Top Process Engineer Jobs

Develops manufacturing and service processes for aerospace tooling and equipment supporting military contracts. Translates drawings and specifications into work instructions, routings, manufacturing documentation, and production requirements. Resolves shop-floor producibility and process issues, supports quoting and job launches, guides suppliers, and improves operations using lean methods. Investigates root causes, recommends design or processing changes, and collaborates with operations, quality, tooling, programming, customers, and suppliers while working with controlled military drawings under ITAR/CUI programs.

Monitor and optimize rubber manufacturing processes, including Banbury mixing, milling, extrusion, curing, and downstream operations. Analyze process data, investigate root causes, establish process parameters, and lead continuous improvement initiatives to improve quality, throughput, safety, sustainability, and cost. Develop manufacturing documentation, support trials and new product introductions, conduct capability studies, train personnel, and collaborate with production, quality, maintenance, technical, and supply chain teams.

Optimizes and improves manufacturing processes for semiconductor silica glass products. Responsibilities include process design, new product and technology integration, efficiency and safety improvements, testing, documentation, data analysis, incident investigations, corrective actions, and continuous improvement. The role collaborates with equipment designers and cross-functional peers, supports production quality and yields, and mentors other engineers.

Oversee and improve manufacturing processes through data-driven analysis, process troubleshooting, automation, Lean and Six Sigma initiatives, quality improvements, equipment upgrades, documentation, compliance, and staff training. The role supports capital projects, develops process layouts and SOPs, evaluates cost-saving opportunities, and collaborates with Operations and Maintenance to improve safety, efficiency, throughput, and product quality.

Develops, optimizes, and supports manufacturing processes for multilayer circuit boards, manifolds, and backplanes used in RF hardware. Responsibilities include laser etching process development, equipment procurement and programming, process documentation, yield and capability improvement, manufacturing troubleshooting, operator training, maintenance support, and design-for-manufacturability reviews. The role also manages process development projects and recommends improvements based on quality, cost, and stability metrics.

Leads development, validation, documentation, and production transfer of electromechanical assembly processes. Owns manufacturability reviews, tooling and fixture specifications, process validations, PFMEAs, control plans, work instructions, and corrective actions. Coordinates new product introductions, supports audits, mentors engineers, reviews technical work, and presents process plans and results to customers and leadership.

Supports global pharmaceutical technical operations through aseptic process design, equipment selection, troubleshooting, and capital project execution. Provides technical leadership on aseptic manufacturing solutions, risk assessments, investigations, process improvements, and regulatory compliance. Advises management and operating sites, evaluates engineering advances, leads cross-functional projects, and applies expertise in fill-finish, cleanroom infrastructure, automation, microbial control, and pharmaceutical manufacturing systems.

Analyzes, improves, and sustains manufacturing processes to enhance safety, efficiency, quality, and cost effectiveness. Responsibilities include workflow optimization, lean initiatives, troubleshooting, process documentation, validation, production metric analysis, operator guidance, new equipment implementation, and compliance with safety and environmental requirements. The role collaborates with engineering, production, quality, and maintenance teams in both office and manufacturing-floor settings.

Develops and implements tooling processes for new vehicle programs. Collaborates with industrial engineering, ergonomics, assembly, manufacturing plants, skilled trades, and production teams to improve tooling performance and process quality. Supports General Assembly initiatives involving workplace organization, logistics, and focused problem solving. Responsibilities include managing tooling implementation, budgeting, and creating innovative tooling designs.

Provides process engineering expertise in a 24/7 manufacturing facility, optimizing safety, quality, yield, efficiency, energy use, and reliability. Leads continuous improvement, troubleshooting, MOC reviews, RCAs, productivity projects, sustainability initiatives, emissions monitoring, and process scale-up from prototype to commercialization. Supports operations, manages vendors, mentors engineers, and delivers capital and non-capital improvements. Requires engineering experience in chemical, petroleum, polymer, or manufacturing environments.

Develop and implement manufacturing process control strategies and continuous improvement projects focused on safety, quality, delivery, inventory, and productivity. Integrate and optimize equipment, evaluate new products and processes, conduct root cause and risk analyses, support corrective actions, and manage capital project scope. Apply Lean Six Sigma, statistical methods, PLC programming, robotic integration, and structured problem-solving methodologies to improve manufacturing systems and capabilities.

Develop predictive steady-state, dynamic, and plant-wide process models for molten oxide electrolysis operations. Apply heat and mass balances, optimization, operations research, and scientific computing to improve process control, throughput, robustness, and resource efficiency. Engage hands-on with pilot plants, laboratories, experiments, and operations to validate assumptions and provide actionable engineering recommendations. Collaborate in a cross-disciplinary team and travel internationally quarterly.

Lead CNC machining process improvements, sustaining engineering, new product introduction, and capital equipment projects. Apply Lean and Six Sigma methods to improve OEE, prioritize investments, ensure validated product quality, and support uninterrupted manufacturing operations. Responsibilities include CNC programming and troubleshooting, fixture development, workflow organization, inspection processes, work instruction development, and operator training.

Develops, validates, transfers, and launches casting manufacturing processes, equipment, tooling, and production sequences. Responsibilities include supporting manufacturing validations, PPAP, build plans, equipment installation, casting defect analysis, troubleshooting, process documentation, statistical optimization, and nondestructive and destructive testing. The role is hands-on and onsite in a casting shop, requires collaboration with technical teams and suppliers, and involves frequent travel of at least 50%.

Provides daily process engineering support for a chemical coatings manufacturing plant. Troubleshoots production and quality issues, leads optimization and continuous improvement projects, supports safety analyses and corrective actions, develops process documentation, improves controls and automation, and contributes to capital project scope, equipment specification, installation, and startup. Monitors throughput, yield, scrap, OEE, quality, and downtime while partnering with operations, maintenance, quality, and EHS teams.

Process Engineer responsible for optimizing centrifugal equipment and industrial processes, commissioning systems, supporting sales and R&D, conducting testing and data analysis, maintaining equipment, training customers and employees, and collaborating on engineering projects. The role requires interpreting engineering documentation, understanding controls and automation, and making minor Rockwell program edits. Travel throughout North America may reach 80%.

Process Engineer responsible for optimizing factory processes to maximize recovery, throughput, and extraction while minimizing costs. Provides technical support, process training, safety and quality leadership, KPI analysis, SPC management, process hazard assessments, continuous improvement, and support for project installation and commissioning. Develops production plans, work instructions, process documentation, and operational reports while supporting regulatory and agency interactions.

Designs and optimizes semiconductor and display manufacturing processes through complex experiments, data analysis, hardware characterization, film property measurement, troubleshooting, and technology development. Produces technical documentation, leads process engineering projects, trains engineers, supports customers, and collaborates with vendors, suppliers, and global R&D teams. The role also involves implementing new products and analytical instrumentation while leading functional teams as needed.

Summer 2027 process engineering internship at a plastics recycling facility. The intern will gain manufacturing-site experience, own a project converting preventive maintenance work orders from calendar-based to hourly plans, and participate in professional development, networking, job shadowing, and leadership activities.

Provides technical leadership for a manufacturing area, leading root-cause investigations, continuous improvement, process safety and quality initiatives, capital projects, scale-up, startup, and performance validation. Develops process documentation, PFMEAs, operating procedures, and technical standards while partnering with Operations, Maintenance, Quality, EHS, Automation, and R&D. Mentors process engineers and drives improvements in yield, capacity, productivity, reliability, and product quality.

Develop and optimize plasma etch processes for semiconductor applications. Design experiments, analyze data, troubleshoot chambers, perform root cause analysis, characterize hardware and process interactions, support customer escalations, prepare technical documentation, and collaborate with R&D, manufacturing, engineering, vendors, and customers on new technology and continuous improvement initiatives.

Provides technical and process support for Cottonelle product initiatives, analyzing product and process performance to identify continuous improvement opportunities. Collaborates with R&D, pilot plant, manufacturing, mill operations, and business teams to optimize processes, implement technologies, and support quality, efficiency, sustainability, and innovation goals through scientific and data-driven decision-making.

The Process Integration Engineer will develop solutions for advanced DRAM products, design experiments, optimize device performance, and manage cross-functional project activities.

Lead development and scale-up of bonding processes for 3D memory products, focusing on chip-to-wafer and hybrid bonding, while driving technical direction and collaborating with multiple teams.

Leads optical coating process development, deposition improvements, equipment upgrades, data analysis, manufacturing support, troubleshooting, and process documentation. Manages cross-disciplinary projects, trains technicians and engineers, supports two-shift production, and drives continuous improvement for optical filters and coating systems. Requires expertise in vacuum deposition, optical interference coatings, integrated mechanical controls, statistics, and manufacturing or academic experience in optics or thin films.