Top Process Engineer Jobs

This role involves providing technical leadership in manufacturing to optimize cost, quality, and productivity. Responsibilities include leading continuous improvement activities, training staff, commissioning production equipment, and ensuring effective quality control procedures. The ideal candidate will have experience in environmental monitoring and problem-solving in a manufacturing context.

Chemours is seeking a Cast Film Process Engineer to support the translation of membrane designs from lab to commercial scale. Responsibilities include coating polymer films, managing web handling activities, and supporting process infrastructure. The role requires a Bachelor's degree in Engineering, hands-on experience in coating technology, project management skills, and the ability to travel occasionally. Preferred qualifications include 2-3 years experience in coatings technology, experience with fluoropolymer membranes, and Six Sigma certification.

As a Process Engineer, you will manage process mechanical design for sterile product manufacturing, oversee all phases of project execution, execute system enhancements, ensure compliance with Good Manufacturing Practices, and develop process documentation while working with a team of industry experts.

The Sr. Process Engineer will support capital projects, implementing solutions for clients in life sciences. This role includes collaborating with multi-discipline project teams, executing process mechanical design, and ensuring systems align with Good Manufacturing Practices. The engineer will also liaise with clients and technical teams to optimize processes and manage engineering projects.

The Process Engineer monitors process conditions and provides technical support while ensuring safety and quality in manufacturing. Responsibilities include implementing process improvements, managing instrumentation/control systems, executing capital projects, and analyzing data for operational efficiency.

The NPI Process Engineer will support the transition of new products from development to manufacturing, focusing on process efficiency, safety, and quality. Responsibilities include driving improvements in manufacturability, collaborating with teams, maintaining documentation, and using statistical methods for process optimization.

The Process Engineer optimizes manufacturing processes to improve efficiency, quality, throughput, cost, and sustainability. Responsibilities include providing technical support, spearheading projects, implementing capital projects, and ensuring plant safety.

The Principal Process Engineer at GlobalFoundries will engage in process sustenance and development for HVM. Responsibilities include recipe development, defectivity reduction, and process optimization. The role requires collaboration across various teams and using data-driven approaches to enhance manufacturing processes while ensuring safety and compliance.

This role involves managing projects related to manufacturing processes and equipment, optimizing production, and ensuring product manufacturability. Responsibilities include developing quality standards, overseeing problem solving, and interfacing with other departments to meet requirements. Candidates should have analytical skills and a focus on improvement, safety, and effective communication.

The Asphalt Process Engineer I is responsible for ensuring safety and quality in asphalt operations, implementing process improvement projects, and supporting capital projects in collaboration with management and engineering teams. They prioritize safety, quality, service, and cost while driving efficiency and reliability in production processes.

The Process Engineer III will analyze performance and implement improvements in manufacturing processes, working closely with other departments to lead capital improvement projects. They will build performance maps, use Lean and Six Sigma principles, and coordinate with Quality and Maintenance teams to enhance efficiency and safety.

The Process Engineer will develop, engineer, and analyze process systems to improve efficiencies in existing operations and new processes. Responsibilities include troubleshooting production issues, performing plant trials, communicating process technologies to stakeholders, and participating in process improvement teams.

As a Process Engineer, you will develop and analyze plant process systems to improve their efficiency. Responsibilities include troubleshooting production issues, managing improvement activities, participating in team projects, and preparing financial analyses related to process improvements. You'll utilize Lean Manufacturing and Six Sigma methodologies to drive productivity gains. Additionally, managing the spare parts warehouse and overseeing the implementation of process management systems are key tasks.

As a Process Engineer, you will be responsible for gathering industrial requirements, participating in product design, preparing new technology introductions, and ensuring compliance during production. You will also support production to achieve quality targets and lead activities in line balancing and process validation.

The Sr. Process Engineer will enhance quality and productivity by coordinating technical assistance in manufacturing processes. Responsibilities include leading improvement initiatives using Six Sigma and Lean techniques, troubleshooting manufacturing issues, overseeing personnel training, and managing capital projects. The role emphasizes data analysis, communication at all levels, and ensuring safety in operations.

As a Systems Process Engineer, you will provide 24x7 support for IT applications, primarily for SAP R3 and ASPIRE S4/EWM. Your role involves troubleshooting, continuous improvement initiatives, training end users, and acting as a liaison between business stakeholders and IT. You will support site audits and lead process enhancement strategies in biotech operations.

As a Process Engineer, you will analyze operational data, improve manufacturing processes, and contribute to quality control within a high-tech production environment. You will collaborate with engineers, conduct experiments for process enhancement, and manage the introduction of new products. Hands-on work with plasma CVD equipment will be required, along with a focus on improving production metrics.