Top Process Engineer Jobs in Los Angeles, CA

Lead implementation and governance of software processes across the full software lifecycle for satellite systems. Incorporate Boeing design practices into artifacts, develop and approve engineering documentation, guide adoption, support audits and reviews, advise leadership, design tooling and metrics for measurement, deliver process training, and ensure alignment with project, Boeing, and industry standards.

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

The Senior Process Engineer will develop processes for metal 3D printing, analyze data, optimize hardware, and collaborate on innovative solutions in a fast-paced R&D environment.

The Process Engineer will develop new metal additive processes by analyzing data, conducting experiments, collaborating with engineers, and optimizing performance metrics.

Implement and support continuous improvement and Lean Manufacturing projects at the Mason facility. Facilitate Kaizen events, collect/process data, troubleshoot production issues, lead cross-functional teams, document processes, and deliver results using MS Office and Lean Six Sigma tools.

Drive process improvements and standardization for machining and assembly operations. Develop process controls, oversee machine upgrades and preventative/predictive maintenance, train operators, maintain technical documentation (electrical prints, PLC/VFD programs), assist maintenance on complex issues, and participate on continuous improvement projects to improve uptime and first pass yield.

Responsible for day-to-day operation and optimization of production tools, troubleshooting issues, and analyzing yield data to improve processes for efficient manufacturing.

The Senior Process Engineer will develop and qualify semiconductor packaging processes, oversee tool and materials selection, and collaborate with design teams for high-volume production.

Support development and optimization of metal additive manufacturing processes by executing experiments, analyzing large in situ and post-build data, performing metrology and material characterization, tracking quality metrics, and collaborating with mechanical, software, and simulation teams to iterate on printing technology.

The Process Engineer is responsible for advancing plant-based products from feasibility to production readiness, optimizing processes, and supporting new product launches in a cross-functional team environment.

Design, procure, commission, and productionize powder handling, mixers, and liquid dispensing equipment and automation for materials production. Lead capital projects from vendor selection through FAT/SAT, automate cells with PLC/HMI/SCADA, develop SOPs, perform DOE/SPC, and ensure safe handling of hazardous chemistries while supporting NPIs and production ramp.

Perform root cause and failure investigations for Starshield production hardware, contain and drive corrective actions for non-conforming product, improve manufacturing/test processes and yield using data-driven methods, support PFMEA and continuous improvement, document findings, and collaborate with cross-functional teams to enhance hardware reliability and production robustness.

Lead development, characterization, qualification and transfer of high-volume optoelectronic assembly processes. Design and run DOE, perform FMEA/RCCA, specify/procure equipment, design tooling, document processes, train technicians, and ensure successful manufacturing transfer and equipment maintenance.

The Sr. Process Engineer will lead and support pharmaceutical process system engineering projects, ensuring compliance with manufacturing standards while guiding project teams in mechanical design and implementation.

Senior individual contributor leading development, optimization, and transfer of InP PIC and laser fabrication processes for high-volume manufacturing. Responsibilities include epitaxial design, process flow development, process integration, SPC and statistical analysis, FMEA and root-cause work, metrology strategy, fab execution with remote partners, cross-functional collaboration, and mentoring.

Plan, develop, and execute process engineering tasks for federal industrial and manufacturing projects. Create PFDs/P&IDs, perform mass/energy balances and equipment sizing, support PHAs/HAZOPs, prepare specifications, coordinate multidisciplinary teams, assist construction/commissioning/startup, and mentor junior engineers while ensuring safety, compliance, and process optimization.

The Backend Process Engineer is responsible for optimizing semiconductor backend processes, yield improvement, defect reduction, and supporting new product introduction with a focus on manufacturing stability and process documentation.

Develop and improve robotic manufacturing processes, collaborate with teams for optimization, assist in implementing end-of-arm tools, and analyze manufacturing data to enhance 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.

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.

Lead end-to-end integration of InP wafer fabrication flows for DFB lasers, SOAs, and gain chips. Own process compatibility across lithography, etch, deposition, metallization; drive yield analysis, excursion response, failure analysis, root-cause resolution, NPI support, documentation, and process control to enable robust, high-yield manufacturing.

Lead development and implementation of SOPs, KPIs, and statistical monitoring for beverage can and end manufacturing. Drive process improvement, material qualifications, consumable reduction, training, and Lean/Six Sigma projects across plants.

Lead end-to-end APC/MPC lifecycle for refinery units: identify and justify opportunities, design and commission controllers, develop dynamic models and inferential sensors, track KPIs and economic benefits, mentor engineers, support startups/turnarounds, and coordinate control system upgrades and sustainment with Operations, Planning, and OT teams.

Develop and maintain Process Design Kits (PDKs) and DRC/LVS flows across ADS, AWR, and Cadence; create mask layouts, scripts, and automated flows; support model and semiconductor device integration for compound microelectronics.

Lead Lean transformation initiatives and AI coordination to enhance process excellence across multiple business functions, coaching teams and ensuring integration with operational standards.