Material Characterization Techniques: An introduction, Electron microscopy, X-ray and other popular material characterization techniques.
Course Description
Have you ever wondered how you can find out what a material is made of? Whether you want to analyze a new material for your design or you want to find out what material caused failure in your product, you can use material characterization techniques to find out.
Material characterization is the science of probing materials at every scale — from atomic structure to microstructure — to uncover their composition and structure. This course will take you on a journey through the essential techniques that reveal the secrets behind the materials that are used to make all kinds of products.
In this course, you’ll explore both traditional and advanced methods used in research labs and industries worldwide. We’ll cover techniques such as:
- Microscopy (optical, electron): How we “see” materials at the micro and nano scale
- Spectroscopy (X-ray, AES, FTIR, Raman, TOFSIMS): How we analyze material composition and chemical bonding
- Diffraction methods (XRD): How we determine crystal structures and phase information
What makes this course different? It’s designed to be practical, visual, and approachable. Whether you’re a student just getting started in materials science or an engineer looking to refresh your knowledge, you’ll find clear explanations, real-world examples, and guidance on selecting the right technique for a given application.
By the end of this course, you’ll not only understand how these techniques work, but also when and why to use them—a critical skill in failure analysis, development, and quality control.
Join us, and start building the foundation you need to decode the inner world of materials. Whether your goal is industrial, or purely driven by curiosity, this course will give you the tools to see materials in a whole new light.
