| Knowledge of Ferro (Ferrous) Materials: Students will understand the characteristics, properties, and identification of alloy steels commonly used in aircraft, as well as the heat treatment techniques and applications of these materials. |
| Material Testing Methods: Students will gain the ability to conduct and interpret mechanical tests such as hardness, tensile strength, fatigue resistance, and impact toughness for ferro (ferrous) materials. |
| Knowledge of Non-Ferro Materials: Students will learn the characteristics and properties of non-ferro (non-ferrous) materials, as well as their heat treatment and application techniques. |
| Understanding Composite and Non-Metallic Materials: Students will recognize the properties of composite and non-metallic materials, excluding wood, and will acquire knowledge on detecting and repairing defects in these materials. |
| Wooden Structures and Repair: Students will understand the construction methods for wooden structures, the adhesives used, and how to identify and repair defects in wooden structures. |
| Fabric Covering Inspection and Repair: Students will learn the characteristics of fabric coverings used in aircraft, identify fabric defects, and become proficient in the methods of fabric repair. |
| Corrosion and Prevention: Students will understand the chemical foundations of corrosion, its types, causes, and materials susceptible to corrosion, as well as the processes required before and after corrosion occurs. |
| Knowledge of Fasteners and Connectors: Students will learn the identification, usage, and international standards of various fasteners, from thread forms to bolts, nuts, screws, and locking devices. |
| Rivets and Their Applications: Students will understand the characteristics, definitions, and heat treatment of forged and blind rivets, and will gain the necessary skills for proper riveting procedures in aircraft applications. |