Yield Development Engineer

Job Details:

Job Description

The Role and Impact As a Yield Development Engineer, you will play a pivotal role in advancing technology node lifecycle and enhancing manufacturing yield performance. You will analyze complex data sets, develop methodologies, and collaborate across organizations to identify and resolve yield limiters. Your contributions will directly impact manufacturing process optimization, product quality, and Intel's ability to deliver cutting-edge solutions to the market. Business group The Intel Foundry group is dedicated to delivering innovative manufacturing solutions that enable industry-leading products and technologies.

Focused on process development and yield enhancement, this team collaborates across design, test, and manufacturing domains to drive continuous improvement. By joining our team, you will contribute to shaping Intel's manufacturing capabilities and supporting our mission to deliver world-class semiconductor technologies.

Key Responsibilities

Perform statistical analysis and create visualizations to identify yield limiters and construct accurate process development roadmaps. - Develop methods and systems to analyze big data sources, establishing optimal defect-mode understanding and yield modeling methodologies. - Analyze fab process, defect, and electrical data to detect anomalies and drive process changes for yield improvement. - Synthesize large volumes of data using statistics, machine learning, and coding techniques to extract actionable insights. - Collaborate across design, test, and manufacturing teams to debug yield limiters and implement process changes. - Conduct fault isolation and failure analyses using tools such as ATE testing, optical probing, circuit simulation, and emulation techniques. - Design measurement recipes for quick feedback on product integrity and implement solutions to address yield or quality issues. - Develop equipment and methodologies to support operational needs and enable leading-edge logic node capabilities.

Qualifications

Minimum Qualifications - Bachelor's degree in a relevant field such as Electrical-Electronic Engineering, Microelectronic Engineering, or a related discipline with 0-1 years of hands-on experience in the domain, with demonstrated skills gained through internships, academic projects, coursework, or hands-on training OR a Master's degree in a relevant field with no prior professional experience. - Basic knowledge of semiconductor manufacturing processes or yield analytics. - Experience with electrical characterization processes. - Proficiency in defect detection tools and techniques. - Knowledge of failure analysis and fault isolation methods.

Preferred Qualifications

Strong problem-solving and critical-thinking abilities. - Effective communication skills to collaborate across multidisciplinary teams. - Ability to work in a fast-paced, cross-functional environment. - A passion for learning and adapting in a fast-paced technical environment. Join us…

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