Top Process Engineer Jobs

Design, develop, and deploy AI-based computer vision systems for manufacturing. Build detection/classification/defect algorithms, integrate with automation, validate and optimize deployments, document standards, and train affiliate engineers to sustain solutions across North America.

Lead process excellence and quality at an aluminum manufacturing plant. Monitor processes, manage lab equipment, act as customer quality contact, lead root-cause and containment activities, drive continuous improvement projects, maintain QMS and quality documentation, support audits and certifications, supervise hourly production associates, and collaborate cross-functionally to improve productivity, reduce waste, and ensure customer satisfaction.

Analyze and redesign company-wide business processes, develop process mappings, lead change management and training, deliver documentation and stakeholder communications, and support cross-functional process improvement initiatives to increase efficiency and scalability.

Optimize and standardize manufacturing processes to improve safety, quality, efficiency, and productivity. Lead continuous improvement, troubleshoot production issues, commission equipment, support capital projects, collect and analyze production data, and collaborate with production, maintenance, and quality teams to implement corrective actions and process controls.

Translate design intent into manufacturing instructions and dossiers, support shop floor execution, create/update routings, BoMs and SOIs, specify tooling and assets, enable time-optimized sequences, drive first-install feedback, participate in production routines, and support continuous improvement and upstream design input.

Support development and sustainment of metrology for wafer fabrication: partner with engineering teams, analyze metrology data, maintain recipes and operating specs, troubleshoot tools, apply SPC, and train technicians in a cleanroom production environment.

Provide production support at a fiberglass boat manufacturing facility using Gemba and Lean methods. Lead process improvement projects, analyze process and quality data, perform root cause analysis, design/implement production aids and work instructions, and collaborate across production, engineering, and product development to improve safety, quality, delivery, and cost.

Perform root cause and failure investigations for Starshield production hardware, contain and drive corrective actions for non-conforming product, improve manufacturing/test processes and yield using data-driven methods, support PFMEA and continuous improvement, document findings, and collaborate with cross-functional teams to enhance hardware reliability and production robustness.

Support and optimize manufacturing processes for cost, quality, and delivery. Define and implement manufacturable processes, perform root-cause analysis, troubleshoot production issues, specify and install capital equipment, establish process controls and parameters, apply statistical and lean methods, maintain documentation, and train production personnel during process transfers.

Provide technical support to improve and optimize manufacturing processes for flexible packaging. Investigate and resolve quality, waste, and productivity issues, train operators on equipment and procedures, implement process improvements, collaborate with supervisors and maintenance, and support project engineering to reduce downtime and waste while maintaining safety and product quality.

Design, optimize, and troubleshoot lithography processes for semiconductor and quantum devices using DUV scanners. Perform mask layout work, CD-SEM recipe creation, metrology, data collection and analysis, root-cause investigations, documentation, and cross-team collaboration with vendors, customers, and R&D teams.

Provides process engineering support for assigned projects, including interpreting and approving engineering drawings, designing process equipment and piping systems, specifying and procuring equipment, ensuring compliance with codes and safety standards, and estimating project work. The role collaborates with cross-functional teams and requires independent technical judgment, strong communication, business acumen, and a bachelor’s degree in Chemical Engineering.

Provides process engineering support for industrial projects, including reviewing and approving drawings, designing process equipment and piping systems, specifying and procuring equipment, ensuring code and safety compliance, and estimating project work. The role is assigned onsite at a client facility and requires collaboration across disciplines, strong analytical and communication skills, attention to detail, and effective project and time management.

As a Process Integration Engineer, you will conduct yield investigations, drive efficiency improvements, validate processes, and support tech transfer while collaborating with teams in a fast-paced environment.

Intern supporting thin-film deposition and metallization process development for DRAM manufacturing. Responsibilities include designing experiments, analyzing statistical and metrology data, optimizing processes, investigating excursions, performing root-cause analysis, qualifying tools, evaluating materials, reducing defects, and developing AI-assisted or automated engineering workflows. The role provides hands-on exposure to semiconductor manufacturing, cleanroom operations, and cross-functional engineering collaboration.

Work on semiconductor process integration to enable next-generation DRAM: analyze electrical and inline data to identify yield detractors, optimize process flows and structures, maintain production line c-spec compliance, collaborate cross-functionally, leverage AI tools to improve problem solving, and present results to stakeholders.

Develops and integrates semiconductor processes for infrared focal plane array manufacturing. Manages manufacturing plans, optimizes process routes, analyzes metrology and electrical data, leads root-cause and corrective-action activities, supports mask design and tape-out, and coordinates process transfers with vendors. The role collaborates with customers and cross-functional teams to improve yield, cost, schedule, manufacturability, and product execution across the manufacturing lifecycle.

Develop and optimize automotive stamping and roll forming processes, tooling, and dies through feasibility studies, DFM analysis, simulation, and press evaluation. Define materials, tonnage, cycle times, and product configurations; address spring-back, process risks, quality, and OEE. Analyze production issues, implement corrective actions, support engineering changes, create PFMEA documentation, and collaborate with global, cross-functional teams on advanced manufacturing technologies.

Lead production engineering for the FOAK gas fermentation plant; manage engineers/technicians; optimize and debottleneck gas fermentation and upstream/downstream processes; ensure safe operations; run improvement projects and RCAs; support design, construction, commissioning and startup of next commercial plant; significant on-site presence and collaboration with scientific and automation teams.

Lead production engineering for a FOAK gas fermentation plant: operate, optimize, debottleneck, and ensure safe reliable plant performance; manage engineers and technicians; oversee improvement projects, root-cause analyses, and commissioning/startup of the next commercial plant.

Lead development and implementation of a terminal sterilization program: define sterilization cycles and recipes, support commissioning/validation, ensure GMP and regulatory compliance, troubleshoot cycle development, train operations, and partner with CQV, engineering, and manufacturing to enable manufacturing readiness.

The role involves supporting manufacturing through process improvement, enhancing profitability, and maintaining customer contacts while ensuring safety and efficiency standards in operations.

Lead manufacturing process improvements by monitoring capabilities, using data systems to drive efficiency, implementing automation, documenting designs/procedures, responding to production issues, and collaborating cross-functionally to deliver engineering changes and training.

As a Staff Process Engineer, you will develop and deploy advanced dry etch processes, collaborate cross-functionally, drive yield improvement, and support high-volume manufacturing within a semiconductor environment.

The Process Engineer provides technical guidance for production processes, drives continuous improvement, manages projects, and supports product development in a manufacturing setting.