Smart Quality
Smart Quality Lab will introduce methods and metrics for quantitatively assessing product quality. SMEs will explore how advanced analytical tools for reliability evaluation and failure analysis (FA) can influence continuous improvement.
Quality Fundamentals
This introduction to defining quality outlines a framework for improving product quality. It also includes a lab demo of advanced analytical equipment (EQ) and FA methodologies, along with a facility tour.
Learn more
FA EQ Applications
SMEs will take a technical deep dive into FA equipment and how they’re used for improving product quality. They’ll also engage in an in-depth discussion on the physics behind FA equipment, hands-on operations, and data analysis.
Learn more
Smart Quality
Smart Quality Lab will introduce methods and metrics for quantitatively assessing product quality. SMEs will explore how advanced analytical tools for reliability evaluation and failure analysis (FA) can influence continuous improvement.
Quality Fundamentals
This introduction to defining quality outlines a framework for improving product quality. It also includes a lab demo of advanced analytical equipment (EQ) and FA methodologies, along with a facility tour.
Learn more
FA EQ Applications
SMEs will take a technical deep dive into FA equipment and how they’re used for improving product quality. They’ll also engage in an in-depth discussion on the physics behind FA equipment, hands-on operations, and data analysis.
Learn more
Quality Fundamentals
Apply


What you’ll learn:
  • How quality engineering is used to improve product quality in manufacturing
  • FA techniques in the areas of electrical, mechanical or structural, and material or chemical engineering
  • How material analysis equipments are used to identify organic, inorganic, and polymeric materials
  • The power of design and failure mode effective analysis
  • How statistical monitoring and control can help maintain quality in high-volume manufacturing
Open to SMEs as defined by the Ministry of SMEs
FA EQ Applications
Apply


What you’ll learn:
  • The physics and application of X-ray and CT for 
nondestructive FA
  • The lock-in thermography (LIT) FA technique for electronic package-related failures
  • The science and capability of FIB-SEM in sample preparation and microcircuit FA
  • The principles behind FTIR for identifying and characterizing unknown materials
Open to SMEs as defined by the Ministry of SMEs
Our Location
NINT FAB 2 Building
80, Jigok-ro 127 beon-gil, Nam-gu, Pohang city, Gyeongsangbuk-do, 37672 South Korea
Email
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