Top Process Engineer Jobs

Develops and supports PCB, manifold, and backplane manufacturing for advanced RF hardware. Responsibilities include PCB tooling preparation, CAM programming, customer data validation, DFM analysis, drawing and specification review, process documentation, producibility reviews, design improvement recommendations, training support, and manufacturing estimates. The role works with engineering and production teams and may be filled at Manufacturing Engineer or Principal Manufacturing Engineer level.

Develops, improves, and supports manufacturing processes for printed wiring boards, manifolds, and RF backplanes. Responsibilities include process development, equipment procurement and qualification, process optimization, yield and capability improvement, automated equipment programming, troubleshooting, documentation, training support, and design-for-manufacturability reviews. The role requires expertise in DOE, SPC, Six Sigma, GD&T, chemical and plating processes, and manufacturing problem solving. U.S. citizenship and the ability to obtain and maintain a Secret clearance are required.

Supports and improves photolithography processes in a wafer fabrication environment. Responsibilities include monitoring process and equipment performance, troubleshooting products and process flows, dispositioning nonconforming material, designing experiments, evaluating fab materials, documenting procedures, implementing corrective actions, and training manufacturing and engineering personnel.

Own process engineering for chocolate and confectionery innovation projects from technical brief through factory implementation. Translate recipes into process flows, equipment requirements, operating parameters, trial plans, and scale-up strategies. Lead factory trials, validation, commissioning, troubleshooting, root-cause analysis, process optimization, commercialization, shelf-life support, and technical documentation while collaborating with R&D, Culinary, Quality, Operations, Engineering, suppliers, and co-manufacturers.

Lead the design, implementation, and continuous improvement of manufacturing processes from NPI through high-volume production. Responsibilities include process development, line layouts, tooling, labor modeling, time studies, capacity analysis, line balancing, OEE improvement, Lean initiatives, troubleshooting, capital-equipment business cases, cross-functional project leadership, and mentoring junior staff.

Supports high-volume semiconductor manufacturing by improving processes, procedures, equipment operations, efficiency, yield, cost, and quality. Performs lot and equipment dispositions, investigates process and equipment issues, supports equipment and process startups, conducts process experiments, and participates in data analysis and problem resolution. Requires semiconductor process or equipment engineering experience and a relevant bachelor’s degree.

The Process Engineer serves as the site manufacturing-process expert, troubleshooting technology, quality, equipment, and productivity issues. Responsibilities include leading continuous-improvement and CAPEX projects, implementing new processes, conducting root-cause analysis, managing documentation, improving safety and quality, optimizing capacity and costs, and supporting plant leadership. The role collaborates with maintenance, contractors, corporate teams, and cross-functional stakeholders in a high-volume manufacturing environment.

Provides senior technical expertise for engineering projects, including process design reviews, PFD and P&ID development, equipment sizing, hydraulic calculations, process safety studies, hazardous area classification, corrosion assessments, and pressure relief design. Supports project planning and execution, quality assurance, client meetings, reporting, business development, and mentoring junior engineers. The role is hybrid in Spring, Texas and involves approximately 30% travel.

Leads advanced semiconductor process engineering and customer technology engagements. Resolves complex process issues through troubleshooting, root cause analysis, DOE, and statistical methods; drives process optimization, yield improvement, technology transfers, demonstrations, beta programs, and new product introductions. Advises strategic wafer fabrication customers, influences product strategy and roadmaps, presents to executives, and coordinates cross-functional and joint development initiatives involving Logic, DRAM, NAND, or advanced packaging technologies.

Owns and improves assigned biomanufacturing equipment processes, including process capability, validation, troubleshooting, change control, risk management, and technical documentation. Partners with Manufacturing, Quality, Maintenance, suppliers, and project teams to resolve issues, improve yield and efficiency, manage equipment lifecycle, support regulatory inspections, and deliver projects. Develops training for Operations, Engineering, and Maintenance personnel. The role requires work in a GMP or regulated manufacturing environment and occasional travel.

Develops, implements, and improves electronics manufacturing processes for autonomous trucking components. Responsibilities include automation design, process documentation, root cause analysis, equipment troubleshooting, data analysis, quality and safety compliance, equipment qualification, new product introduction support, and continuous improvement. The role also provides technical training to production staff and collaborates on design-for-manufacturability initiatives.

Develops and maintains manufacturing processes for electronics components supporting autonomous driving systems. Responsibilities include automation implementation, process optimization, root cause analysis, corrective actions, documentation, new product introduction support, continuous improvement, production data analysis, equipment qualification, troubleshooting, safety and quality compliance, and training production staff.

Develop and optimize dielectric thin-film deposition processes (ALD/epitaxy/plasma) for advanced DRAM. Drive DOE/SPC-based experiments, troubleshoot tools, improve uniformity/conformality/quality, lead cross-functional projects, and communicate technical results to meet performance and yield goals.

Support process design tasks under supervision including conceptual layouts, preliminary and detailed calculations, vendor drawing reviews, drafting support, field data collection, and construction support while applying process safety and department standards.

Lead and supervise process engineering teams to deliver process design deliverables on time and within budget. Develop design criteria, estimates, schedules, and detailed calculations; produce drawings, specifications, vendor reviews, and bid packages. Apply process safety, CAD and simulation tools, mentor junior engineers, support proposals and client presentations, and provide project controls for capital projects.

Support and improve diffusion manufacturing processes in a high-volume 200mm wafer fab. Implement process improvements, execute equipment/process startups and experiments, perform lot/equipment dispositions, analyze data, and drive yield, efficiency, cost, and quality improvements.

Develop and improve CNC machining processes by troubleshooting production issues, designing and validating tooling/fixtures and machining methods, running experiments on CNC mills (including 5-axis), analyzing production data, and translating findings into repeatable standards to increase quality, reduce cycle time, and expand manufacturing capabilities.

Lead process improvement and troubleshooting for acrylic sheet manufacturing using DOE and LEAN tools. Optimize yield, labor, set‑up times, and quality; execute trials, root cause analysis, customer complaint resolution, staff training, and ISO/IMS-compliant projects.

As a Process Engineer, you'll design and optimize manufacturing processes, analyze data, troubleshoot issues, measure film properties, and engage with customers.

Manage engineering teams to characterize hardware, define and apply process methods, run experimental tests, resolve complex process engineering customer issues, determine product process specifications, lead cross-functional collaboration and drive market share improvement for semiconductor and display products.

Provide technical support to plant unit operations: monitor and troubleshoot processes, own MOCs, support PHAs, assist capital projects and DCS/SIS/PLC control work, maintain documentation, and identify cost-saving opportunities to improve safety, reliability, and efficiency.

Coach and lead operational improvement initiatives (Kaizen), partner with site leaders to identify constraints, apply structured problem-solving (A3, DMAIC, 5-Why), implement visual management (SQDIP, Gemba), standardize processes, and sustain measurable improvements across safety, quality, productivity, cost, and engagement.

Lead design, launch, and continuous improvement of high-volume battery energy storage manufacturing. Implement standardized work, line balancing, workstation layouts, and tooling; drive throughput, quality (FTT), and safety. Manage equipment procurement/commissioning, SPC/MSA, 8D root cause, and engineering change processes while mentoring teams in lean principles and supporting greenfield ramp-up.

Provide hands-on process engineering support for CNC machining of engine components. Troubleshoot production and maintenance issues, lead continuous improvement projects, use AutoCAD/3D modeling and 3D printing for tooling and prototyping, maintain process documentation (OIS, PFMEA), drive root-cause analysis, and implement Lean manufacturing practices.

Lead launch and ramp-up of an OVD optical fiber overcladding production line. Support construction/commissioning, specify and source equipment, test and validate processes, monitor OVD deposition and sintering furnace performance, analyze process data, implement continuous improvement projects to meet quality, output, and yield KPIs, troubleshoot equipment, and produce SOPs and documentation.