Top Process Engineer Jobs in NYC, NY

Own CNC process development and design machining workflows, integrate automation systems, optimize toolpaths, collaborate across teams, and lead yield improvement efforts.

Develop and integrate thin film deposition processes for advanced DRAM, focusing on EUV patterning films. Perform process characterization, defect reduction, DOE-driven experiments, roadmap activities, supplier and tool collaboration, and physical/electrical data analysis to guide process decisions and transfer to high-volume manufacturing.

The Staff Process Engineer will analyze data to identify process problems, implement improvements, and collaborate with teams to enhance operational efficiency.

Drive analysis, optimization, and continuous improvement of manufacturing processes. Manage plant CAPEX projects from specification through commissioning. Support maintenance planning, supplier and HSE collaboration, equipment validation, troubleshooting, KPI analysis, corrective actions, and Quality Management System improvements to enhance efficiency, safety, quality, and cost-effectiveness.

The Sr. Test Process Engineer role involves diagnosing hardware and software test issues, driving yield improvements, and collaborating with technicians and management in optical communication manufacturing.

Serve as the bridge between Formulation and contract manufacturers to scale powder and liquid products. Optimize formulas for manufacturability, evaluate excipients and processing aids, translate requirements into manufacturing guidance, troubleshoot scale-up and production issues, and collaborate cross-functionally to resolve process and formula-related challenges.

The Senior Manager, Process Engineer will build an industrial engineering function, focusing on process mapping, constraint management, performance measurement, and cross-functional leadership in a high-volume operations environment.

The Staff PIC Process Development Engineer will lead the development and optimization of InP photonic integrated circuit fabrication processes for high-volume manufacturing, collaborate with teams, and provide technical leadership.

The Staff Process Integration Engineer will lead process development for superconducting IC fabrication, optimize production processes, and enhance reliability in collaboration with foundries.

The Technology Program Quality Assurance Engineer enhances quality engineering in veterinary practice by leveraging technology for compliance, automation, and process improvement in quality management systems.

Responsible for conducting risk assessments, developing safety standards, providing technical support, conducting audits, offering training, and maintaining ARA software.

As a Staff Process Manufacturing Engineer, you'll optimize manufacturing processes, improve yield, conduct root cause analyses, and implement LEAN initiatives for optical modules.

Design, build, and maintain scalable automated workflows and integrations using platforms like n8n, Zapier, Make, or Workato. Integrate systems via APIs/webhooks, troubleshoot workflow issues, monitor performance, document processes, and support data synchronization across CRMs and business tools while collaborating with cross-functional teams.

Lead the qualification and process development for a new InP photonics semiconductor fabrication facility, focusing on process integration and yield improvement.

Develop, test, and deploy enterprise-scale RPA solutions. Collaborate with clients to gather requirements, document processes, perform peer reviews, troubleshoot and maintain automations, ensure QA, and integrate RPA with machine learning for intelligent automation.

The Process Development Engineer develops and qualifies manufacturing processes, designs tooling, conducts experiments, and ensures successful transitions to manufacturing.

The Process Safety Engineer will conduct consequence modeling, risk assessments, and support process safety services while interacting with clients.

Lead development and optimization of fabrication processes for integrated photonic devices (electro-optic materials). Design experiments, own wafer lots at foundries, define metrology and failure analysis, improve yields, collaborate with internal and external photonics engineers, and implement process improvements to reduce loss and scale production.