Lead day-to-day manufacturing operations at a Sacramento plant, focusing on safety, quality, production efficiency, continuous improvement, employee development, and operational excellence.
Compensation
The compensation for this CA-based position is competitive and based on experience, education, and skills, typically ranging from $88,000 - $115,000 per year.
Responsibilities
Champion continuous improvement and operational excellence initiatives
Review quality inspections and production performance
Develop an in-depth understanding of manufacturing equipment and processes
Lead and support plant safety programs
Assist with training and development of supervisors and employees
Requirements
Associate’s degree required or relevant experience
Quality Control Engineer II responsible for inspecting and ensuring quality of manufactured components at a CNC machine shop and throughout the facility.
Responsibilities
Perform dimensional and visual inspections of components produced by CNC mills, lathes, and other machining equipment.
Verify machined parts meet engineering drawings, specifications, tolerances, and GD&T requirements.
Conduct first-article, in-process, and final inspections of machined components.
Utilize precision measurement equipment, including CMMs, micrometers, calipers, height gauges, dial indicators, and other inspection tools.
Work directly with CNC machinists, programmers, and manufacturing engineers to identify and resolve quality concerns.
Metrology Applications Intern to support semiconductor manufacturing metrology and process control
Responsibilities
Analyze metrology data to identify process trends, performance opportunities, and measurement anomalies.
Use Micron-approved AI tools and machine learning methods to improve data analysis, defect classification, technical reporting, and engineering productivity.
Support process control initiatives using Statistical Process Control (SPC), Design of Experiments (DOE), and data-driven decision-making methodologies.
Assist in weld process development, prototype, and testing of weldments to establish Welding Procedure Specification (WPS) for best practices and standards.
Responsibilities
Develop, qualify, and optimize high precision technical EB weld designs, processes, and parameters
Assist and develop weld fixturing and tooling design
Assist in the development and documentation of production welding best practices for current product
Inspect welded joints to ensure welds meet specifications and AWS, AMS, ANSI Standards
Investigate and evaluate welding defects to determine appropriate cause(s) and corrective action(s)
Responsible for monitoring, sustaining, and supporting day‑to‑day plating processes and programs on the manufacturing line, including process improvement, data analysis, and root cause analysis.
Responsibilities
Monitors, sustains, and supports day‑to‑day plating manufacturing processes, programs, and activities in the electroplating, resist stripping, and wet etching areas
Ensures process reliability by providing technical support to operators, technicians, and other engineers
Collaborates with development team regarding new plating process integration and manufacturing process improvements; may act as project lead on more complicated integration or optimization initiatives
Improves the efficiency of the plating process by analyzing data, conducting experiments, and researching alternative methods which reduce scrap
Designs and conducts advanced experiments to verify process robustness; analyzes data and reports findings
Responsible for monitoring, sustaining, and supporting day‑to‑day thin film manufacturing processes using ion beam techniques, ensuring process reliability, improving efficiency, and conducting root cause analysis to enhance production yields.
Responsibilities
Monitors, sustains, and supports day‑to‑day thin film manufacturing processes, programs, and activities
Ensures process reliability by providing technical support to operators, technicians, and other engineers
Collaborates with development team regarding new deposition or dry‑etching process integration and manufacturing process improvements
Improves the efficiency of deposition and/or dry‑etching processes analyzing data, conducting experiments, and researching alternative methods which reduce scrap
Designs and conducts experiments to verify process robustness with characterization of process latitudes
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