46 - Aviation and Transportation Maintenance

This course provides a review of fundamental mathematics required for successful completion of other courses in the aviation curriculum, including algebraic equations, graphs, exponential and elementary trigonometry. 60 contact hours (60 lecture). Meets requirements of 14 CFR 147.

This general course is designed to acquaint student's with the many aspects of and career opportunities in the aviation industry.

This class studies grammar, spelling, composition of letters of application, resumes, references and the use of a word processor. A technical project report is completed during the semester. 45 contact hours (45 lecture). Meets requirements of 14 CFR 147.

Students learn about aerodynamics, aircraft design, stability, control, Federal Aviation Administration regulations and publications, weight and balance, and ground handling of aircraft. 90 contact hours (60 lecture/30 lab). Meets requirements of 14 CFR 147.

The focus of this course is riveting and sheet metal repair, including aluminum, forming and layout and oxyacetylene welding operation. Corrosion and corrosion control are also studies. 180 contact hours (60 lecture/120 lab). Meets requirements of 14 CFR 147.

This course provides a study of DC electrical circuits, Ohm's Law, magnetism, generators, regulators, motors, aircraft electrical circuit components, wiring diagrams, batteries and electrical meters. 120 contact hours (60 lecture/60 lab). Meets requirements of 14 CFR 147.

This combined lecture/laboratory course familiarizes the student with liquid penetrant, magnetic particle, eddy current, radiographic, sonic and ultrasonic evaluation procedures applicable to aircraft structures and engines using non-destructive testing methods. Interpretation of data to make independent and accurate airworthiness is emphasized. 60 contact hours (60 combined lecture/lab). Meets requirements of 14 CFR 147.

Lettering and use of equipment are studied, including orthographic projections, sectioning, auxiliary views, isometric and oblique views and reading of electrical, mechanical and hydraulic drawings. 45 contact hours (45 combined lecture/lab). Meets requirements of 14 CFR 147.

This course provides a study of pressure, mechanical and electrical instruments; compass system;, gyro instruments and systems; radio communications and navigation equipment; and auto pilot systems. 120 contact hours (60 lecture/60 lab). Meets requirements of 14 CFR 147.

Students study the laws of physics with aviation applications, including structure of matter, gas laws, heat transfer, and properties of liquids. 60 contact hours (60 combined lecture/lab). Meets requirements of 14 CFR 147.

This course provides an advanced study of physics focusing on strength of materials, light, sound and atomic energy. 45 contact hours (45 combined lecture/lab).

A continuation of 46-110, this course focuses on types of airframe structures, including wood and fabric applications and repairs, aircraft assembly and rigging, use and repairs of plastics and honeycomb repairs. 180 contact hours (60 lecture/120 lab). Meets requirements of 14 CFR 147.

A continuation of 46-120, this course focuses on AC circuits, capacitance and inductance, AC generators, transformers, resonant circuits, electron tubes and solid state components. 120 contact hours (60 lecture/60 lab). Meets requirements of 14 CFR 147.

This course focuses on principles and approved installation procedures for aircraft radio communications, navigation equipment and related items. Lectures and lab are supplemented with slides, films, and a tour. 45 contact hours (45 combined lecture/lab).

This course in the construction and operation of all types of reciprocating engines includes study of engine nomenclature, operating principles, horsepower, calculations, engine efficiencies and cylinder arrangement, as well as methods of disassembly, cleaning, inspection, magnaflux, repairs and assembly and regulations pertaining to repair and overhaul procedures. 105 contact hours (45 lecture/60 lab). Meets requirements of 14 CFR 147.

Students learn about hydraulic systems, air-conditioning, pressurization, fire detection, firefighting systems, rain control and pneumatic systems. 150 contact hours (60 lecture/90 lab). Meets requirements of 14 CFR 147.

Aircraft fuel systems, float type carburetors, pressure injection carburetors, direct injection systems, water injection, jet engine fuel controls, types of ignition systems, magneto theory, magneto timing, spark plugs and use of the engine analyzer are covered. 180 contact hours (90 lecture/90 lab). Meets requirements of 14 CFR 147.

A study of the various types of composites used on aircraft, part of this course includes vacuum bag manufacturing and repair of a honeycomb panel by each student in the laboratory. 45 contact hours (45 combined lecture/lab).

This class covers the trends that are relevant to technological advancements within the aviation and aerospace industry. Career opportunities, commercial trends, and the use of new technologies to enhance aviation and aerospace performance are discussed.

A sequel to Avionics I, this course continues the study of the principles and approved installation procedures for aircraft radio communication, navigation equipment and related topics. Subjects covered include advanced navigation aids, such as RNAV, LORAN, GPS, RADAR, and auto pilots. 30 contact hours (30 combined lecture/lab).

This course provides a study of the history of jet engines, turbojet and turboprop engine components and systems, gas turbine troubleshooting and trimming. 150 contact hours (60 lecture/90 lab). Meets requirements of 14 CFR 147.

The theory and operation of propellers and governors, as well as overhaul and servicing of fixed-pitch, ground-adjustable, controllable and turboprop propellers are studied. 120 contact hours (60 lecture/60 lab). Meets requirements of 14 CFR 147.

To propel aircraft through the stratosphere with greater efficiency, faster speeds, and less carbon emissions, new propulsion systems have been engineered. This class covers commercial aircraft Turbofan Engines, Scramjet, Space Rocketry and Thruster propulsion systems.

This class covers advanced aluminum sheet metal repairs and advanced composite concepts and projects. The cutting edge of aircraft structural technology is addressed including commercial applications, space utilization, and supersonic structures.

This course reviews types of inspections, use of inspection forms, log book entries, use of FAA publications, shop management responsibilities, engine operating procedures, troubleshooting, symptoms and diagnoses and engine instrumentation. 180 contact hours (60 lecture/120 lab). Meets requirements of 14 CFR 147.

Aircraft require advanced sub-systems to operate at high operational levels. Life support systems, pneumatics, bleed-air, pressurization, fly-by-wire or optic, and hydraulic systems are covered. With advancements in satellite navigation, advanced computer guidance and advanced multifunction display systems are also addressed in detail.

Students learn about the design, operation, and maintenance of small- to medium-size helicopters. Part of the time is spent on the actual overhaul of light helicopters. 60 contact hours (60 combined lecture/lab).

Students will demonstrate mastery of the entire Aviation and Aerospace Technology program. Students will be asked to repair anomalies, build models, test systems, and demonstrate an in-depth knowledge of advanced aviation and aerospace technology. A written report and project portfolio will be required. The paper and projects will be collaborative and will include input on pertinent topics from the instructor.

Students are placed in various aviation-related positions, arranged with an advisor, to provide them with on-the-job experience. A minimum of 120 contact hours required.

This course is designed to meet the needs of aviation majors by allowing them to study an advanced topic not found in regular courses.