Top Process Engineer Jobs

The Lead Process Engineer will oversee process mechanical design, ensure quality, interface with clients, generate specifications, and support business development.

The Principal Process Engineer is responsible for designing, implementing, and optimizing industrial processes, ensuring safety, efficiency, and cost-effectiveness while collaborating with multidisciplinary teams and providing technical leadership.

As a Process Engineer I, support manufacturing operations through process improvement, material evaluations, data analysis, and project management activities.

The Process Engineer aids in improving safety and efficiency in manufacturing, focusing on process improvements and strategic projects to enhance production throughput.

The process engineer optimizes chemical processes for safety, reliability, and profitability, providing engineering support and leading initiatives at a manufacturing plant.

The Metrology Process Engineer provides process support in semiconductor production, focusing on development, measurement system analysis, data analysis, and compliance.

Execute advanced electrical semiconductor device characterization to deliver parametric data supporting memory technology development. Develop new measurement methodologies, perform root-cause analysis, improve TEG design and measurement techniques, and collaborate with cross-functional teams while mentoring peers.

The Senior Process Engineer will lead the development and optimization of Alloy's manufacturing processes, solve complex technical challenges, and collaborate cross-functionally to deliver high-performance systems.

Support manufacturing troubleshooting, process optimization, and product transfers across global sites. Qualify suppliers, lead customization for product launches, support continuous improvement, train staff, and maintain manufacturing documentation.

Work as a High Volume Manufacturing Process Engineer intern to optimize wafer processing, improve yield, and reduce costs. Apply SPC, FDC, DOE, and 8D methods, analyze data with scripting/visualization tools, update procedures, and collaborate with equipment and operations teams to increase tool availability and wafer output.

Design, integrate, and optimize Balance of Plant (BoP) utility and material handling systems. Develop PFDs/P&IDs, perform heat/mass balances, manage vendor selection and RFQs, support commissioning, and travel to vendor sites and project locations for FATs and installation oversight.

Design and scale manufacturing processes from prototype to high-volume production for EV, energy storage, and aerospace products. Lead first-article builds and validation, run experiments and root-cause analysis, qualify processes, collaborate cross-functionally, and transfer processes into sustained production while improving yield, throughput, and manufacturability.

Support sustaining and process engineering for life-science products: resolve product/process quality issues, lead electrical/mechanical design projects, implement design changes, and apply formal problem-solving and statistical methods to meet quality and production goals.

Support sustaining engineering for life-science products at Indianapolis site. Lead electrical/mechanical design projects, resolve product/process quality issues using structured problem solving, statistical analysis, and implement design changes per design control to meet production and regulatory goals.

Support sustaining engineering for life-science products by resolving product/process issues, leading electrical/mechanical design projects, implementing design changes, and applying statistical and formal problem-solving methods to meet quality, yield, and delivery targets.

The Senior NPI Process Development Engineer will design and prototype manufacturing processes, oversee documentation, and enhance medical device production for a startup.

The Principal Engineer role involves developing LNP processes, conducting characterization studies, and supporting technology transfers for manufacturing readiness in the field of cardiovascular disease treatment.

As a Senior Engineer I - Process, you will lead the research, development, and manufacturing of reliable non-volatile FPGAs, coordinating with teams and partners for process development and yield analysis.

The Staff Process Integration Engineer develops and optimizes manufacturing processes for battery materials, focusing on yield, reliability, and performance, ensuring seamless integration into high-volume production while adhering to safety and quality standards.

The Process Integration Engineer optimizes manufacturing workflows, analyzes process data, validates new materials, and collaborates with engineers to enhance product performance.

Develop embedded flash memory technology including process integration, device optimization, and yield improvement. Manage projects with cross-functional teams to meet deadlines and maintain product design and reliability.

Support process improvements to OEE, scrap, and throughput; map physical and ERP (Epicor) production flows; analyze manufacturing data to identify opportunities; assist with capital equipment installation and commissioning; participate in root cause investigations; develop and update work instructions.

Lead establishment of corporate manufacturing standards, drive multi-plant improvement initiatives to raise OEE and quality and reduce scrap, evaluate and deploy automation, mentor junior engineers, and support enterprise capital strategy and technical escalation.

Lead development and standardization of manufacturing processes across multiple plants, drive OEE/quality improvements, deploy advanced automation, mentor engineers, and support enterprise capital strategy and multi-site projects.

Support process improvements to increase OEE, reduce scrap, and boost throughput. Map physical and Epicor ERP production flow, analyze manufacturing data to find improvements, assist with capital equipment installation and commissioning, participate in root cause investigations, and develop/update work instructions while working on the production floor.