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Table of Contents
Table of Contents
Explore from the atomic level to the macro performance of materials, and learn the principles that decide why metals bend, ceramics shatter, and polymers stretch.
What You Will Learn
- 1 Learn how materials engineering connects atomic interactions to real-world product behavior.
- 2 Understand crystal geometry and the role of atomic bonding in determining material properties.
- 3 Apply phase diagrams to predict microstructure and heat treatment outcomes in alloys.
- 4 Analyze stress-strain behavior and mechanical testing methods for design data.
- 5 Explore the composition and application of modern engineering metals and alloys.
- 6 Understand the unique mechanical and optical properties of ceramics and glasses.
- 7 Evaluate polymer science and composite material processing for lightweight design.
- 8 Develop heat treatment strategies to control strength, ductility, and toughness.
- 9 Learn to prevent corrosion and degradation through material selection and design.
- 10 Use characterization tools such as microscopy and spectroscopy to analyze microstructure.
- 11 Apply systematic materials selection frameworks to meet engineering constraints.
- 12 Explore advanced materials including nanomaterials, powder metals, and additive manufacturing.
What's Included
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Materials Science and Metallurgical Engineering