Top Process Engineer Jobs

Supports pharmaceutical and biotechnology clients with process, cleaning, equipment, and performance validation in GMP environments. Responsibilities include developing validation protocols, control strategies, risk assessments, and process understanding aligned with ICH Q8/Q9/Q10; troubleshooting deviations; conducting root-cause analysis; optimizing manufacturing processes; executing cleaning studies; transferring drug substance processes; analyzing validation data; and collaborating with manufacturing, quality, process development, and regulatory teams.

Provides process engineering support for GMP oligonucleotide manufacturing, including process troubleshooting, optimization, lifecycle management, capital projects, equipment design, commissioning, qualification, validation, and continuous improvement. Collaborates with manufacturing, quality, safety, development, and project teams; supports technical transfers, scale-up, regulatory activities, CAPAs, change controls, audits, process safety, and compliant pharmaceutical facility operations.

Supports production safety, quality, and delivery while leading equipment qualification, customer-facing process development, engineering change control, audits, risk assessments, process control plans, SPC and MSA programs, nonconformance disposition, and technical training. The role develops chemical, mechanical, and robotic processes for semiconductor parts cleaning and surface enhancement, requiring work in chemical, hazardous, noisy, and physically demanding environments.

Engineering internship supporting PCB manufacturing through production, process and yield improvement projects. Responsibilities include qualification experiments, documentation, data formatting, statistical failure analysis, and process-related projects. Candidates will apply structured problem-solving, data analysis, procedure writing, and manufacturing engineering knowledge while pursuing an engineering bachelor’s degree.

Leads SOLACE team processes, Agile ceremonies, CDRL deliverables, requirements traceability, documentation, metrics, and work tracking. Maintains JIRA and GitLab workflows, dashboards, schedules, risk logs, and status reports. Coordinates engineers, program leadership, government stakeholders, and user teams to improve software lifecycle performance, ensure contract deliverables meet deadlines, and support compliance and process maturity initiatives.

Leads III-V optoelectronic product and process development from design through qualification and manufacturing ramp. Manages mask sets, process flows, BOMs, matrix lots, failure analysis, experiments, yield improvement, and cross-functional readiness. Requires a PhD and at least three years of semiconductor laser design, process development, and characterization experience, with expertise in devices such as VCSELs or DFB lasers, statistical analysis, wafer fabrication, and cleanroom operations.

Lead TOPCon solar cell process engineering across tunnel oxide, polysilicon deposition, diffusion, passivation, and metallization. Drive process stability, yield improvement, root cause analysis, process control, documentation, tool readiness, technology transfer, and qualification. Mentor engineers and collaborate with equipment, metrology, quality, R&D, and device engineering teams to scale advanced cell technology into high-volume manufacturing.

Develops, validates, and optimizes automated assembly processes from commissioning through production. Owns PLC, robotics, servo, vision, safety, and material-handling performance; leads equipment acceptance, installation, commissioning, troubleshooting, production launches, and supplier actions. Improves throughput, uptime, cycle time, reliability, and quality while maintaining controls standards, documentation, backups, contingency plans, and training. Partners with manufacturing, maintenance, quality, IT/OT, EHS, and suppliers to ensure stable production flow.

Leads end-to-end process engineering for aseptic vial and syringe filling systems in a new cGMP biotherapeutic manufacturing facility. Responsibilities include equipment specification and vendor selection, facility integration, design, commissioning, qualification, start-up, technical issue resolution, and cross-functional project leadership. The role ensures regulatory compliance with FDA cGMPs and EU Annex 1 while partnering with vendors, contractors, and internal teams to deliver high-performing filling systems.

Drive technical sales and solution adoption through demonstrations, proofs of concept, hackathons, and architecture workshops. Partner with enterprise platform and engineering teams to design secure, scalable solutions using Microsoft Azure, Dynamics 365, Power Platform, and AI capabilities. Resolve technical blockers, influence solution architecture, support production deployments, build customer relationships, and represent Microsoft through technical thought leadership.

Supports the design and documentation of manufacturing facilities, equipment, infrastructure, and critical utility systems. Performs basic engineering calculations, process modeling, material and energy balances, equipment sizing, and fluid or heat transfer analyses under supervision. Develops process flow diagrams, P&IDs, equipment lists, datasheets, utility summaries, and related design documents. Collaborates with multidisciplinary teams, supports construction documentation and administration, and may conduct site observations and assist field installation teams.

Develops, optimizes, and sustains InP photonic wafer fabrication processes for BH DFB lasers and gain chips. Owns semiconductor process modules, defines process windows and SPC controls, investigates excursions, improves yield, conducts DOEs, and transitions processes into volume production. Partners with equipment, device, test, quality, and fab teams while maintaining process documentation, change controls, and production readiness in an onsite III-V cleanroom environment.

Owns equipment and tooling performance in a high-volume production area. Leads troubleshooting, preventive maintenance, safety compliance, process stabilization, root-cause analysis, corrective actions, and continuous improvement. Develops control plans and standardized work, improves OEE, supports new equipment commissioning and product introductions, evaluates designs for manufacturability, and partners with operations, quality, maintenance, engineering, vendors, and OEMs.

Leads manufacturing-area operations and continuous improvement, optimizing safety, quality, delivery, cost, equipment efficiency, and production performance. Responsibilities include coordinating daily start-up, analyzing production data, implementing Lean and standardized work, facilitating Kaizen and root-cause initiatives, coaching operators and team leaders, supporting equipment and process projects, managing quality and safety activities, and handling team administration and employee relations.

Owns equipment and tooling effectiveness within a high-volume manufacturing area. Provides technical troubleshooting, preventive maintenance leadership, process control, safety improvements, root-cause analysis, corrective actions, and continuous improvement. Coordinates equipment purchases, new product introduction launches, manufacturability reviews, and production-line changes while partnering with operations, maintenance, quality, safety, and engineering teams.

Supports cosmetic manufacturing process development, scale-up, technical transfers, pilot trials, troubleshooting, and continuous improvement. Assesses manufacturability, equipment capacity, process risks, and capital needs for new products. Partners with Quality and Production to maintain GMP-compliant specifications, reduce variability and waste, improve yield and efficiency, and implement accurate manufacturing procedures in ERP or MES systems.

Optimize manufacturing processes, automation, batching, fluid transfer, purified water, and CIP systems. Lead continuous improvement initiatives, troubleshoot mechanical, electrical, and control systems, collaborate with R&D on process enhancements, and manage engineering projects. Develop automated processes, SOPs, PFDs, and P&IDs while improving efficiency, cost, reliability, sustainability, and product quality in a regulated production environment.

Design and build highly scalable distributed systems, microservices, and high-throughput data pipelines for Workday’s agentic workflow and analytics platform. Extend OpenTelemetry tracing for AI agents, optimize ClickHouse, Grafana Tempo, and Iceberg infrastructure, develop gRPC and REST APIs, and support CI/CD, testing, failover, and operational excellence. The role requires technical leadership, cross-functional collaboration, architecture documentation, and mentoring while serving high-volume, multi-region enterprise workloads.

Leads development, integration, validation, and optimization of automated NDT inspection and defect-review systems. Integrates ADR technologies with robotics, PLCs, MES, SCADA, and production lines; analyzes inspection data; improves detection accuracy and throughput; investigates defects and equipment failures; maintains compliance documentation; and drives Lean, Six Sigma, and Industry 4.0 continuous-improvement initiatives.

Leads enterprise tooling standards and process improvements for wax injection and ceramic core dies used in investment casting. Develops tooling specifications, design guidelines, maintenance practices, supplier requirements, and technical manuals. Partners with manufacturing, engineering, quality, operations, and suppliers to improve tooling durability, quality, productivity, consistency, and cost. Evaluates advanced tooling technologies, establishes KPIs, supports new product introduction, mentors technical teams, and travels to facilities and suppliers for audits, training, and improvement initiatives.

Develop and optimize GaN power-device process technologies for high-volume manufacturing. Responsibilities include TCAD simulations, device design and layout, process-flow development, DOE execution, manufacturability collaboration, reliability improvement, and root-cause failure analysis. The role requires hands-on laboratory work, semiconductor device and process expertise, characterization and statistical analysis, and cross-functional collaboration with fabrication, manufacturing, reliability, and business teams.

Designs, implements, tests, and optimizes business process automation solutions across logistics operations. Evaluates workflows, identifies inefficiencies, configures automation platforms such as HappyRobot, and coordinates with Operations and IT on requirements and integrations. Monitors automation performance, troubleshoots issues, evaluates AI-generated outputs, documents processes, supports training, and recommends improvements that increase productivity, reduce costs, and improve service quality.

Develop and integrate silicon photonics fabrication processes and products, driving process definition, experimental characterization, yield optimization, NPI roadmaps, reliability qualification, and manufacturing transfer. Collaborate cross-functionally with design, yield, process engineering, testing, quality, finance, planning, and outsourced assembly teams. Serve as a key fab contact while delivering product qualification milestones and improving test, sort, and burn-in capabilities.

Develops and improves automated optical inspection and metrology processes for advanced semiconductor packaging and heterogeneous integration. Responsibilities include maintaining metrology systems, supporting thickness and defect measurements, reviewing SPC data, investigating process excursions, automating die pad location reporting, driving yield improvements, and collaborating with process and tool engineers. Requires semiconductor processing, defect inspection, packaging metrology, DOE, SPC, and Six Sigma knowledge. U.S. person status is required for ITAR compliance.

Lead development and delivery of control system strategies for batch and continuous chemical processes. Serve as technical lead on control and automation projects, troubleshoot control systems and networks, define control standards, improve instrumentation and motor control, and support OT cybersecurity and compliance within an R&D/process manufacturing environment.