Archive 2007-08 Catalog (Archived September 2007)

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Course Descriptions

AVC101
Basic Electricity
Basic electrical theory as it applies to Ohm's Law. Study includes the application of AC-DC circuits, use of electrical measuring instruments and diagrams, and principles of aircraft electrical components and power systems. 2.50 Credits (1.50 Lecture - 3 Lab) Fall Only.

AVC104
Federal Air Regulations, Records and Publications
Federal Aviation Regulations under parts 43, 65, 145, and others as they apply to the privileges and limitations of the mechanic. Topics also include the use of aircraft maintenance publications, records, and forms. 1.50 Credits ( .90 Lecture - 1.80 Lab) Fall Only.

AVC105
Flight Line Servicing and Corrosion Control
Introductory topics including specific aircraft fuels and lubricants, ground movement procedures, operation practices, security and safety precautions, selection and use of proper cleaning materials, and procedures for corrosion control. 2.50 Credits (1.40 Lecture - 3.40 Lab) Fall Only.

AVC108
Aircraft Materials, Process, Fluid Lines and Fittings
Introduction to various techniques and processes used by aviation mechanics. Study includes precision measuring equipment; nondestructive inspections; hardware identification; and the forming, bending, and inspection of flexible and rigid tubing. 3 Credits (1.70 Lecture - 3.90 Lab) Fall Only.

AVC115
Aircraft Basic Science
Theory and application of basic science principles as they relate to aviation maintenance. Emphasis on the applications of physical laws and mathematical concepts within the industry. Skills development includes weighing aircraft, computing the various weights for proper balance, and recording data. 3 Credits (1.90 Lecture - 3.30 Lab) Fall Only.

AVC116
Turbine Engines
Theory and operating principles of aircraft gas turbine engines and the functions of engine components. 3.50 Credits (1.90 Lecture - 4.80 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115. Corequisite(s): AVC144. Spring Only.

AVC125
Engine Ignition Systems
Inspection, service, troubleshooting, repair, and theory of reciprocating and turbine engine ignition systems and various related components. 2 Credits (1.10 Lecture - 2.70 Lab) Corequisite(s): AVC104 and AVC105 and AVC108 and AVC115. Fall Only.

AVC128
Engine Induction and Exhaust Systems
Theory, inspection, troubleshooting, and repair of engine induction and exhaust systems and their components. Topics include ice and rain control, heat exchangers, superchargers and turbo chargers, and air intake and induction manifolds. 1.50 Credits ( .80 Lecture - 2.10 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115. Corequisite(s): AVC144. Spring Only.

AVC132
Engine Fuel Metering
Theory, operating principles, and maintenance of reciprocating and turbine engine fuel metering systems. Topics include float and pressure carburetors, fuel injection, and fuel controls. 2 Credits (1.10 Lecture - 2.70 Lab) Corequisite(s): AVC104 and AVC105 and AVC108 and AVC115. Fall Only.

AVC134
Propellers
Theory, operating principles, and maintenance practices for fixed pitch and constant speed propellers. Additional topics include the propeller governing and synchronizing system, ice control, and related functions. 3 Credits (1.60 Lecture - 4.20 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115. Corequisite(s): AVC144. Spring Only.

AVC137
Reciprocating Engine Installation and Operation
Theory and procedures related to reciprocating engine installation and operation. Topics include adjustment of fuel metering components, propellers, magnetos, and other components as well as adjustment and rigging of controls and associated components to ensure safe and efficient operation. 3 Credits (1.70 Lecture - 3.90 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115. Corequisite(s): AVC144. Spring Only.

AVC138
Reciprocating Engine Overhaul
Nomenclature and operating principles of the reciprocating engine. Topics focus on disassembly, inspection of parts, and reassembly. 4 Credits (2.30 Lecture - 5.10 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115. Corequisite(s): AVC144. Spring Only.

AVC144
Aircraft Drawings
Aircraft blueprint reading for aviation maintenance technicians. Emphasis on reading and interpreting multiview drawings. Topics also include installation diagrams, schematics, and charts and graphs. Course work includes the production of three-dimensional sketches for repair and alterations to an aircraft. 1.50 Credits (1 Lecture - 1.60 Lab) Spring Only.

AVC177
Engine Cooling, Lubrication and Inspection
Introduction to the proper procedures for servicing, inspecting, and repairing the powerplant lubrication system and cooling system. All work done in accordance with manufacturers' specifications. 2 Credits (1 Lecture - 3.80 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Fall Only.

AVC178
Engine and Airframe Fuel and Fire Protection
Introduction to the theory and operation of various fuel and fire protection systems currently in use on aircraft and powerplant systems. Identification of the various components, systems, and subsystems associated with the fuel systems. Topics include the types of fuel used, fuel pumps, fuel tanks, selector valves, and means of controlling the flow and storage of fuels. Exploration of fire protection systems to include detection, warning, and extinguishing of airframe and engine fires. 1.50 Credits ( .80 Lecture - 2.20 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Fall Only.

AVC181
Engine Electrical
Operation, installation, and repair of engine electrical components. Topics include wiring, controls, switches, protective devices, and generating and starting units. 3.50 Credits (1.90 Lecture - 4.80 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Fall Only.

AVC182
Aircraft Instrument Systems
Theory and application of electronic flight instrument systems as found in modern aircraft. Topics include the markings and operation of gyroscopic, temperature, direction, and pressure operated instruments systems. Skills developed include installing, inspecting, and servicing of aircraft instruments and their systems. 1.50 Credits ( .80 Lecture - 2.20 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Fall Only.

AVC201
Aircraft Electrical
Study and repair of airframe electrical circuits and components. Topics include wiring, controls, switches, protective devices, and lighting systems as well as AC/DC circuits and related electrical accessories. 4 Credits (2.80 Lecture - 3.60 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Fall Only.

AVC205
Aircraft Assembly and Flight Control Rigging
Advanced study of the theory of flight competencies. Course work includes performing balance checks and making adjustments to flight controls as well as assembling and rigging major airframe components; attention given to proper documentation and safety procedures. 2 Credits (1 Lecture - 3 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Fall Only.

AVC207
Airframe Covering, Finishes and Welding
Techniques and fabrics used in the construction of aircraft, including the application of paints and dope. Topics include fabric restoration and repair procedures as well as applied welding theory and methods. Course work includes production of welds using a variety of metals and welding methods, with attention to safe and proper use of welding equipment. 3 Credits (1.70 Lecture - 3.90 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Fall Only.

AVC208
Aircraft Landing Gear, Hydraulics, Pneumatics and Position Warning
Inspection, operation, service, and repair of aircraft landing gears, hydraulics, and pneumatics. Landing gear topics include retraction systems, shock struts, brakes, wheels, tires, and steering systems. Hydraulics and pneumatics topics include power and control systems, pumps, actuators, and special equipment. Position and warning system topics include speed and take-off, anti-skid, and landing gear position units. 5.50 Credits (3.20 Lecture - 6.90 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Spring Only.

AVC209
Sheet Metal Applications
Methods and materials used in the construction, design, and repair of aircraft metallic structures. Practical application of the approved methods, processes, and procedures used in inspection, repair, manufacture, and fabrication of sheet metal structures and components. 4 Credits (2 Lecture - 6 Lab) Prerequisite(s): AVC205 and AVC207. Spring Only.

AVC210
Composite and Wood Applications
Application of nonmetallic aircraft structures, including inspection and repair of composite, fiberglass, plastic, honeycomb, and wood materials. Emphasis on industry-accepted procedures that ensure the continual airworthiness of the airframe and components. Repair, inspection, and testing procedures are applied to structural and nonstructural components. 1.50 Credits (1 Lecture - 1.60 Lab) Prerequisite(s): AVC205 and AVC207. Spring Only.

AVC212
Rotary Wing Aircraft Applications
Application of rotary wing aircraft design and the laws of physics that apply to the operation of helicopters. Topics include primary flight controls, rotor heads, and airframe systems as well as nonstandard flight platforms. Skills developed include procedures for rigging flight controls and precautionary measures for helicopter operation. 1.50 Credits (1 Lecture - 1.60 Lab) Prerequisite(s): AVC205. Spring Only.

AVC213
Airframe Inspection
Industry standards, Federal Air Regulations, Type Certificate Data Sheets, and manufacturer's specifications as they pertain to aviation maintenance and inspection. Performance requirements include the use of manufacturer service, inspection, and maintenance manuals, including inspection checklists. Precise and proper maintenance record entries are demonstrated. .50 Credit ( .20 Lecture - 1 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Spring Only.

AVC214
Aircraft Atmosphere Control and Ice/Rain Control
Study of various atmosphere control systems, including pressurization, heating, cooling, ventilation, and oxygen. Additional topics include pneumatic and electrically operated ice and rain control systems. 2 Credits (1.30 Lecture - 2.10 Lab) Prerequisite(s): AVC104 and AVC105 and AVC108 and AVC115 and AVC144. Spring Only.

AVC215
Navigation and Communication Applications
Theory and operation of navigation and communication systems found on current generation aircraft, including VHF and SATCOM. Additional topics include cockpit displays and integration of the autopilot. Intermediate BITE testing and troubleshooting concepts. 2 Credits (1 Lecture - 3 Lab) Prerequisite(s): AVC182. Spring Only.

AVC309
Airframe Sheet Metal Structures
Methods and materials used in the construction, design, and repair of aircraft metallic structures. Topics include approved methods, processes, and procedures used in inspection, repair, manufacture, and fabrication of sheet metal structures and components. 4 Credits (2 Lecture - 6 Lab) Prerequisite(s): AVC205 and AVC207. Spring Only.

AVC310
Non-Metallic Structures
Study of nonmetallic aircraft structures, including inspection and repair of composite, fiberglass, plastic, honeycomb, and wood materials used in manufacture and repair procedures. Application of industry-accepted standards that ensure the continual airworthiness of the airframe and components as well as the safety and compatibility of nonmetallic structures. Repair, inspection, and testing are used to help students differentiate between the types of material used in the manufacture, inspection, and repair of various structural and nonstructural components. 1.50 Credits (1 Lecture - 1.60 Lab) Prerequisite(s): AVC205 and AVC207. Spring Only.

AVC311
Navigation and Communication Systems
Advanced study of integrated navigation and communication systems found on current-generation aircraft. Theory and operation of aircraft communication systems, including VHF and SATCOM. Theory and operation of aircraft navigation systems, including cockpit displays and integration of the autopilot. Advanced BITE testing and troubleshooting concepts. 2 Credits (1 Lecture - 3 Lab) Prerequisite(s): AVC182. Spring Only.

AVC312
Rotary Wing Aircraft
Study of the theory of flight for rotary wing aircraft and the laws of physics that apply to the operation of helicopters. Topics include primary flight controls and rotor heads, control of the helicopter about the three axes, detailed analysis of the rigging, special precautions for helicopter operation, and nonstandard flight platforms. 1.50 Credits (1 Lecture - 1.60 Lab) Prerequisite(s): AVC205. Spring Only.

AVC313
Avionics Maintenance Theory I
Study of avionics communication and navigation, focusing on the theoretical concepts and maintenance of High Frequency (HF), Very High Frequency (VHF), and Ultra High Frequency (UHF) communication and navigation systems as well as audio integration systems used on aircraft. Emphasis on the subjects covered in the Federal Communications Commission General Radio Telephone Operators Examination. System analysis includes historical, modern, and future contexts. (Formerly AVC 327) 3 Credits (3 Lecture - 0 Lab) Prerequisite(s): AVC311. Corequisite(s): AVC314. Fall Only.

AVC314
Avionics Maintenance Applications I
Application of avionics communication and navigation principles, focusing on the High Frequency (HF), Very High Frequency (VHF), and Ultra High Frequency (UHF) communication and navigation systems as well as audio integration systems used on aircraft. Emphasis on the subjects covered in the Federal Communications Commission General Radio Telephone Operators Examination. Concentration on emerging technologies in both general and commercial aircraft. (Formerly AVC 328) 1 Credit (0 Lecture - 3 Lab) Prerequisite(s): AVC311. Corequisite(s): AVC313. Fall Only.

AVC320
Human Factors in Aviation Technology
Study in the causes of human error and how that error impacts safety issues in the aviation maintenance department. Analysis includes relationships between management, pilots, and other flight crews; resource management plans; common errors; risk management; and technology advancements that have lead to error reduction. Case studies identify critical points in aviation incidents and accidents. Emphasis on developing a personal and organizational safety culture. 3 Credits (3 Lecture - 0 Lab) Prerequisite(s): ENL201 or ENL121. (Science, Technology and Society)

AVC323
Avionics Maintenance Theory II
Study of microwave pulse systems used on board aircraft, focusing on flight line testing of distance measuring equipment (DME), air traffic control transponders, airborne weather radar, and radar altimeters. Exploration of tactical navigation, passive weather detection, and collision avoidance systems, and the role these systems play in the Federal Aviation Administration's reduced vertical separation minimums and terrain awareness systems. 3 Credits (3 Lecture - 0 Lab) Prerequisite(s): AVC311. Corequisite(s): AVC324.

AVC324
Avionics Maintenance Applications II
Practical application involving microwave pulse systems used on board aircraft. Emphasis on the practical maintenance of distance measuring equipment (DME), air traffic control transponders, airborne weather radar, passive storm detection systems, and radar altimeters. (Formerly AVC 336) 1 Credit (0 Lecture - 3 Lab) Prerequisite(s): AVC311. Corequisite(s): AVC323.

AVC331
Advanced Composites
Introduction to the approved techniques and practices for advanced composite damage assessment, classification of damage, laminate repair, and honeycomb core repair. Methods, materials, and repair techniques meet industry standards and FAA standards for continued airworthiness. 3 Credits (1 Lecture - 6 Lab) Prerequisite(s): AVC210 or AVC310.

AVC332
Flight Management and Control
Study of flight management and control systems, including the theoretical concepts and maintenance of autopilots, integrated flight control systems, and flight management systems. Additional study includes area navigation systems, including Automatic Direction Finding (ADF), land-based area navigation (VOR/DME R-NAV), LORAN-C, and GPS. 3 Credits (2 Lecture - 3 Lab) Prerequisite(s): AVC323 and AVC324. Fall Only.

AVC345
Avionics FCC Preparation
Preparation for the Federal Communications Commission General Radio Telephone License examination. Topics covered include test equipment used in the aviation industry, avionics circuits, troubleshooting techniques, design considerations of aviation transmitters and receivers, and design considerations of aviation antennas. Study includes Federal Communications Commission rules and a review of test taking techniques. 3 Credits (3 Lecture - 0 Lab) Prerequisite(s): AVC311.

AVC350
Advanced Sheet Metal Structures
Advanced study of aircraft sheet metal structures. Topics include repair techniques and communication with aircraft manufacturers, federal aviation administration, and aircraft structural engineers. Emphasis on FAA required data, forms, and records. Research element: results of past incorrect structural repairs. Course work includes a sheet metal project, to be built and repaired using advanced fasteners. 3 Credits (2 Lecture - 3 Lab) Prerequisite(s): AVC108 and AVC309. Fall Only.

AVC360
Aviation Maintenance Management
Introduction to aviation maintenance management, including an in-depth examination of the airline, corporate, and repair station environments. Exploration of the responsibilities of aircraft maintenance managers in various aviation organizations and federal regulations governing the maintenance requirements for aircraft operators. Emphasis on Federal Aviation Administration (FAA) procedures and requirements. Research: organization operation, policy, quality control, and supervision. 3 Credits (3 Lecture - 0 Lab) Prerequisite(s): MGT115. Fall Only.

AVC434
Long Range Navigation Systems
Study of area navigation systems, including Automatic Direction Finding (ADF), land-based area navigation (VOR/DME R-NAV), LORAN-C, and GPS. Emphasis on the most popular forms of aviation navigation. Overview of navigation systems, focusing on the modern satellite systems of today and tomorrow. 2 Credits (1 Lecture - 3 Lab) Prerequisite(s): AVC182 and AVC327. Spring Only.

AVC450
Avionics Integration Management
Study of the management of avionics integrations and installations. Emphasis on custom interconnects between various avionics subsystems in accordance with appropriate Federal Aviation Regulations. (Formerly AVC340). 3 Credits (1 Lecture - 6 Lab) Prerequisite(s): AVC323 and AVC324.

AVC493
Senior Project Proposal
Application of knowledge gained in the Aviation Maintenance Technology major, resulting in a proposal with accompanying documentation. Discussion and research may include topics such as cost effectiveness, aircraft and avionics maintenance, aircraft overhaul, and the effect of outside entities on the aviation industry. Designed to promote assimilation of knowledge gained from prior course work and an understanding of how that knowledge applies to the aviation maintenance professional. 1 Credit (1 Lecture - 0 Lab) Prerequisite(s): AVC320. Fall Only.

AVC496
Senior Project
Application of knowledge gained in the Aviation Maintenance Technology program as it pertains to the aviation maintenance professional. Topics for discussion and research include, but are not limited to, cost effectiveness, maintaining aircraft and avionics, aircraft overhaul, and the effect of outside entities on the aviation industry. Completion requirements include a major project with appropriate industry-required documentation. 3 Credits (3 Lecture - 0 Lab) Prerequisite(s): AVC327 and AVC328 and AVC329 or AVC313 and AVC314. (Writing Enriched) Spring Only.