Top Process Engineer Jobs

Lead and support scale-up of lab formulas to production, plan and execute bulk pilot and fill line trials, specify and evaluate packaging and equipment, create manufacturing and line trial protocols, coordinate cross-functional teams (RID, Operations, Quality), train production staff, and optimize processes for successful, sustainable commercial production runs.

The Sr Process Development Engineer will define, optimize, and validate manufacturing processes for neuro-interventional medical devices, while collaborating with cross-functional teams to improve equipment and document processes.

Designs, implements, and maintains refinery process control systems. Leads controls engineering, HMI development, alarm rationalization, SIS/PLC work, troubleshooting, MOC support, and mentors junior engineers to ensure safe, optimized, and reliable operations.

The role involves developing, deploying, and mentoring in machine learning models for bioprocess development, while collaborating with scientists and engineers.

The Principal Process Controls Engineer leads project teams in automation design, mentors junior engineers, collaborates with clients, and develops process control standards, focusing on the food and beverage industry.

Translate manufacturing requirements into SAP-based process schedules and optimize production. Recommend and implement SAP S/4HANA and ECC solutions (PP, MM, Procurement). Analyze production data, monitor and maintain equipment, commission and test new equipment, and lead continuous improvement efforts across departments to maximize productivity and minimize downtime.

Perform late-stage bioprocess characterization and validation-readiness for mRNA/LNP manufacturing. Plan, execute, troubleshoot experiments, analyze data using DoE/QbD, maintain regulatory-ready documentation, support technology transfer, scale-up, and cross-functional milestones.

The Process Control Engineer will analyze processes, develop control strategies, ensure compliance, manage projects, and support operations in a paper mill environment.

The Process Engineer will design, optimize manufacturing processes for semiconductor and display technologies, develop photonic interconnects, and analyze device performance.

The Process Support Engineer provides customer support and guides products from concept to qualification, troubleshooting complex systems, and analyzing data for semiconductor manufacturing.

Lead the design and governance of OT data systems for real-time decision-making. Ensure data quality and security while mentoring junior engineers.

The engineer will design and improve manufacturing systems, work on plant controls, provide technical support, and lead projects to enhance electrical infrastructure and safety.

The Vulcanization Process & Reliability Engineer is responsible for analyzing failure trends, improving maintenance strategies, controlling vulcanization parameters, troubleshooting production issues, and partnering with teams to enhance quality and reduce scrap.

The Process Safety Engineer III leads process safety programs, drives PHA initiatives, supports capital projects, and partners to reduce safety risks across the organization.

The Process Development Engineer II will develop manufacturing processes for new products, ensuring high quality and safety, coordinating cross-departmentally, and driving continuous improvement in operations.

The Manufacturing Process Controls Engineer leads continuous improvement in manufacturing equipment controls and integration, focusing on troubleshooting, implementing automation standards, and training operators.

Lead development, validation, and standardization of CNC milling processes for structural and mounting hardware. Deliver repeatable, scalable machining methods across metallic materials, apply machining simulation, define workholding and tool management strategies, improve process capability, mentor Manufacturing Engineers, and partner with cross-functional teams to stabilize production and document standards.

Stabilize and optimize polymerization, recovery, and spinning production processes by monitoring process and quality data, troubleshooting equipment and process issues, implementing countermeasures, preparing condition tables, supporting test productions, developing automated reports, interacting with MES, and managing capital projects and MOC for the spinning department.

Design, develop, and optimize sintering manufacturing processes; ensure safe furnace operation and production metrics; create work instructions, BOMs, and validation/implementation documentation; liaise across functions; manage capital equipment justification and validation; maintain quality procedures (RMA/CAR/MRR); drive continuous improvement to achieve 100% quality and reduce cost per piece.

Manage end-to-end CAPA process, lead cross-functional reviews, maintain CAPA documentation and SOPs, ensure FDA 21 CFR Part 820 and ISO 13485 compliance, monitor quality metrics, conduct internal and support external audits, and drive QMS continuous improvement and training.

Support evaluation, validation, and documentation of manufacturing processes. Provide CNC programming, setup, and troubleshooting. Create process documentation, lead PFMEA/control plan development, perform competitive analysis, and drive continuous improvement to reduce waste and optimize production methods.

Entry-level engineer responsible for developing, characterizing, and validating manufacturing processes and equipment for new product introductions. Investigates root causes, applies data analysis, supports continuous improvement, ensures compliance with QMS and FDA requirements, and contributes to manufacturing excellence initiatives.

Support production teams to optimize industrial processes for safety, cost, quality and lead-time. Create PERT/GANTT diagrams, line balancing, capacity analyses, workforce/resource calculations, simulate station/line scenarios, perform time studies, VA/NVA analysis, update work packages, propose process improvements, and align Airbus Operating System practices.

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.

Lead and provide technical oversight for environmental, health, safety, and process safety programs supporting high-hazard propulsion testing and GSE. Drive PSM compliance, hazard analyses (PHA/HAZOP/LOPA), incident investigations, emergency response, regulatory programs (OSHA, EPA, DOT), contractor oversight, training, and continuous improvement for Briggs, TX test operations.