College Catalog Cover Design 2 - Pima Community College

AVM 260 Advanced Composite Aircraft Repair II
1 cr. hrs. 1 periods (1 lec.)
Theory and application of composite and bonded metal structures utilized in aircraft construction. Includes repair methods
selection, source documents, repair methods and design criteria, bonded metal repairs, tank and non-tank processing,
priming, and environmental considerations. Also includes a heavy emphasis on repair performance utilizing the Structural
Repair Manuals for composite monolithic and sandwich core, and bonded metal structures.
Prerequisite(s): AVM 210/210LB.
Corequisite(s): AVM 260LB
Offered: May not be offered this year, check class schedule.
AVM 260IN Advanced Composite Aircraft Repair II
4 cr. hrs. 10 periods (1 lec., 9 lab)
Theory and application of composite and bonded metal structures utilized in aircraft construction. Includes repair methods
selection, source documents, repair methods and design criteria, bonded metal repairs, tank and non-tank processing,
priming, and environmental considerations. Also includes a heavy emphasis on repair performance utilizing the Structural
Repair Manuals for composite monolithic and sandwich core, and bonded metal structures.
Prerequisite(s): AVM 210/210LB.
Information: IN is the integrated version of the course with the lecture and lab taught simultaneously.
Offered: Summer.
AVM 260LB Advanced Composite Aircraft Repair II Lab
3 cr. hrs. 9 periods (9 lab)
This is the Lab portion of AVM 260.
Prerequisite(s): AVM 210/210LB.
Corequisite(s): AVM 260
Offered: Summer.
Avionics Technician Training
For courses numbered 098, 198, 298, see “Topic Courses” on page 292
AVIATION TECHNOLOGY — AVIONICS TECHNICIAN TRAINING
ATT 101 Avionics Familiarization
3 cr. hrs. 3 periods (3 lec.)
Overview of the evolution of modern avionics. Includes the role and responsibilities of the Avionics Technician. Includes the
classification and requirements of airports, airspace and atmospheric environments, and types of avionics equipment used
today; instrument, crew cabin layouts and user modes. Also includes advisory circulars and regulations pertaining to
operation and management.
Information: Additional self-paced independent course study materials are required for non-certified Airframe and
Powerplant students.
Offered: Spring.
ATT 102 Aircraft Electrical Systems
3 cr. hrs. 3 periods (3 lec.)
An overview of aircraft electrical systems, AC and DC power generation and distribution for small general aviation (GA),
corporate, and commercial airline transport aircraft. Includes electrical schematics, manuals, and diagrams. Also includes
aircraft system power requirements for avionics, fuel and flight management, cabin atmospheric control, landing gear and
flight controls, load, fuel, safety, warning systems, cabin lighting, and entertainment systems.
Information: Additional self-paced independent course study materials are required for non-certified Airframe and
Powerplant students.
Offered: Spring.
ATT 103 Basics of Avionics Installation
3 cr. hrs. 4 periods (2 lec., 2 lab)
Concepts, techniques, and skills to install electronic and avionics equipment and panel layout standards. Includes avionics
support structures installations, fabrication, modification of fabrication, and instrument panels. Includes electrical
equipment bays, instrument mounting, handling precautions for sensitive devices, equipment cooling, typical wiring
diagrams, installation drawings, conductor and coaxial types, cutting, sizing, termination, marking, bundling, anchoring
techniques and practices. Also includes circuit protection devices, terminal installation, connectors and typical shop tooling,
pitot-static system, turn and bank, artificial horizon, basic flight instrumentation, installation and troubleshooting.
Information: Additional self-paced independent course study materials are required for non-certified Airframe and
Powerplant students.
Offered: Spring.
Pima Community College Catalog 2011/2012 327