Intel Foundry Yield Development Engineer

Intel Corporation•Hillsboro, OR

2d•$133,800 - $255,200•Onsite

About The Position

Shape the Future of Technology at Intel and Transform Tomorrow's Technology Today. Join Intel as a Yield Development Engineer and play a pivotal role in advancing semiconductor process technology. In this position, you'll drive yield improvements across next-generation technology nodes, directly contributing to Intel's market leadership in high-performance, reliable semiconductor products. Working with cross-functional teams, you'll tackle complex engineering challenges and develop breakthrough methodologies that define the future of semiconductor manufacturing.

Requirements

Master's degree in Electrical Engineering, Materials Science, Mechanical Engineering, Semiconductor Technology, or in a STEM related field
3+ years of experience in yield development or process technology
Experience with yield projection using EOL signals and in-line parameters
Experience with advanced semiconductor devices and process flows

Nice To Haves

Ph.D. degree in Electrical Engineering, Materials Science, Mechanical Engineering, Semiconductor Technology, or in a STEM related field
Experience with data analysis systems and advanced semiconductor equipment
Experience with semiconductor process development and defect density analysis
Experience with data analytics methodologies and process innovation
Project/program management background with self-direction capabilities
Experience driving strategic objectives across matrix organizations
Experience managing competing priorities and continuous improvement initiatives

Responsibilities

Identify and resolve yield-limiting factors throughout technology node lifecycles
Develop innovative solutions for complex yield challenges
Design measurement protocols for rapid, accurate product integrity assessment
Conduct advanced statistical analysis and create data visualizations
Build comprehensive process development roadmaps aligned with yield milestones
Transform manufacturing and experimental data into actionable yield improvement strategies
Partner with design, test, and process development teams to debug yield issues
Lead new product introductions and design-technology co-optimization initiatives
Participate in factory task forces and design of experiments programs
Develop and optimize equipment and methodologies for advanced logic nodes
Ensure manufacturability through comprehensive process analysis
Support manufacturing ramp readiness through proactive yield issue resolution