Top Process Engineer Jobs in Austin, TX

Supports and optimizes circuit card assembly and conformal coating manufacturing processes for aerospace and defense electronics. Responsibilities include troubleshooting equipment and process issues, improving yield and capability, supporting SPC, NPI and NRE builds, qualifying equipment, maintaining process documentation, and ensuring compliance with AS9100 and IPC standards. The role collaborates with Operations, Quality, Maintenance, Engineering, and safety teams to improve production readiness, efficiency, uptime, and defect reduction.

Supports manufacturing operations by designing, implementing, and improving processes for cost, quality, throughput, and delivery. Identifies root causes, establishes repeatable process parameters, manages equipment and engineering changes, evaluates materials, develops process controls and documentation, supports technology transfers, trains production personnel, and leads continuous improvement and cost-reduction initiatives.

Develops and optimizes SMT manufacturing processes, including printing, placement, reflow, AOI, and SPI. Troubleshoots defects, leads root-cause and corrective-action efforts, supports NPI builds and DFM reviews, validates processes, maintains documentation and controls, trains technicians, and collaborates with production and maintenance teams. Drives continuous improvement using Lean Six Sigma tools while monitoring yield, quality, cost, and delivery performance.

Supports SMT manufacturing through equipment programming, setup, debugging, troubleshooting, and process optimization. Establishes repeatable process parameters, resolves process issues through RCCA, improves cycle time, implements statistical process controls, analyzes yield data, and maintains process documentation. The role requires a related bachelor’s degree or equivalent experience and at least seven years of engineering experience. Experience with major SMT equipment brands is preferred, while PFMEA, DOE, SPC, AutoCAD, SolidWorks, and Six Sigma are advantageous.

Develop and characterize semiconductor deposition processes on TEL equipment at customer sites. Design optimization experiments, analyze process data, troubleshoot equipment and process issues, support customer demonstrations and adoption, and coordinate with sales, marketing, factory, and internal teams. The role serves as a technical customer interface, supports process startups, ensures processing quality, and may involve domestic or international travel.

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

Support and optimize manufacturing processes for cost, quality, and delivery. Define and implement manufacturable processes, perform root-cause analysis, troubleshoot production issues, specify and install capital equipment, establish process controls and parameters, apply statistical and lean methods, maintain documentation, and train production personnel during process transfers.

As a Staff Process Engineer, you will develop and deploy advanced dry etch processes, collaborate cross-functionally, drive yield improvement, and support high-volume manufacturing within a semiconductor environment.

Own and optimize thermal and vapor deposition processes (PECVD, LPCVD) for solar cell fabrication. Lead process characterization, DOE, SPC, troubleshooting, tool qualification, and tech transfer to high-volume manufacturing while collaborating with equipment, device, materials, and operations teams to meet efficiency, yield, and throughput targets.

Lead thermal doping and diffusion process development for a high-volume solar cell fab. Own process characterization, DOE execution, SPC-driven optimization, troubleshooting of diffusion tools, tool qualification, documentation, and technology transfer to manufacturing while partnering with equipment, quality, and operations teams to meet efficiency, yield, and throughput targets.

Leads the Solon site's automation program from launch through full-scale production. Sets technical strategy, directs automation system design and development, manages project scope, resources, timelines, risks, and execution, and coordinates controls, process, automation, Operations, Quality, Engineering, and Supply Chain teams. Provides technical guidance on robotics, machine vision, PLCs, HMIs, and integrated manufacturing systems while communicating roadmap and progress to senior leadership. Develops technical talent and drives continuous improvement and technology adoption.

Develops and optimizes surface-mount technology processes, including printing, placement, reflow, AOI, and SPI. Troubleshoots defects, leads root-cause and corrective-action activities, supports new-product introduction builds and DFM reviews, maintains process documentation and controls, trains technicians, and drives continuous improvement using Lean Six Sigma tools. Collaborates with production and maintenance teams to ensure stable manufacturing line performance.

Onsite process engineer responsible for defining, implementing and optimizing manufacturing processes to improve cost, quality, and delivery. Duties include root-cause analysis, process control, equipment selection and implementation, ECO management, SPC, training production staff, documentation, and supporting new process transfers and capital projects.

Lead design and delivery of process and utility systems for semiconductor, advanced manufacturing, and biopharmaceutical facilities. Provide technical leadership, develop engineering deliverables (P&IDs, equipment layouts, hydraulic and stress analyses), coordinate multidisciplinary teams, support construction, mentor staff, and support occasional domestic and international travel.

Leads advanced semiconductor process engineering and customer technology engagements. Resolves complex process issues through troubleshooting, root cause analysis, DOE, and statistical methods; drives process optimization, yield improvement, technology transfers, demonstrations, beta programs, and new product introductions. Advises strategic wafer fabrication customers, influences product strategy and roadmaps, presents to executives, and coordinates cross-functional and joint development initiatives involving Logic, DRAM, NAND, or advanced packaging technologies.

Design, implement, and optimize manufacturing processes for PCB production. Troubleshoot root causes, establish process controls, introduce new equipment and ECOs, train production staff, and drive cost, quality, and throughput improvements.

Optimize and validate SMT manufacturing processes (printing, placement, reflow, AOI/SPI), troubleshoot defects, lead RCA/ corrective actions, support NPI/DFM, train technicians, maintain process controls and documentation, and drive continuous improvement using Lean/Six Sigma tools.

Support development, implementation, and documentation of PCBA production processes. Program SMT/placement, screen print, inspection and dispensing equipment; troubleshoot placement and process issues; generate programs using CAD/Gerbers/centroid/BOMs; create setup docs; manage program libraries and transfer documentation; support capacity planning and occasional maintenance.

Design and scale deployment processes and data systems for battery installations across Texas. Audit deployment data, build internal tools and dashboards using scripting and BI tools, perform analytics to identify bottlenecks, collaborate with engineering and field teams, and document processes and data models to improve uptime and customer experience.

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.

The Senior Staff Process Development Engineer designs and implements manufacturing automation solutions for catheter production, focusing on error-proof processes and scalability.

Senior-level module process engineer specializing in epitaxy and wafer fab equipment. Leads root-cause diagnostics, data-driven yield and integration improvements, customer engagements, continuous improvement projects, and mentorship of junior engineers. Drives adoption of service technologies and optimizes process Cpk, defect reduction, and CSA value.

Own process engineering for chocolate and confectionery innovation projects from technical brief through factory implementation. Translate recipes into process flows, equipment requirements, operating parameters, trial plans, and scale-up strategies. Lead factory trials, validation, commissioning, troubleshooting, root-cause analysis, process optimization, commercialization, shelf-life support, and technical documentation while collaborating with R&D, Culinary, Quality, Operations, Engineering, suppliers, and co-manufacturers.

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.

Provide engineering support for semiconductor manufacturing and cleanroom operations during facility startup and production ramp. Develop eRecipes, SOPs, process controls, tooling, and training; monitor equipment and SPC/CPK performance; lead a small technician team; support audits, CAPA, and production readiness to ensure compliant, efficient processes.