| Apply workshop/laboratory safety rules\nDescribe fuel tank security and fuel tank access procedures\nExplain the necessary information regarding aircraft equipped with ballistic recovery systems.\nCarry out selection of correct equipment and tools\nUse equipment and tools correctly\nUse measuring instruments in the correct setting.\nExplain importance of wear, ovality, bow and twist.\nExplain tolerances of fits and clearances.\nPerform dissassemly and assemly of rivets and use tools of rivets.\nTest and check pipes and hoses.\nApply marking, cutting and bending to metal sheets.\nExplain the concept of additive manufacturing.\nIdentify specifications of screw threads.\nExplain the ATA (Air Transport Association) definitions of aircraft group, system and sub-system.\nStudents explain bearings and types\n Explain and perform the different methods of testing, cleaning and inspection of bearings.\n Explain the different methods of lubrication requirements of bearings and perform the methods.\nStudents explain the transmissions and types.\n Explain and perform the different methods of inspection of gears and backlash.\n Explain and perform the different methods of inspection of pulleys, chains and sprockets.\n Explain and perform the different methods of inspection of srew jacks, lever devices and push-pull rod systems.\nStudents explain the control cables and types.\n Explain and perform the methods of swaging\n Explain and perform the different methods of inspection and testing of control cables\n Explain the usage of different flexible cables and be able to identify them.\nStudent explain the springs and types.\n Explain and perform the different methods of inspection and testing of springs.\n State type of springs and Explain their characteristic and properties.\n Describe flat, leaf, spiral, compression, tension, torsion, belleville springs materials, characteristics and applications.\n Explain cold and hot wound springs, flat springs and Describe classification duties\n | 3 | 1 | 2 | - | - | - | - | 1 | 1 | 3 |
| Will be able to apply workshop/laboratory safety rules. Will be able to define fuel tank safety and entry procedures. Will be able to explain the necessary precautions regarding aircraft equipped with ballistic recovery systems. Will be able to select and use the correct equipment and tools. Will be able to use measuring instruments with the correct settings. Will be able to explain the significance of deviations such as ovality, curvature, and bending. Will be able to explain tolerances for tightness and clearance. Will be able to perform riveted assembly and disassembly, and use riveting tools. Will be able to test and inspect pipes and hoses. Will be able to perform marking, cutting, and bending operations on sheet metal. Will be able to explain the concept of additive manufacturing. Will be able to define the characteristics of screw threads. Will be able to explain ATA (Air Transport Association) aircraft group, system, and subsystem definitions. Will be able to explain bearings and their various types. Will be able to explain and apply knowledge regarding the structure and cleaning of bearings, as well as various testing methods. Will be able to explain and apply different lubrication methods for bearings. Will be able to explain transmission systems and their types. Will be able to explain and apply various methods for checking gear backlash and gears. Will be able to explain and apply various inspection methods for pulleys, chains, and gears. Will be able to explain and apply various inspection methods for screw jacks, lever-operated devices, and push-pull rod systems. Will be able to explain control cables and their types. Will be able to explain and apply the swaging method. Applies and explains various methods for testing and inspecting control cables. Explains the use of different types of flexible cables and is able to identify them. Describes springs and their various types. Applies and explains different methods for testing and inspecting springs. Identifies types of springs and explains their characteristic properties. Defines the materials, properties, and applications of flat, leaf, spiral, compression, tension, torsion, and conical springs. Explains cold-coiled and hot-coiled springs, as well as the criteria used for their classification. | - | - | - | - | - | - | - | - | - | - |