Aerospace Science Airplane Operations AAS

AAS General Education Requirements (19 credits)

• College Composition or Applied Communication  Credits: 6
• Mathematics  Credits: 3
• GEO 212 - Introduction to Meteorology  (Physical and Biological Sciences) Credits: 4
• Arts and Humanities  AND/OR Social and Behavioral Sciences  Credits: 6 ¹

Note: ¹ Select from two different prefixes

Program Requirements (41-44 credits)

• AVT 108 - Pre-Aviation Groundschool Credits: 3
• AVT 114 - Instrument Pilot Airplane Flight Credits: 3.5
• AVT 115 - Instrument Pilot Airplane Ground Credits: 4
• AVT 119 - Pre-Aviation Flight Simulation Credits: 2
• AVT 129 - Private Pilot Airplane Flight Credits: 3.5
• AVT 204 - Commercial Pilot Single-Engine Airplane Ground Credits: 2
• AVT 205 - Commercial Pilot Multi-Engine Airplane Ground Credits: 2
• AVT 214 - Instrument Pilot Flight Simulation Credits: 1
• AVT 215 - Flight Instructor Airplane Ground Credits: 2
• AVT 219 - Single Engine Commercial Flight II Credits: 3
• AVT 222 - Flight Instructor Airplane Flight Credits: 2.5
• AVT 223 - Commercial Pilot Single-Engine Airplane Flight I Credits: 3.5
• AVT 224 - Commercial Pilot Multi-Engine Airplane Flight Credits: 1.5
• AVT 225 - Flight Instructor Instrument Airplane Ground Credits: 2
• AVT 228 - Flight Instructor Instrument Airplane Flight Credits: 1.5
• AVT 260 - Fundamentals of Instruction Credits: 1

•  

• AND Select a minimum of 3-6 credit hours from the following courses:

• AVT 262 - Flight Endorsement Credits: 1-3
• UAS 100 - Introduction to UAS Credits: 3

Program Outcomes

Upon successful completion of the Aerospace Science Airplane Operations Degree program, the learner will be able to:

1. Fly or operationally control an aircraft under normal conditions.
2. Fly or operationally control an aircraft at night or under instrument meteorological conditions.
3. Fly or operationally control an aircraft under emergency conditions.
4. Meet industry requirements to enter the aviation career field flying or operationally controlling aircraft.
5. Make safe aeronautical decisions using scenarios and/or actual flying conditions.