Lead Packaging Singulation Engineer

Intel; Albuquerque (NM); On-site; USD 120,860 - 170,630; Full time

Benefits offered by this job

Stock bonuses

Health benefits

Job summary

Intel Corporation seeks a Module Engineer to advance semiconductor manufacturing technologies on high-volume production lines in Albuquerque, owning critical equipment and processes while ensuring safety, quality, and efficiency through global collaboration.

The role emphasizes DOE-driven process characterization, continuous improvement, and yield enhancement, with onsite requirements to support technology transfer across sites and ramps.

Qualifications

• Bachelor's degree in a STEM field or equivalent.
• 4+ years experience with Bachelor's, 3+ years with Master's or PhD.
• Experience in semiconductor metrology and process improvement.
• Knowledge of DOE principles and excursion management.
• Technical expertise in semiconductor singulation processing.

Responsibilities

• Operate and optimize high-volume manufacturing equipment and processes to control dimensions and defectivity.
• Conduct tests and measurements to evaluate equipment performance and implement improvements.
• Lead maintenance and repair activities for assigned equipment.
• Drive continuous improvement to safety, productivity, cost, and yield.
• Develop and implement excursion prevention systems.
• Support transfer of technology to manufacturing sites worldwide through training, audits, documentation.
• Own installation, conversion, and qualification of equipment during factory ramps.
• Leverage data-driven techniques, such as DOE, to characterize and improve processes.

Skills

Semiconductor metrology

Process characterization

DOE principles

Process controls

Excursion management

Semiconductor singulation

Education

Bachelor's degree in STEM or related field

Job description

Intel Corporation seeks a Module Engineer to advance semiconductor manufacturing technologies on high-volume production lines in Albuquerque, owning critical equipment and processes while ensuring safety, quality, and efficiency through global collaboration.

The role emphasizes DOE-driven process characterization, continuous improvement, and yield enhancement, with onsite requirements to support technology transfer across sites and ramps.