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Course Criteria
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1.00 Credits
A very first course in drafting. Basic drafting concepts, standards, conventions, and procedures using computer-aided design (CAD) software. Designed primarily for students planning to enroll in regular-program Architectural, Engineering and CAD Technologies (AEC) courses, but open to others as well. Content includes working with CAD software and otherwise duplicates the content of former manual drafting courses but without the pencil line quality, technique, hand lettering, and other topics that technology has gradually rendered unnecessary in architectural and engineering office practice. (1 hr. lect., 2 hrs. lab. per week)
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3.00 Credits
Introduction course open to declared majors just starting the program without restriction. This course is an introduction to the world of aviation. It includes aviation history, technologies, applied sciences and the air transportation system. The course is intended for Aeronautics majors planning to complete the Certificate, Associate of Science/Airway Science Degree, or transfer program options. Repeatable once but not for credit. (3 hrs. lect. per week)
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7.00 Credits
Prerequisite: ENG 20B & C & D & E or ESL 11 & 13 & 14 & 17 OR placement in ENG 22/60 AND MATH 50 OR Placement in MATH 27/103 AERO majors only. Blueprint reading, mechanical drawing, aircraft weight and balance procedures, non-destructive testing, basic heat treating, use of technical manuals and other maintenance functions as specified by Federal Aviation Regulation Part 147. (250 hrs. lect./lab. over 8 weeks)
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7.00 Credits
Prerequisite: "C" in AERO 130AERO majors only. Fundamentals of direct and alternating current electricity, fundamentals of applied mathematics, and fundamentals of applied physics; calculate and measure electrical power volts, amps, and resistance; start, ground operate and move aircraft; overhaul piston and turbine engine ignition systems in accordance with Federal Aviation Regulation Part 147. (250 hrs. lect./lab. over 8 weeks)
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7.00 Credits
Prerequisite: "C" in AERO 130 and in 131AERO majors only. Fundamentals of piston engine construction and operation and basic powerplant indicating systems; inspect and repair opposed and radial piston engines; perform powerplant inspections; inspect engine indicating systems as specified by Federal Aviation Regulation Part 147. (250 hrs. lect./lab. over 8 weeks)
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7.00 Credits
Prerequisite: "C" in AERO 130 and in 131AERO majors only. Principles of aircraft sheetmetal structures; identification of aircraft fasteners, aircraft sheetmetal layout and fabrication; install special rivets and fasteners; inspect and repair sheetmetal structures; fabricate tubular structures and other aircraft structural maintenance functions as specified by Federal Aviation Regulation Part 147. (250 hrs. lect./lab. over 8 weeks)
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7.00 Credits
Prerequisite: "C" in AERO 130 and in 131 and in 132AERO majors only. Fundamentals of turbine engine construction and operation, piston and turbine engine fuel metering systems; inspect and service turbine engines, repair engine fuel metering components as specified in Federal Aviation Regulation Part 147. (250 hrs. lect./lab. over 8 weeks)
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7.00 Credits
Prerequisite: "C" in AERO 130 and in 131 and in 133AERO majors only. Principles of construction of aircraft wooden structures and repair of aircraft synthetic material; principles of rigging fixed and rotary winged aircraft; application of aircraft covering material, aircraft painting, rig rotary and fixed winged aircraft as specified by Federal Aviation Regulation Part 147. (250 hrs. lect./lab. over 8 weeks)
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7.00 Credits
Prerequisite: "C" in AERO 130 and in 131 and in 132and in 134 AERO majors only. Theory and operation of engine fire detection and control systems, theory of operation and construction of aircraft propellers and related components; inspect and repair engine exhaust and cooling systems, repair and balance propellers as specified in Federal Aviation Regulation Part 147. (250 hrs. lect./lab. over 8 weeks)
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7.00 Credits
Prerequisite: "C" in AERO in 130 and in 131 and in 133and in 135 AERO majors only. Theory of operation of aircraft hydraulic, pneumatic, oxygen and auto-pilot systems; inspect and repair aircraft hydraulic, fuel, pneumatic and instrument systems and other aircraft components as specified by Federal Aviation Regulation Part 147. (250 hrs. lect./lab. over 8 weeks)
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