This inorganic chemistry course explores the fascinating world of material science to provide you with a comprehensive understanding of the properties and structure of various solid materials. We delve into the atomic structure and interatomic bonding that underpins the foundation of material properties. We then examine crystal structures and explain how they are determined.

The course describes the imperfections present in solids and shows you how these influence the material's overall properties. We then discuss the electrical and mechanical properties of materials. Our study of electrical properties covers topics such as conductivity, energy band structure, semiconductors and more. We lay out the mechanical properties of solid materials and examine concepts like stress, strain, elasticity and so on. The course links these concepts to practical applications like those found in engineering and manufacturing.

We go through the techniques and methodologies employed in fabricating, synthesising and processing materials. We explain how these inorganic chemistry principles and practices carry over into various manufacturing processes, including casting, forming and annealing. Lastly, we discuss metallic alloys, ceramics, liquid crystals and polymers. This inorganic chemistry course helps you to appreciate the role of material science in advancing technology and innovation in various industries. Sign up to acquire a practical understanding of material science.