Burn in Product Development Engineer Student Worker

Responsibilities of the role include, although not limited to:

• Develop a component-level stress plan that takes into account design for burn-in considerations, product use conditions and requirements of infant mortality screening
• Evaluation, development, validation and debug of stress patterns for complex circuits and IP blocks
• Analyze and evaluate component specification versus stress needs and ensure optimal match of component requirements with stress equipment capability
• Drive continual improvement in coverage, or content enhancement through the lifecycle of development
• Drive validation on new HBI stress platform to ensure seamless product qualification execution and HVM deployment of burn-in content
• Model based structured problem solving to resolve issues that arise either during stress implementation, or during validation/deployment to high volume manufacturing

Qualifications

Minimum Qualifications : Progressing towards a degree in Electrical engineering, Computer engineering, or other related fields of study. Any prior academic experience with preferred skills/knowledge in the following areas:

• Understanding of semiconductor device physics, logic design, design for test, computer architecture, digital/analog circuits.
• Programming experience in at least one/more language: C/C++, Perl, Python, Java, VB, etc.
• Strong debug and data analysis skills using tools like JMP
• Willing to maintain an active student status for at least 1 year
• Intermediate to Advance English level

Preferred Qualifications : Understanding of high volume manufacturing flows and automation is a plus

Prior experience and willingness with hands-on work, specifically implementing test programs or using tester platforms to perform content debug and validation is a plus

Inside this Business Group Manufacturing and Product Engineering (MPE) is responsible for test development across product segments, supporting 95% of Intel's revenue. We deliver comprehensive pre-production test suites and component/physical debug capabilities to enable high quality, high volume manufacturing.

Work Model for this Role

This role will be eligible for our hybrid work model which allows employees to split their time between working on-site at their assigned Intel site and off-site.