Top Process Engineer Jobs

Lead and supervise process engineering teams for pulp & paper capital projects: establish design criteria, produce and review calculations/drawings/specifications, estimate and control budgets/schedules, mentor staff, support proposals and client presentations, and apply process and site safety into designs.

Lead and supervise process engineering teams for pulp and paper capital projects. Deliver process design, estimates, calculations, specifications, and vendor reviews. Ensure safety integration, project controls, schedules, budgets, mentoring, and client-facing activities including proposals and presentations. Provide technical direction, conduct checks, and support procurement and interdisciplinary coordination.

Lead development and scale-up of chemical processes from concept to commercialization (batch and continuous). Optimize existing processes, establish key process parameters and control strategies, manage changes under strict change control, create technical presentations, and collaborate with cross-functional teams including chemists, quality, production, and suppliers.

Work primarily on the manufacturing floor to maintain and improve production processes and equipment. Train operators, troubleshoot machines, implement ECNs/PCIs, design production tools (3D modeling), coordinate installations and maintenance, support quality and safety initiatives, and provide hands-on production support and testing.

Design and implement manufacturing processes, equipment and molds to meet production goals. Manage process and equipment improvement projects, optimize press cycle time and consistency, support new product tooling, collaborate with operations and hourly staff, lead scrap reduction and LEAF engagement initiatives, and track safety, scrap, and mold change KPIs.

Support metrology process development and manufacturing for advanced semiconductor technologies. Design and analyze DOE, develop metrology recipes and models, monitor process stability using SPC/CPK, troubleshoot equipment and processes, qualify and match tools, work with suppliers, and drive yield/cost/throughput improvements while following EHSS requirements.

Lead installation, operation, troubleshooting, calibration, and maintenance of plant-wide in-line camera/vision systems. Support lithography department for new product evaluation, day coder maintenance, RFQs and incoming inspections, document trials, train crews on SOP changes, liaise with suppliers, address quality findings, and lead projects to improve production performance.

Develop, qualify, and optimize thin film processes for a silicon carbide wafer fab. Use DoE and statistical analysis to drive yield, quality, and efficiency improvements. Apply predictive failure-mode/problem-solving aligned to automotive methodologies. Present technical results and travel occasionally to manufacturing sites and vendors to share knowledge and support product introductions.

Lead design and delivery of process and utility systems for semiconductor, advanced manufacturing, and biopharmaceutical facilities. Provide technical leadership, develop engineering deliverables (P&IDs, equipment layouts, hydraulic and stress analyses), coordinate multidisciplinary teams, support construction, mentor staff, and support occasional domestic and international travel.

Provide engineering support for semiconductor manufacturing and cleanroom operations during facility startup and production ramp. Develop eRecipes, SOPs, process controls, tooling, and training; monitor equipment and SPC/CPK performance; lead a small technician team; support audits, CAPA, and production readiness to ensure compliant, efficient processes.

The Process Engineer for MS&T supports technology transfer and ensures successful execution of biologic processes, authoring documentation and improving processes for manufacturing operations.

Lead development, optimization, and hands-on support of braiding and spiral reinforcement processes for high-performance hose and conduit systems. Create process documentation and standard work, troubleshoot production lines, collaborate with maintenance and quality, support qualification testing (proof, burst, impulse, temperature cycling), refine braid/spiral design parameters, and drive continuous improvement to meet aerospace and industrial performance requirements.

Design and implement production process modifications and engineering projects to improve safety, quality, and efficiency. Develop project plans, cost controls, and vendor specifications. Support equipment installations, upgrades, and maintenance procedures. Use continuous improvement tools (QIP, SPC, Six Sigma) and CAD where applicable. Troubleshoot mechanical problems, manage projects to timelines, and communicate with operators, management, and vendors. Emphasize safety, health, and environmental controls on the plant floor and in the office.

Lead continuous improvement and operational excellence in a manufacturing business unit by owning daily management systems, improving equipment reliability, advancing digital tools, analyzing KPIs, leading structured problem solving, managing small projects and capital initiatives, and developing team capability.

Design, improve, and optimize manufacturing processes and equipment; perform root cause analysis, quality and safety audits; reduce costs; manage projects; analyze production data; and train staff to ensure efficient, compliant manufacturing.

Develop, optimize, and control CNC machining processes for silicon and brittle materials. Lead process improvement using SPC, DOE, root cause analysis, and FMEA. Support CNC programming, tooling, and equipment performance. Author procedures, collaborate cross-functionally, manage projects, and apply Lean/6-Sigma to improve quality, safety, and production capability.

Lead design and implementation of factory layout, process flow, and assembly sequencing for humanoid robot production. Develop work instructions, specify equipment, implement MES, design metrics/visual management, error-proof processes, drive continuous improvement, perform root-cause analysis, and collaborate cross-functionally to scale manufacturing while maintaining safety and ISO compliance.

Procures and launches controls engineering programs; designs, evaluates, and debugs manufacturing control systems (PLCs, HMIs, vision, robotics); works with vendors and cross-functional teams; supports deployment, run-offs, preventative maintenance scheduling, and continuous improvement to improve quality, cost, responsiveness, and safety. Hybrid: 3 days in-office.

The Process Integration Engineer will lead technology development, design experiments, evaluate device performance, and manage projects in advanced memory production for Micron's semiconductor division.

The Process Integration Engineer will develop innovative solutions for advanced memory products, lead technology pathfinding, design experiments, and enhance device performance through collaboration and project management.

The Principal Customer Integration Engineer will focus on technical engagement, product development, process engineering, and support for customer integration in advanced HBM products.

The Process Engineer will manage the powder synthesis workflow, troubleshoot equipment issues, apply statistical process control, and collaborate with scientists to ensure high-quality data production.

Lead feasibility, scoping, implementation and commissioning of capital and major maintenance projects. Perform mechanical and piping design, manage consultants, specify equipment, administer hazardous piping and pressure vessel inspections, apply problem-solving to improve process capability, and collaborate with operations and maintenance on safety, production, and quality issues.

Perform less-complex process engineering design tasks under close supervision, support larger projects, produce preliminary and detailed calculations and sketches, check vendor and discipline drawings, assist drafters, perform fieldwork, and apply process safety and department standards. Participate in project teams and travel as required.

Lead metallurgical process improvement for rolling, forging, and heat treatment. Analyze production and quality data (SPC), lead root-cause investigations, implement corrective actions, partner with operations to improve yield and reduce scrap, develop dashboards, and ensure safety and quality compliance.