Introduction to Materials Science and Engineering

Understanding how materials behave under mechanical stress, thermal changes, and chemical exposure is essential for modern engineering and product design. This course introduces core materials science concepts, enabling you to analyze structure-property relationships and make informed material selection decisions. You will begin by learning key terminology, atomic structures, and chemical bonding types before exploring how practical processing techniques alter physical behavior. What you'll learn: Learn primary material classes including metals, polymers, ceramics, and advanced composites. Understand mechanical, thermal, electrical, and chemical properties across different environments. Evaluate how stress, temperature, and environmental factors lead to material failure and degradation. Explore modern developments including additive manufacturing materials and sustainable material selection. Practice evaluating materials for real-world engineering constraints through written exercises. The course progresses systematically from foundational structural concepts to practical selection frameworks. You will read clear written explanations and test your understanding with practical written review scenarios. This course is designed for beginners, technical enthusiasts, and early-stage students seeking a solid foundation in materials science. No prior engineering background is required. Start reading today to master the fundamentals of engineering materials science.