Top Process Engineer Jobs

As a Staff Process Engineer, you will develop, optimize processes, resolve assembly issues, and ensure quality in the semiconductor manufacturing sector.

As a Principal Process Engineer, you'll optimize die bonding processes, improve yield and cost, and resolve manufacturing issues while leading initiatives and collaborating with teams.

Develops and validates manufacturing processes, equipment, tooling, and production lines for medical devices. Leads new product introduction, process optimization, testing, failure analysis, documentation, and continuous improvement initiatives. Coordinates cross-functional engineering projects, ensures compliance with QMS and FDA requirements, and may supervise technicians or associate engineers. Serves as a technical subject matter expert, mentor, and leader for manufacturing excellence and innovation programs.

Designs, develops, and supports AI-enabled business process automation across the organization. Partners with business and technical stakeholders to identify inefficiencies, define requirements, and deliver end-to-end automation solutions. Builds secure enterprise AI, LLM, agent, knowledge management, workflow, and integration capabilities, including private and on-premises deployments. Evaluates emerging technologies, establishes governance standards, and provides ongoing troubleshooting, maintenance, documentation, and improvement.

Manage BEOL process integration for MRAM products, optimizing yield, quality, reliability, cost, stability, productivity, and safety. Develop process improvements using statistical analysis and problem-solving methods, transfer technologies to foundry partners, and support R&D-to-high-volume manufacturing transitions. The role requires expertise in semiconductor process modules, yield engineering, SPC, FDC, DOE, and JMP, along with a long-term initial assignment at a foundry in Oregon.

Leads development, optimization, qualification, and scale-up of sputtering and thin-film deposition processes for continuous HTS wire manufacturing. Designs statistically rigorous experiments, improves yield and film quality, establishes process controls, troubleshoots complex manufacturing issues, and drives corrective actions. Partners cross-functionally on production integration, documentation, validation, and supplier coordination while mentoring junior engineers and leading technical improvement projects.

Provides technical leadership for thermoforming and plastic trimming manufacturing processes. Responsibilities include specifying and launching equipment, safety assessments, process qualification, technical training, production support, OEE and quality improvement, lean initiatives, audits, troubleshooting, and continuous improvement. The role requires hands-on expertise with thick-gauge thermoplastics, tooling, trimming technologies, manufacturing safety, and plant operational data.

Develops and implements process power automation solutions for metals-industry applications. Responsibilities include electrical load analysis, transformer sizing, grounding assessment, drive feeder protection, power regulation, system troubleshooting, customer support, engineering improvements, project collaboration, mentoring junior engineers, and limited site commissioning and training.

Develops cryogenic photonic and superconducting device fabrication processes from design through prototype production. Responsibilities include cleanroom fabrication, lithography, thin-film deposition, etching, planarization, metrology, yield analysis, root-cause investigation, SOP and process documentation, PDK maintenance, and collaboration with design, test, packaging, and integration teams.

The Process Integration Engineer will develop advanced DRAM technologies, lead troubleshooting, drive yield improvement, and mentor others within the BEOL team while ensuring technology transfers for high-volume manufacturing.

Develops, optimizes, and sustains precision molded optics manufacturing processes in a high-volume environment. Responsibilities include process development, DOE, yield and defect reduction, equipment qualification, tooling optimization, production troubleshooting, SPC, root-cause analysis, CAPA, documentation, continuous improvement, and new product introduction. Collaborates with production, quality, tooling, maintenance, R&D, product engineering, and customers to ensure compliant, capable, and cost-effective manufacturing processes.

Process Engineer responsible for optimizing manufacturing processes, reducing costs, improving productivity, and ensuring consistent quality. Duties include developing lean work cells, analyzing capacity and workflow, supporting Kaizen initiatives, calculating OEE, designing tooling and fixtures, improving material flow, eliminating root causes, training operators, and maintaining BOM and routing costs. The role requires collaboration with Engineering and Quality teams in a hands-on manufacturing environment.

Designs and supports process control systems for pulp and paper projects. Responsibilities include sales support, systems engineering planning, software preparation, integration and factory acceptance testing, operator training, control tuning, commissioning, optimization, customer issue resolution, and post-commissioning support. The role may lead engineering teams and serve as the technical customer liaison. A bachelor's degree and at least two years of experience are required, with up to 60% travel.

Provides technical support for flexible packaging manufacturing operations, focusing on safety, process optimization, quality, waste reduction, productivity, and troubleshooting. Investigates process and production issues, develops corrective actions, maintains operating standards, supports equipment modifications and project engineering, trains machine operators, and participates in continuous improvement initiatives. May supervise engineering co-op students.

Leads process engineering and continuous improvement for automated pharmaceutical manufacturing equipment. Responsibilities include process validation, technology transfer, equipment qualification, change control, deviation investigations, risk management, troubleshooting, SOP and batch record authoring, supplier collaboration, training, and project management in a GMP-regulated environment. This is a rotating night-shift role supporting manufacturing operations, maintenance, and facility improvements.

Paid summer internship supporting steel rolling mill projects and improving production, quality, and maintenance processes. Responsibilities include data collection, process trials, analysis, standardization, continuous improvement, and collaboration with cross-functional teams. Interns will own improvement projects while receiving mentorship, professional development, and networking opportunities.

Develops and improves machining processes for turning, milling, and grinding operations. Resolves repair-process issues, reduces rework, improves throughput, creates production work instructions, designs tooling and fixtures, validates quality and testing requirements, and supports implementation of materials, technologies, and continuous improvement initiatives. The role works with production managers, engineers, and technicians in an aerospace turbine-component repair environment while interpreting FAA-approved technical data, OEM manuals, blueprints, and industry standards.

Design and support natural gas transmission, compression, storage, and processing facilities. Responsibilities include equipment specifications, hydraulic analyses, PFDs and P&IDs, compressor and pump evaluations, pressure vessel and piping design, proposal estimating, quality control, technical analyses, project coordination, and construction support. The role collaborates with multidisciplinary teams and clients, ensures compliance with industry codes, and may require occasional field travel.

Improve production process safety, efficiency, and reliability; support trials, equipment upgrades, and new installations; commission lines; troubleshoot production and maintenance issues; implement work instructions and lead process improvement projects.

Process Engineering Summer Interns support design engineers on heavy industrial projects. Responsibilities include system analysis, pump sizing, stress analysis, mass balances, process flow and piping instrumentation diagrams, building air calculations, and construction drawing development using engineering and design software. Interns collaborate with interdisciplinary teams and gain exposure to mechanical systems serving industrial and pulp and paper facilities.

Designs and optimizes manufacturing processes for customized, engineer-to-order products in high-mix environments. Responsibilities include factory layout, material flow, workstation and assembly design, lean manufacturing, visual management, continuous improvement, automation and digital technology integration, engineering-to-manufacturing systems integration, tooling and fixture development, manufacturability support, new product introduction, quality controls, and standardized work documentation.

Supports hydraulic hose product and process industrialization across multiple manufacturing sites. Responsibilities include new product launches, process definition, production stabilization, engineering changes, troubleshooting, process optimization, risk mitigation, KPI analysis, validation, and continuous improvement. The role applies structured problem-solving methods, supports DFM/DFA reviews, coordinates improvement actions, maintains technical documentation, and provides hands-on support during trials and production ramp-ups.

Lead and own in-house lens surfacing operations: optimize equipment parameters and yields, implement quality controls and SOPs, manage LMS data flow, liaise with OEMs and maintenance, run engineering projects to improve cost, capacity, and quality, and align projects with financial goals.

Leads cathode process engineering for high-volume iron-air battery manufacturing. Responsibilities include design-for-manufacturing, process-window development, materials characterization, metrology, manufacturing-line design and commissioning, root-cause and failure-mode analysis, and cross-functional process improvement. The role also mentors engineering teams and uses statistical methods and SQL to guide development decisions. This onsite position is based in Weirton, West Virginia, with travel under 10%.

Leads complex industrial water and wastewater process design projects from planning through startup. Develops process design strategies, flow diagrams, water and mass balances, alternatives analyses, and treatment solutions. Coordinates multidisciplinary teams, testing, construction, commissioning, and client delivery. Supports project scope, scheduling, budgeting, client relationships, and practice growth across industrial sectors including metals, pharmaceuticals, chemicals, and food and beverage.