Top Process Engineer Jobs

Seeking a Senior Process Engineer to contribute to the development of an advanced cell therapy manufacturing platform. Responsibilities include technology transfer, process development, compliance, scalability, and driving process automation solutions. Must have 5+ years of experience in biotech/biopharma industry in cGMP Operations, preferably within cell and gene therapy.

As a Process Engineer for New Product Introduction, you will design and develop manufacturing processes, ensuring effective product design transfer into production. You'll assess process capabilities, innovate improvements, and manage process development across teams. Responsibilities include executing CAPA procedures, organizing technical reviews, ensuring documentation meets quality standards, and contributing to DFM and innovation within the project.

The Process Engineer will support manufacturing operations through special projects, problem-solving, and process improvements. Responsibilities include troubleshooting shop floor activities, coordinating initial trial runs on new processes, creating process documentation, and statistical analysis of process data. Interaction with various engineering and management levels is necessary, along with possible travel for customer relations and quality assurance.

The Operations Process Engineer will oversee and optimize operations at co-manufacturing sites, ensuring adherence to production schedules and quality standards. Responsibilities include monitoring day-to-day activities, implementing process improvements, and ensuring compliance with food safety regulations while collaborating with partners for continuous improvement initiatives.

The Process Engineer II will provide technical support and troubleshooting for manufacturing processes in a GMP biotech facility. Responsibilities include managing equipment lifecycle, resolving technical issues, and collaborating with cross-functional teams for process optimization and compliance with regulatory standards.

The Process Engineer at Callaway Golf is responsible for improving quality and productivity in manufacturing processes. This includes conducting feasibility studies, troubleshooting production issues, driving engineering initiatives, and training staff on manufacturing operations. The role emphasizes continuous improvement through Kaizen events and effective communication across all levels of the company.

The Senior Process Engineer IV is responsible for leading and executing quality and process improvement projects at the Shafter Shingle Plant. This includes optimizing processes through advanced methodologies, mentoring junior engineers, and managing capital improvements while ensuring safety, quality, service, and cost efficiency.

The Process Engineer will design, implement, and optimize manufacturing processes, collaborating with teams to ensure quality and efficiency. Responsibilities include developing process documentation, performing simulations, troubleshooting issues, and managing projects.

The Process Engineer will lead initiatives for the petrochemical processing unit to enhance safety and efficiency. Responsibilities include improving production profitability, conducting process simulations, ensuring compliance with safety standards, supporting operations, and participating in Six Sigma projects. The role requires collaboration with various teams to meet operational objectives and improve unit performance.

The Process Engineer will develop and modify process formulations and methods, implement quality improvements, analyze key processes, and lead safety and compliance strategies. This role involves collaboration with cross-functional teams and overseeing production equipment proposals.

The Process Engineer is responsible for developing process models and simulations for direct air capture systems, optimizing designs, collaborating with teams, specifying equipment, and performing risk assessments. The role involves initial prototype design and scaling up to commercial systems, along with providing comprehensive process documentation.

As a Process Engineer, you will enhance manufacturing processes, improve throughput and yield, implement Lean Manufacturing concepts, and lead material improvements while collaborating with plant teams and technicians on various initiatives.

As a Principal Process Engineer, you will lead the exploration and development of innovative EUV patterning solutions in semiconductor manufacturing, emphasizing collaboration, problem-solving, and advancement of hardware technology. You will define project plans, analyze data, and interface with cross-functional teams while ensuring process evaluations achieve desired results.

As a Process Engineer, you will maintain electronic products by revising drawings, oversee PCB projects, troubleshoot electrical circuit boards, develop and conduct testing, manage product documentation, and ensure adherence to company policies. You will also interface with suppliers and guide technicians and engineers as needed.

The Process Engineer II at Smith+Nephew supports Product Lifecycle Management, focusing on technology transfers, process improvements, and validation activities within manufacturing. Key responsibilities include managing manufacturing processes, authoring compliance documents, conducting investigations for product impact, implementing process efficiencies, and ensuring adherence to validation plans.

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.

As a Process Engineer, you will develop, optimize, and support gene therapy manufacturing processes. Collaborating with R&D, manufacturing, quality, and regulatory teams, your focus will be on ensuring compliance, improving scalability, and managing workflow. Responsibilities include providing technical support, implementing process optimizations, and conducting engineering studies to enhance operational efficiency and product consistency.