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Course Criteria
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3.00 Credits
Prerequisite: None Th is course is intended to develop the necessary skills to understand the theory and be able to perform maintenance of aircraft electrical systems with a strong emphasis on troubleshooting. Routine maintenance, inspection and troubleshooting of hydraulic and pneumatic systems is included. Th is course of study will conclude with a class in aircraft welding which will include methods of welding, acceptable repair and welds. (6/70/100/0/0/11)
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3.00 Credits
Prerequisite: None Th is course of study includes several typical landing gear systems. Topics include shock absorbing systems, wheel alignment, brakes, anti-skid systems, wheels and bearings, tires and tire balance. Safe jacking procedures will be taught along with retraction checks. Emphasis on safe work habits and procedures will be practiced. (3/30/45/0/0/10)
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3.00 Credits
Prerequisite: None Th e student will be taught the procedures for assembling an aircraft and rig the structure and control surfaces using the manufacturers' maintenance data and the Type Certifi cate Data Sheets. Emphasis will be placed on the fl ying characteristics and stability of an aircraft in fl ight. Flight control operation and movement will also be taught. Helicopter operation, rigging and powerplants will also be included in this course. Aircraft fuels, fuel systems inspection, maintenance repair and safety will be included in this course of study. (3/30/45/0/0/10)
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3.00 Credits
Prerequisite: None Th is course is a study of the vapor-cycle and air cycling machines in conjunction with cabin pressurization systems used in aircraft . Oxygen system operation, maintenance and repair will conclude the study of environmental systems. Th e inspection, checks and maintenance of fi re detection and protection systems will be covered. Inspection of the aircraft in order to maintain an air worthy aircraft which meets all confi rming requirements required by the FAA and manufacturer will complete this course of study. (3/40/55/0/0/13)
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3.00 Credits
Prerequisite: None Th e student will be introduced to the principles of heat engines, energy transformation, volumetric effi ciency and the 4-stroke cycle. Factors aff ecting power, requirements and confi gurations of piston engines, construction methods, materials and nomenclature will be covered. Th e student will be able to explain piston engine theory and energy transformation as well as calculate horse power, valve timing and compression ratios. Th e student will also be able to explain factors aff ecting volumetric effi ciency, identify all reciprocating engine parts and use correct data in doing so. (3/30/45/0/0/10)
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3.00 Credits
Prerequisite: None Th is is a course directed toward developing the competence necessary to maintain, troubleshoot and repair both reciprocating/turbine engine ignition systems and starting systems. Th e student will study low and high tension ignition systems, repair magnetos and ignition harnesses, test spark plugs, use the appropriate manuals and test equipment to perform these functions. Th e ignition system will be properly installed on an operational engine, which the student will start and operate. Correct troubleshooting procedures will be observed. Maintenance data and parts replacement must be correct. (3/30/45/0/0/10)
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3.00 Credits
Prerequisite: None Th is course introduces the student to the theory and operation of fuel metering, induction and exhaust systems for aircraft powerplants used in aviation today. Students will study how the atmospheric pressures and temperatures aff ect the performance of our engines as operational altitudes increase as well as methods used to compensate for altitude power loss. Fire protection systems will be included in this course of study. Inspection, check, service troubleshooting and repair of these systems will conclude the course. (3/30/70/0/0/13)
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3.00 Credits
Prerequisite: None Th is is a course devoted to the inspection, repair, development of overhaul skills, assembly and return to service procedures. Th e use of overhaul data, inspection techniques including non-destructive inspections will be emphasized. Items to be covered include principles and characteristics of lubricants, their importance to engine life and how maintenance procedures may increase the life of a piston engine. Th e correct lubricant for the engine and accessories will be discussed and engine data will be researched to locate information related to using the correct products. (6/60/90/0/0/10)
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3.00 Credits
Prerequisite: None Th is is a course that is devoted to the theory and principles of operation, diagnosis of system component failure and selecting the correct repair procedure using applicable FARs and manufacturers guidelines. Other topics to be covered include principles of operation of engine electrical systems, instruments, operation of engine instruments and electrical systems. Th e components, types, controls and wiring systems are covered along with wiring diagrams and using multi-meters to diagnose system or component failure. Instruction on propeller theory, governing systems, ice protection, maintenance and repair are included in this course. (6/60/90/0/0/10)
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3.00 Credits
Prerequisite: None Th is course is a study of the vapor-cycle and air cycling machines in conjunction with cabin pressurization systems used in aircraft . Oxygen system operation, maintenance and repair will conclude the study of environmental systems. Th e inspection, checks and maintenance of fi re detection and protection systems will be covered. Inspection of the aircraft in order to maintain an air worthy aircraft which meets all confi rming requirements required by the FAA and manufacturer will complete this course of study. (6/70/120/0/0/13)
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