NMSI Module Engineer- Entry Level

Intel Corporation•Rio Rancho, NM

2d•$89,010 - $125,660•Onsite

About The Position

This role owns critical, high-volume manufacturing equipment and processes that enable rapid device miniaturization and the mass production of integrated circuits. The engineer will perform tests, measurements, and analysis to maintain process control, ensuring critical dimensions and defectivity targets are consistently met across the manufacturing line. Responsibilities include identifying, recommending, and implementing equipment and process improvements to enhance production efficiency, optimize manufacturing techniques, increase output, and achieve safety, quality, and cost objectives. The role drives the scaling of manufacturing capacity to high-volume production while supporting the successful transfer of technology to manufacturing sites worldwide. The engineer will lead the execution of equipment maintenance and repair activities, ensuring operational reliability and performance, and champion continuous improvement initiatives for equipment and processes, focusing on key performance indicators such as safety, quality, cost, productivity, defects, and yield. Collaboration with equipment suppliers is expected as needed to achieve performance targets. The role also involves owning process development activities aligned with high-volume manufacturing process nodes and supporting technology transfer to global sites through training, audits, installation support, and qualification reviews to ensure process consistency and matching across locations. Additionally, the engineer will develop and optimize excursion prevention systems for equipment and processes, improving operational stability and reducing risk, and identify, investigate, and resolve equipment and process discrepancies to maintain manufacturing excellence. During factory ramp-ups, the engineer will lead equipment installation, conversion, and qualification activities to ensure tools are deployed safely, on schedule, and in compliance with all quality and matching requirements, including design specifications, Safety Level 1 and Supplier Safety milestones, Intel qualification standards, and manufacturing readiness processes. Factory process modules with current opportunities include: Defect Metrology, Films, Lithography, Metrology, Plating, Wet Etch.

Requirements

Bachelor's or Master's degree in Chemistry, Chemical Engineering, Physics, Materials Science, Mechanical Engineering, or a related STEM discipline.
Experience with semiconductor device fabrication.
Knowledge of semiconductor manufacturing processes, equipment, and process control methodologies.

Responsibilities

Owns critical, high-volume manufacturing equipment and processes that enable rapid device miniaturization and the mass production of integrated circuits.
Performs tests, measurements, and analysis to maintain process control, ensuring critical dimensions and defectivity targets are consistently met across the manufacturing line.
Identifies, recommends, and implements equipment and process improvements to enhance production efficiency, optimize manufacturing techniques, increase output, and achieve safety, quality, and cost objectives.
Drives the scaling of manufacturing capacity to high-volume production while supporting the successful transfer of technology to manufacturing sites worldwide.
Leads the execution of equipment maintenance and repair activities, ensuring operational reliability and performance.
Champions continuous improvement initiatives for equipment and processes, focusing on key performance indicators such as safety, quality, cost, productivity, defects, and yield.
Collaborates with equipment suppliers as needed to achieve performance targets.
Owns process development activities aligned with high-volume manufacturing process nodes.
Supports technology transfer to global sites through training, audits, installation support, and qualification reviews to ensure process consistency and matching across locations.
Develops and optimizes excursion prevention systems for equipment and processes, improving operational stability and reducing risk.
Identifies, investigates, and resolves equipment and process discrepancies to maintain manufacturing excellence.
During factory ramp-ups, leads equipment installation, conversion, and qualification activities to ensure tools are deployed safely, on schedule, and in compliance with all quality and matching requirements, including design specifications, Safety Level 1 and Supplier Safety milestones, Intel qualification standards, and manufacturing readiness processes.