State Technical College of Missouri
TAM 113 General Mechanics. Ground operation and servicing topics covered include shop and flight line safety including fire safety and procedures, jacking safety, hazardous materials procedures, tie-down techniques, standard hand signals, and fueling safety and procedures. Servicing with ground power units, oxygen and other related items used on aircraft are discussed and performed in the laboratory. Towing and taxiing aircraft, including engine starting procedures are also part of the laboratory activities. Fluid lines and fittings topics covered are materials and hardware required to fabricate all types of both rigid and flexible fluid lines. Fabrication techniques and installation procedures are included in the laboratory activities. The general curriculum subjects included in this course and required by FAR Part 147, Appendix B, are as follows: Ground Operation and Servicing and Fluid Lines and Fittings. 2 credit hours.
TAM 125 Basic Electricity. Basic electricity theory is covered in this course including static and current electricity, basic electrical units, terminology and magnetism. Circuit components are discussed and complex DC circuits are analyzed using Ohm’s Law and power formulas. Different methods of generating electrical energy are covered and laboratory projects include fabrication and testing of circuits containing a variety of components. A unit on the theory, testing and maintenance of batteries rounds out the DC phase of this course. Primary and secondary batteries including lead-acid and nickel-cadmium types are included. The AC phase of the course involves mathematically analyzing inductive and capacitive circuits including power formulas. Solid-state devices are introduced and theory discussed. A final unit on testing and troubleshooting is covered in this course. Extensive laboratory projects are used in this phase. The general curriculum subject included in this course and required by FAR Part 147, Appendix B, is Basic Electricity. 2 credit hours.
TAM 127 Reciprocating Engines and Lubrication Systems. The history, theory, design, development and maintenance of aircraft reciprocating engines and the terminology and techniques associated therewith are addressed in this course. A study of lubrication systems for both, reciprocating engines and turbine engines is also included. Laboratory activities may include disassembly, reassembly, overhaul, repair, inspection, removal, installation, rigging and testing of aircraft reciprocating engines and engine lubrication systems. This course provides the opportunity for students to develop skills in the use of maintenance publications and the documentation of maintenance activities. The powerplant curriculum subjects included in this course and required by FAR Part 147, Appendix D are as follows: Reciprocating Engines and Lubrication Systems. 4 credit hours.
TAM 131 Propeller Systems. The lecture portion of this course addresses the history, development, theory of operation and application of fixed-pitch propellers through constant-speed propellers with reverse and feather features. In lab, students may remove, replace, inspect, service, or repair propellers, propeller accessories, or propeller auxiliary systems. The use of maintenance publications, and the documentation of maintenance activities will be emphasized. The powerplant curriculum subject included in this course and required by FAR Part 147, Appendix D is Propellers. 2 credit hours.
TAM 134 Turbine Engines and Accessory Systems. Thorough reviews of the history, development, design, theory and application of various types of turbine engines, and auxiliary systems for both, reciprocating engines and turbines engines, are provided in the lecture portion of this course. Lab activities may include the removal and replacement, inspection, overhaul, repair and adjustment of turbine engines, and auxiliary systems for reciprocating engines and turbine engines. The powerplant curriculum subjects included in this course and required by FAR Part 147, Appendix D, are as follows: Turbine Engines, Auxiliary Power Units, Unducted Fans, Engine Cooling Systems, Engine Exhaust and Reverser Systems, Induction and Engine Airflow Systems. 4 credit hours.
TAM 136 Powerplant Fuel Systems. In this course, students learn about aircraft fuels, engine fuel systems components and fuel metering devices. Lecture topics include float carburetors, pressure injection carburetors, fuel injection systems and turbine engine fuel controls. Laboratory activities may include the inspection, service and repair of fuel systems, pumps, valves, filters, and metering units. The Powerplant curriculum subjects included in this course and required by FAR Part 147, Appendix D, are Fuel Metering Systems and Engine Fuel Systems. 2 credit hours.
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