Top Process Engineer Jobs

Develops and integrates semiconductor process flows for advanced memory and packaging technologies, especially wafer-level and reconstructed substrate processing. Leads technical projects, designs experiments, analyzes process and reliability data, resolves integration issues, and collaborates across engineering and manufacturing teams to qualify scalable technologies. Applies data-driven methods and AI tools to improve workflow efficiency, yield, reliability, and technical decision-making.

Manages semiconductor part-type lifecycles, technology transfers, yield ramps, process optimization, and cross-fab integration. Analyzes manufacturing, inline, electrical, and probe data to identify yield-loss root causes and corrective actions. Coordinates process-flow and system setup, lead-lot tracking, conversion plans, and yield monitoring improvements. Collaborates with engineering, quality, metrology, IT, and manufacturing teams to improve yield, quality, and cycle time. Requires up to 10% domestic and international travel.

Leads pharmaceutical formulation process engineering workstreams, including site-level process design, optimization, validation, troubleshooting, and deviation investigation. Defines operating ranges, critical parameters, acceptance criteria, documentation standards, and corrective actions. Coordinates production trials, guides engineers through technical decisions, manages complex projects, and communicates risks, results, and recommendations to stakeholders.

Leads pharmaceutical manufacturing process engineering workstreams, including site process design, optimization, validation, troubleshooting, deviation analysis, corrective actions, and technical documentation. Establishes operating ranges, critical parameters, acceptance criteria, and process standards. Coordinates trials with production, guides engineers through complex technical decisions, manages project execution, and communicates risks, progress, and recommended mitigations to stakeholders.

Leads pharmaceutical manufacturing process engineering workstreams, including site-level process design, optimization, validation, troubleshooting, deviation investigation, corrective actions, and change execution. Establishes technical standards, analyzes production data, coordinates trials, guides engineers, and communicates technical risks and recommendations. The role requires an engineering degree, extensive pharmaceutical formulation experience, project leadership, problem-solving, and strong communication skills.

Provides governance, assurance, risk management, and continuous improvement for Process Safety Management at an LNG facility. Facilitates process hazard analyses, risk assessments, incident investigations, management of change, building siting reviews, KPI analysis, self-assessments, and process safety information management. Supports PSM software tools, mentors personnel, interprets consequence modeling and QRA results, and ensures compliance with OSHA PSM, EPA RMP, API, and related regulations.

Analyze semiconductor manufacturing data to identify root causes of yield and defect issues, lead corrective actions, optimize process quality and reliability, and drive continuous improvement. Responsibilities include high-volume data analysis, statistical process control, design of experiments, new product introduction, manufacturability troubleshooting, and collaboration with integration, module, manufacturing, and yield engineering teams.

The Process Integration Engineer identifies improvement opportunities across semiconductor manufacturing metrics such as yield, performance, capability, cost, and delivery. They gather and analyze data, investigate root causes, develop and test solutions, communicate findings, and implement control plans. The role also involves documenting and globalizing lessons learned while supporting environmental, health, safety, and security requirements.

Support an efficiency-focused intelligence community organization by managing and eliciting requirements, identifying process improvements, recommending scalable operational changes, and improving organizational workflows. The role requires collaboration with senior leaders and internal and external stakeholders, independent execution, strong communication, and an active TS/SCI clearance with polygraph.

Build and maintain full-stack features for Benchling’s workflow engine, recipes, assays, and related life sciences products. Develop backend services, frontend interfaces, workflow data models, and AI-enabled functionality. Collaborate with engineering, product, design, and AI teams; write tested and documented code; participate in code reviews and on-call support; and work onsite in San Francisco three days per week.

Leads sustaining engineering for dry etch, wet etch, and clean semiconductor processes. Drives yield improvement, defect reduction, process optimization, DOE and SPC analysis, equipment and process qualification, technology transfers, troubleshooting, and manufacturing readiness. Partners cross-functionally to improve throughput, quality, cost, cycle time, and process robustness. Establishes process controls and documentation while mentoring engineering and manufacturing personnel and leading continuous improvement initiatives.

Develops, validates, and industrializes medical device manufacturing processes at external suppliers from concept through commercial launch. Leads process characterization, DOE, statistical analysis, engineering builds, validation, readiness reviews, and commercialization milestones. Coordinates supplier technical execution, resolves manufacturing issues, and maintains validation and manufacturing documentation, including IQ/OQ/PQ protocols, reports, process flows, equipment specifications, work instructions, and risk assessments.

Lead pathfinding and process development for advanced patterning (193nm immersion, EUV, High NA EUV). Develop and optimize EUV lithography modules, define mask inspection strategies, collaborate with manufacturing for process transfer and readiness, and support High NA EUV development with occasional travel.

Leads process automation for capital, improvement, maintenance, and plant-support projects at Dow’s Seadrift site. Responsibilities include control strategy and system design, SIL/SIS/BPCS work, requirements specifications, cost and schedule management, software and graphics development, testing, commissioning, troubleshooting, cybersecurity coordination, documentation, and coaching. The role provides day-to-day process control support and helps maintain safe, reliable, and efficient plant operations.

Supports semiconductor manufacturing operations through data-driven lot and equipment dispositions, quality containment, process control, troubleshooting, and real-time issue resolution. Develops improved manufacturing procedures to increase yield, efficiency, equipment performance, and product quality. Provides on-shift fab support, identifies systematic process and equipment problems, analyzes data, and collaborates with engineering and technician teams in a high-volume environment.

Develops, validates, and industrializes medical device manufacturing processes at external suppliers from concept through commercial launch. Leads process characterization, DOE, statistical analysis, validation, engineering builds, readiness reviews, and manufacturing documentation. Collaborates with contract manufacturers and suppliers to resolve technical issues, monitor deliverables, and ensure manufacturing readiness. Requires at least five years of medical device engineering experience and expertise in process development, supplier collaboration, and IQ/OQ/PQ validation.

Leads the development, validation, optimization, and implementation of advanced manufacturing processes for medical device components and assemblies. Responsibilities include defining process parameters, troubleshooting production issues, analyzing data, creating technical documentation, supporting quality systems, managing project timelines, collaborating with customers and cross-functional teams, and mentoring junior engineers. The role requires manufacturing process design, validation, lean methods, statistical analysis, and medical device quality-system knowledge.

Own and optimize SMT processes for advanced probe card PCB manufacturing. Responsibilities include developing recipes, managing stencil printers, pick-and-place machines, reflow ovens and inspection systems, improving yield and process capability, troubleshooting equipment and defects, maintaining documentation and preventive maintenance, supporting production and new product introductions, and leading Lean Six Sigma, DfX, equipment improvement, and cross-functional manufacturing initiatives.

Leads process and equipment improvement within a high-volume manufacturing area. Owns equipment performance, preventive maintenance, troubleshooting, OEE, root-cause analysis, Lean and Kaizen initiatives, quality, safety, and process controls. Provides technical leadership, supports new product introductions, validates equipment and processes, coordinates vendors, and trains production and maintenance personnel. Improves safety, quality, delivery, throughput, reliability, and cost performance.

Leads process development, scale-up, equipment and fixture development, process validation, manufacturing transfer, and production optimization for wearable biosensor products. Responsibilities include designing experiments, qualifying equipment and processes, developing control plans and test methods, supporting regulatory filings and product launches, managing suppliers and materials, improving capacity and yield, and ensuring design-for-manufacturability. The role collaborates across R&D, manufacturing, quality, and supply chain in office, laboratory, and cleanroom environments.

Develops consumer electronics products from concept through high-volume mass production. Collaborates with process, tooling, quality, and project engineering teams; participates in reliability testing; conducts DOEs; recommends DFM concepts; and communicates manufacturing requirements. Requires mechanical engineering knowledge, CAD and GD&T proficiency, familiarity with tooling and FMEAs, English and Mandarin communication skills, and overseas travel to China for 35–45% of the year.

Own the end-to-end manufacturing process for consumer-technology products, from laser print parameters and layouts through thermal treatment and final extraction. Develop optimized processing recipes, conduct DOE and SPC analysis using statistical software, investigate defects and root causes, implement CAPA, and collaborate on DFAM reviews. The role focuses on achieving repeatable manufacturing windows, improving yield, reducing scrap, and ensuring mechanical, aesthetic, and metallurgical quality.

Supports the development, testing, monitoring, and improvement of digital manufacturing processes for consumer technology products. Executes experiments, analyzes manufacturing data, investigates defects, documents process specifications and procedures, and collaborates with engineering, operations, and quality teams. The role focuses on laser additive manufacturing, thermal processing, post-print operations, design for additive manufacturing, process stability, yield, and continuous improvement under the guidance of experienced engineers.

Develop products from concept through high-volume, low-mix mass production. Collaborate with process, tooling, quality, and project engineering teams; participate in reliability testing; conduct Design of Experiments; recommend Design for Manufacturing concepts; and communicate design and manufacturing requirements to engineering and factory teams. The role requires mechanical engineering knowledge, CAD and GD&T proficiency, bilingual English and Mandarin communication, and overseas travel to China.

Develops and improves injection molding processes, including cell setup, tooling trials, robot programming, process validation, and production readiness. Verifies root causes, implements corrective actions, reduces scrap and downtime, and supports APQP, PPAP, Gage R&R, and Cpk studies. Provides launch support, trains production personnel, maintains job instructions and project records, and collaborates with quality, maintenance, operations, engineering, and customers.