Substrate Packaging Research and Development Engineer

Intel Intel · Semiconductors · Arizona, Phoenix, United States

This role focuses on optimizing and managing high-volume manufacturing equipment and processes for semiconductor production, ensuring safety, quality, and cost goals are met. Responsibilities include conducting tests, recommending modifications, managing maintenance, leading continuous improvement projects, collaborating with suppliers, developing excursion prevention systems, and handling factory ramps and technology transfers.

What you'd actually do

  1. Own and optimize high-volume manufacturing equipment and processes to meet safety, quality, and cost goals.
  2. Conduct tests and measurements of equipment operations to ensure critical dimension control and defectivity standards.
  3. Recommend and implement modifications to improve production techniques and efficiencies for existing products.
  4. Manage the execution of maintenance and repair activities for equipment and relevant module components.
  5. Initiate and lead continuous improvement projects focused on safety, quality, cost, productivity, defect reduction, and yield enhancement.

Skills

Required

  • Masters in Chemical Engineering, Material Science, Chemistry, Physics or any STEM related field 3+ years of experience OR PhD degree in Chemical Engineering, Material Science, Chemistry, Physics or any STEM related field.
  • Design of Experiments (DOE) principles.
  • Experience with problem-solving methodologies.

Nice to have

  • Expertise in statistical process control and process characterization techniques.
  • Experience in liquid chemistry and/or lithography process development.
  • Equipment development experience
  • Proficiency in manufacturing process control, process improvement, and semiconductor equipment.
  • Advanced knowledge of material science as applied to semiconductor manufacturing.
  • Experience leading group problem-solving initiatives to address challenges in high-volume production environments.
  • Proven ability to work collaboratively across diverse teams and communicate technical concepts effectively.
  • Prior involvement in process development for high-volume manufacturing nodes.
  • Demonstrated success in optimizing production output while adhering to stringent quality and safety standards.

What the JD emphasized

  • high-volume manufacturing
  • optimize production
  • continuous improvement