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Course Criteria
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8.00 Credits
Lec-5, lab-10, field trips An introduction to the principles of electricity applicable to the responsibilities of the aircraft technician in maintaining F.A.A. airworthiness standards. Short review of basic mathematics within the scope of aircraft applied technology. Introduction to aircraft structural materials, heat treating, aircraft hardware, and weight and balance control are also surveyed. CSU
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8.00 Credits
Lec-5, lab-10, field trips Advise: AIRC 101 and 102 Procedures of powerplant maintenance with reciprocating engines. Construction of and overhaul techniques of powerplant to F.A.A. requirements. The use of tools and equipment to maintain airworthy standards of repair to powerplants. CSU
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8.00 Credits
Lec-5, lab-10, field trips Complete coverage of the powerplant electrical system, including the ignition system used for all propulsion powerplants. The maintenance of fire detection and protection systems and the internal and external powerplant lubricating system. Procedures of powerplant maintenance with turbine engines and propulsion units. Construction of the overhaul techniques of powerplants to F.A.A. requirements. CSU
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8.00 Credits
Lec-5, lab-10 Theoretical and practical approach to fuel system control and the maintenance of each system component. The theory applied to propulsion and the practical application of propeller maintenance to Federal Aviation Administration standards. CSU
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8.00 Credits
Lec-5, lab-10, field trips Advise: AIRC 101 and 102 The technological approach towards the complex airframe structures and the stresses absorbed by the skin coverings. Emphasis on construction and maintenance of these metal structures. Applied methods of airworthy repairs, including the forming processes, the bonding surfaces, plastic and honeycomb repairs, the fusing of metals and its limitations, fire detection, and ice detection systems. Emphasis on the proper use of tools and equipment needed for approved repairs to metal structures. CSU
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8.00 Credits
Lec-5, lab-10 This course acquaints students to the theoretical and practical experiences needed in aircraft hydraulic, pneumatic, landing gear, fire, ice and rain control systems. CSU
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8.00 Credits
Lec-5, lab-10, field trips F.A.A. requirements applied to techniques of rigging aircraft, controls, and control surfaces. A short introduction to the wood structures and fabric covering along with the maintenance techniques. Applied theory of finishes and their effects on flight conditions. Maintenance techniques in electrical wiring, control switches, indicators, and protective devices. Troubleshooting and repairing of alternating-current electrical systems. CSU
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4.00 Credits
Lec-4, lab-2, field trips Repeat: Var. content - max. 12 units Complete coverage of hand tools, FARs, aerodynamics, electrical systems, overhaul techniques of powerplants to F.A.A. requirements, hydraulics, sheet metal, and rigging and assembly, woodworking and finishing, and weight and balance. 109A. Advance Sheet Metal. CSU 109B. Introduction to Transport Aircraft. CSU 109C. Transport Aircraft system Airframe. CSU 109D. Transport Aircraft System Powerplant. CSU 109E. Advance Composite. CSU 109F. Rotary Wing Aircraft. CSU 109G. Introduction to Avionics for A&P. CSU 109H. Intermediate Avionics for A&P. CSU 109I. Basic AeroDynamics and Flight Procedures for Maintenance Technicians. CSU 109J. Advance Non Destructive Inspection. CSU 109K. Advance Material and Processing for Aircraft Mechanics. CSU
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2.00 Credits
Lec-3, field trips Intended to be taken with AIRC 110B. A broad exposure to the extensive field of aviation. The history and present wide scope of aviation is presented and related to the effects on our everyday lives. A better understanding of aviation and aerospace science is developed and will serve students in adapting to and shaping a better tomorrow. Airplane systems, aerodynamics, careers, and the future of aviation. CSU
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3.00 Credits
Lec-3; Field trips (Designed to achieve the equivalent of the F.A.A. Private Pilot Ground School, this class will enable the student to take the F.A.A. private pilot written examination. Flight instruction is not intended as part of this course. Such training may be obtained at F.A.A. approved flight schools at nearby airports.) Aviation weather flight computers, navigation, radio navigation, air-traffic control, Federal Aviation Regulations, weight and balance, use of the Airman's Information Manual and cross-country flight planning. CSU
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