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Center for Curriculum and Transfer Articulation Not Found
Major: 3707
Effective Term: 2017 Fall   

Award: AAS
Total Credits: 61-72.5
CIP Code: 49.0102

Instructional Council: Applied Technology (57)

GPA: 2.5
SOC Code: 53-2011


Description: The Associate in Applied Science (AAS) in Airway Science Technology, Flight Emphasis program is designed to prepare students to apply technical knowledge and skills to the flying of commercial, agricultural, public service, corporate, or private aircraft, and to prepare students to sit for the following Federal Aviation Administration (FAA) written and practical examinations:

Track I: Commercial Pilot Certificate with Single Engine Airplane Land Rating; Instrument Rating; and the Multiengine Rating as well as the Flight Instructor Certificate with the Single Engine Airplane Land Rating.

Track II: Commercial Pilot Certificate with Helicopter Rating; Instrument Rating as well as the Flight Instructor Certificate with the Helicopter Rating.

Track III: Commercial Pilot Certificate with Single Engine Airplane Land Rating; Instrument Rating; and the Multiengine Rating as well as the Flight Instructor Certificate with the Single Engine Airplane Land Rating. Students will also have experience in the actual or simulated operations of a small Unmanned Aircraft Systems (UAS) as permitted by Federal Regulations.

Job Description: The Associate in Applied Science in Airway Science Technology, Flight Emphasis program is designed to prepare students with the required Federal Aviation Administration certificates for initial employment as aircraft pilots in a wide variety of entry-level, flight-related occupations. Depending on which track students select, such occupations may include flight instructor, banner tow pilot, jump plane pilot, corporate transportation, mineral exploration and production, public service, etc. In some instances, additional specialized training will be required. Students aspiring to employment with airlines can elect to use their flight instructor certificate to help build flight time in an economical manner.

Job Opportunities: While the aviation industry is cyclic, affected by both economic and military implications, indicators point to an increase in pilot hiring through 2030. Job mobility within the aviation industry increases as flight experience increases. The experienced pilot who demonstrates quality flight techniques, willingness to learn, organizational skills, reliability, and good communication skills will find opportunities to advance into larger aircraft operations, or other positions within the industry such as management, business owner, sales, corporate jet operator, or systems trainer.





Required Courses
Students must select one (1) of three (3) tracks:

Track I: Multiengine Aircraft Credits: 45.5
AET115 Aviation Meteorology 3
+ AET203 Basic Airplane Systems 3
+ AET205 Aircraft Structures, Systems, and Maintenance 4
+ AET207 Attitude Instruments and Navigation 3
+ AET210 Instrument Commercial Flight I 2
+ AET213 Aerodynamics and Performance 3
+ AET215 Aircraft Powerplants 4
+ AET217 Instrument Procedures 3
+ AET220 Instrument Commercial Flight II 2
+ AET225 Advanced Aircraft Systems 4
+ AET227 Certified Flight Instructor: Airplane, Single Engine Land Ground School 5
+ AET230 Certified Flight Instructor: Airplane, Single Engine Land 1
+ AET237 Multiengine Airplane Pilot Ground School 2
+ AET240 Multiengine Airplane Pilot Flight 0.5
+ AET257 Readings in Aviation 3
CIS105 Survey of Computer Information Systems 3

Track II: Helicopters Credits: 38
AET115 Aviation Meteorology 3
+ AET203HH Basic Helicopter Systems 2
+ AET205 Aircraft Structures, Systems, and Maintenance 4
+ AET207HH Attitude Instruments and Navigation: Helicopter 2
+ AET210HH Instrument Flight: Helicopter 2
+ AET213HH Aerodynamics and Performance: Helicopter 2
+ AET215 Aircraft Powerplants 4
+ AET217HH Instrument Procedures: Helicopter 2
+ AET220HH Commercial Flight: Helicopter 2
+ AET225 Advanced Aircraft Systems 4
+ AET227HH Certified Flight Instructor: Helicopter Ground School 4
+ AET230HH Certified Flight Instructor: Helicopter 1
+ AET257 Readings in Aviation 3
CIS105 Survey of Computer Information Systems 3

Track III: UAS and Aviation Public Service Credits: 48.5
AJS101 Introduction to Criminal Justice 3
AET115 Aviation Meteorology 3
AJS/DPR/FSC147 Emergency Preparedness 3
AJS230 The Police Function 3
+ AET203 Basic Airplane Systems 3
+ AET207 Attitude Instruments and Navigation 3
+ AET208 Aviation Safety 3
+ AET210 Instrument Commercial Flight I 2
+ AET213 Aerodynamics and Performance 3
+ AET217 Instrument Procedures 3
+ AET220 Instrument Commercial Flight II 2
+ AET226 Introduction to Unmanned Aircraft Systems Operation 2
+ AET227 Certified Flight Instructor: Airplane, Single Engine Land Ground School 5
+ AET230 Certified Flight Instructor: Airplane, Single Engine Land 1
+ AET228 Public Safety Aviation 3
+ AET260 Public Safety Aviation Applications in Unmanned Aircraft Systems Flight Lab 1
+ AET229 Crew Resource Management 3
+ AET237 Multiengine Airplane Pilot Ground School 2
+ AET240 Multiengine Airplane Pilot Flight 0.5

Credits: 38-48.5

Program Competencies
Track I:
1. Determine implications of weather on the safety of flight, based on observation and reports. (AET115)
2. Explain the operation and interpretation of flight instruments. (AET203)
3. Compare and contrast maintenance privileges and limitations as they apply to pilots, mechanics, and inspectors. (AET205)
4. Use instrument navigation charts to determine minimum altitudes, distances, headings, frequencies, and required equipment. (AET207)
5. Operate an aircraft in simulated instrument conditions to federal standards. (AET210)
6. Determine factors impacting aircraft performance, including engine power output, weight and balance, airport requirements, and flight maneuvers. (AET213)
7. Describe essential systems and the operation of reciprocating and turbine aircraft engines. (AET215)
8. Plan Instrument Flight Rules cross-country flights using actual weather, aircraft performance, and airport data. (AET217)
9. Execute an Instrument Flight Rules cross-country flight including precision and non-precision approaches and commercial maneuvers while operating the aircraft to federal standards. (AET220)
10. Explain the operation of transport category aircraft systems including cabin atmosphere, ice protection, fire protection, hydraulic systems, and landing gear systems. (AET225)
11. Create and teach ground lessons explaining the proper operation of aircraft. (AET227)
12. Create and teach flight lessons demonstrating the proper operation and control of aircraft. (AET230)
13. Explain important factors in operating a multiengine airplane. (AET237)
14. Demonstrate proper operation of a multiengine airplane. (AET240)
15. Gather, interpret, evaluate, and present information in logical written and oral presentations. (AET257)
16. Demonstrate a working knowledge of computer information systems, computer concepts, microcomputer applications, and programming techniques to access and manipulate information in an aviation environment. (CIS105)

Track II:
1. Evaluate implications of weather on the safety of flight, based on observation and reports. (AET115)
2. Explain the operation and interpretation of flight instruments. (AET203HH)
3. Compare and contrast maintenance privileges and limitations as they apply to pilots, mechanics, and inspectors. (AET205)
4. Use instrument navigation charts to determine minimum altitudes, distances, headings, frequencies, and required equipment. (AET207HH)
5. Operate an aircraft in simulated instrument conditions to federal standards. (AET210HH)
6. Determine factors impacting aircraft performance, including engine power output, weight and balance, airport requirements, and flight maneuvers. (AET213HH)
7. Describe essential systems and the operation of reciprocating and turbine aircraft engines. (AET215)
8. Plan Instrument Flight Rules cross-country flights using actual weather, aircraft performance, and airport data. (AET217HH)
9. Execute an Instrument Flight Rules cross-country flight including precision and non-precision approaches and commercial maneuvers while operating the aircraft to federal standards. (AET220HH)
10. Explain the operation of transport category aircraft systems including cabin atmosphere, ice protection, fire protection, hydraulic systems, and landing gear systems. (AET225)
11. Create and teach ground lessons explaining the proper operation of aircraft. (AET227HH)
12. Create and teach flight lessons demonstrating the proper operation and control of aircraft. (AET230HH)
13. Gather, interpret, evaluate, and present information in logical written and oral presentations. (AET257)
14. Demonstrate a working knowledge of computer information systems, computer concepts, microcomputer applications, and programming techniques to access and manipulate information in an aviation environment. (CIS105)

Track III:
1. Explain the basic history, organizational components, and processes of the criminal justice system; and to be familiar with the constitutional safeguards associated. (AJS101)
2. Determine implications of weather on the safety of flight, based on observation and reports. (AET115)
3. Explain emergency planning concepts and implementation strategies for response and prevention. (AJS/DPR/FSC147)
4. Determine the appropriate jurisdiction using an understanding of the interrelationships and missions of the federal, state, and local law enforcement systems. (AJS230)
5. Explain the operation and interpretation of flight instruments. (AET203)
6. Use instrument navigation charts to determine minimum altitudes, distances, headings, frequencies, and required equipment. (AET207)
7. Explain aspects of aviation safety, aviation Safety Management Systems (SMS), human factors and accident review and investigation. (AET208)
8. Operate an aircraft in simulated instrument conditions to federal standards. (AET210)
9. Determine factors impacting aircraft performance, including engine power output, weight and balance, airport requirements, and flight maneuvers. (AET213)
10. Plan Instrument Flight Rules cross-country flights using actual weather, aircraft performance, and airport data. (AET217)
11. Execute an Instrument Flight Rules cross-country flight including precision and non-precision approaches and commercial maneuvers while operating the aircraft to federal standards. (AET220)
12. Explain the history of UAS operation, the current applications and limitations of Unmanned Aerial Vehicle (UAV), and the applicability of various UAV platforms operating in the United States. (AET226)
13. Create and teach ground lessons explaining the proper operation of aircraft. (AET227)
14. Create and teach flight lessons demonstrating the proper operation and control of aircraft. (AET230)
15. Explain organization, operations, tactics and techniques related to air support operations within the various non-military government entities. (AET228)
16. Conduct actual or simulated applications in a small UAS platform used for non-military governmental public use. (AET260)
17. Explain how to effectively manage all available resources to safety operate in a crew environment. (AET229)
18. Identify important factors in operating a multiengine airplane. (AET237)
19. Demonstrate proper operation of a multiengine airplane. (AET240)
+ indicates course has prerequisites and/or corequisites.
++ indicates that any suffixed course may be selected.
MCCCD Governing Board Approval Date: May 23, 2017

All information published is subject to change without notice. Every effort has been made to ensure the accuracy of information presented, but based on the dynamic nature of the curricular process, course and program information is subject to change in order to reflect the most current information available.