processes for edge-emitting laser components. Own process controls, SPC, FMEAs, and OCAPs; support high-volume thinning operations, troubleshoot excursions, and drive yield improvements using DOE and statistical analysis. Develop pick-and-place, stacking, and automation processes and provide real-time manufacturing support.

Serve as technical lead for MSAT technology transfer, validation, and lifecycle management. Support process implementation from first runs through commercial campaigns, author process documentation, lead change controls, analyze process performance, and provide on-call manufacturing support as the technical SME.

Support new product introductions and provide production/process engineering for rubber/plastic product lines. Troubleshoot production issues, lead quality and KPI monitoring, run lab and factory trials, support equipment design, implement process improvements and mistake-proofing, and maintain ISO 9001:2015 quality systems while coordinating cross-functional manufacturing activities.

Support commissioning, startup, troubleshooting, and performance verification of manufacturing processes and equipment. Develop process automation documentation, monitor process data, drive continuous improvement and sustainability initiatives, assist small capital projects, and ensure compliance with safety, quality, and food safety requirements while collaborating with cross-functional teams.