| 1 | Classification of engineering materials. To emphasize the importance of material selection in design |
| 2 | Investigation of the relationship between the properties of engineeering materials and atomic bonds. |
| 3 | understanding and describing of atomic and crystal structures. Teaching the relationship between atomic radius and lattice parameters of the crystal structures. |
| 4 | Understanding the mechanisms of diffusion and the diffusion of atoms of solid materials |
| 5 | To learn the basic concepts related to the mechanical properties of materials. |
| 6 | The evaluation of factors affecting the mechanical properties of materials and reviewing basic testing procedures |
| 7 | To describe the underlying physical concepts related to the structure of matter. |
| 8 | To examine the relationships between structure of atoms-bonds-properties of engineering materials. |
| 9 | Learn about different levels of structure i.e. atomic structure, nanostructure, microstructure, and macrostructure |
| 10 | To learn classification of materials based on atomic/ionic arrangements |
| 11 | Introduce the three basic types of imperfections: point defects, line defects (or dislocations), and surface defects. |
| 12 | Explore the nature and effects of different types of defects |
| 13 | To learn how the strength of metals and alloys is influenced by mechanical processing and heat treatments. |
| 14 | Discuss how to use the eutectoid reaction to control the structure and properties of steels through heat treatment and alloying. |