Low Yield Analysis Engineer on Shift

About the role

APTD LYA is a Foundry Labs Network organization that supports back-end package assembly and wafer level assembly sort and test fails to help root cause yield loss and in-line failures. In this electrical-characterization hybrid role, the engineer on shift will be responsible for technical functions such as design, test, checkout, modifications, and characterization of wafer level assembly technologies. Engineers on back or front of week shift schedules will help bridge support between engineering technicians, as well as shift 1 engineers and module partners, yield support, integration and both internal and external customers in a collaborative environment. As an LYA Engineer, you will set priorities for the platform/project, get results across boundaries, and ensure an inclusive work environment. In this role, engineers can expect to work with a team of engineers and engineering technicians to conduct various analyses and engineering tests to provide platforms with root cause determination of in-line electrical failures and perform defect and/or process characterization in support of identifying key mechanisms that contribute to root cause identification.

Responsibilities

• Working across team boundaries to achieve strategic objectives and meet program deliverables.
• Understand program milestones and schedules then translate into team objectives and drive execution.
• Interface with a wide variety of internal teams, as well as external suppliers to improve yield and drive innovation.
• Project management, package design and/or development and sustaining support for integrated circuit or semiconductor assemblies, as well as various other electronic components and/or completed units.
• Conduct hands-on lab work, define data acquisition strategy and data analysis plan, and recommend corrective actions and/or fixes to internal customers.
• Develop failure analysis innovative techniques, BKMs, and/or approaches to accelerate failure identification and mechanism understanding.