The Semiconductor Environment - Part 7

Name: The Semiconductor Environment - Part 7
Rating: 5.0 (9 reviews)

Part 7: Semiconductor Reliability and Failure Analysis

Created byTobias Lepiarczyk

Last updated 10/2025

English

What you'll learn

Understanding the basics of semiconductor reliability and failure analysis
Gaining detailed insights into non-destructive and destructive failure analysis methods
Dive deep into non-destructive techniques like optical microscopy, PIND test, electrical failure analysis, EDS, X-ray microscopy, SAM and hermiticity testing
Learn about destructive techniques like decapsulation, cross sectioning, hot spot detection, microprobing, SEM and TEM, elemental analysis and FTIR spectroscopy

Course content

1 section • 19 lectures • 1h 0m total length

Introduction1:14
Importance of semiconductor reliability, quality and failure analysis11:42
Process flow of failure analysis12:01
Visual inspection (optical microscopy)2:08
Particle impact noise detection (PIND) test2:19
Electrical failure analysis2:18
Energy-dispersive spectroscopy (EDS)2:31
X-ray microscopy2:20
Scanning acoustic microscopy (SAM)2:10
Hermeticity testing2:23
De-lidding/Decapping2:18
Cross sectioning1:55
Perform cross-sectioning to expose internal structures of semiconductor devices by area selection and mechanical cutting, ion milling, or laser techniques, though it is destructive and enables direct internal layer analysis.
Hot spot detection2:20
Explore hotspot detection, a non-destructive method to locate and visualize heat on a die using liquid crystal thermography and infrared thermography, aiding reliability and failure analysis.
Microprobing1:46
Perform micro probing to diagnose failures and verify electrical characteristics by accessing the die and conducting targeted measurements with probes under a microscope, while recognizing its non-destructive nature after decapsulation.
Scanning electron microscopy (SEM) and transmission electron microscopy (TEM)3:07
Elemental analysis2:14
FTIR spectroscopy1:58
ftir spectroscopy analyzes molecular structure and composition with mid-infrared energy, yielding a molecular fingerprint from infrared absorption and enabling transmission, attenuated total reflection, and diffusive reflectance analysis with minimal preparation.
Focused ion beam1:41
Summary2:18

Requirements

Interest in electronics and semiconductors

Description

Embark on an enlightening journey into the world of semiconductors with our comprehensive 7-part course on Udemy! This meticulously crafted series will equip you with a deep understanding of the semiconductor industry, from its fundamental physics to cutting-edge technologies and business strategies

In Part 1, we'll dive into the "Fundamentals of Semiconductor Physics", unraveling the mysteries of electron behavior, energy bands and the principles that make these miraculous materials work. You'll gain a solid foundation that will serve as the bedrock for your semiconductor knowledge.

Part 2 explores "Semiconductor Business Models", offering invaluable insights into the industry's economic landscape. Learn how companies navigate this high-stakes, fast-paced market and position themselves for success.

Parts 3 and 4 focus on the critical aspects of semiconductor production. In "Hard Production Necessities", you'll discover the intricate processes and equipment required to manufacture these tiny technological marvels. "Auxiliary Production Necessities" will complement this knowledge, covering the supporting systems and infrastructure that enable seamless production.

Part 5 delves into the various "Roles2 within the semiconductor industry. Gain an understanding of the diverse career paths available and the skills required to thrive in this dynamic field.

In Part 6, we'll explore "Advanced Semiconductor Materials and Technologies", keeping you at the forefront of innovation. From novel materials to emerging fabrication techniques, you'll be well-versed in the future of semiconductor technology.

Finally, Part 7 covers "Semiconductor Reliability and Failure Analysis", a crucial aspect of quality control and product improvement. Learn the techniques used to ensure the longevity and performance of semiconductor devices.

By the end of this course, you'll have a comprehensive understanding of the semiconductor environment, from the atomic level to industry-wide trends. Whether you're a student, professional or technology enthusiast, this course will provide you with the knowledge and insights to navigate the fascinating world of semiconductors.

Who this course is for:

Newcomers and experts within the semiconductor industry