Semiconductor electronic product engineering techniques, covering knowledge in process, device, circuit design, test, Q/R etc., as well as the teamwork among domain specialists to drive for product success.

1. Product engineering is to ensure product characteristics meeting specifications and classify individual unit accordingly. 2. If there is any product behavior failing specification, product engineer must understand the failure root cause and identify/implement solution by collaborating with device/process, design, testing, and quality/reliability. 3. Technical background is very broad covering from process, device and design, since product failure may be caused by any anomaly in either design or process/device. Solutions may come from both sides. 4. The key performance index of product engineering is yield, which is tied closely to business success. In short, product engineering requires multi-disciplinary knowledge in order to be successful

需有電子學、半導體製程或半導體元件物理等相關基礎

3 hours

Digital Integrated Circuits: A Design Perspective, 2nd edition by Jan M. Rabaey

VLSI Technology, 2nd edition by S. Sze Physics of Semiconductor Devices, 2nd edition by S. Sze VLSI Test Principles and Architectures, edited by LT Wang, CW Wu and XQ Wen, 2006 ** System on Chip Test Architectures, edited by LT Wang, CE Stroud and NA Touba, 2008 ** Applied Reliability, 3rd edition by P. Tobias Reliability Physics and Engineering, 2nd edition by J. W. McPerson Intel Quality Handbook, 2014 ** Renesas Semiconductor Reliability Handbook, 2017