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About Aviation

The underside of an airplane flying in the sky with "N 2 1 6 6 F" on the side.

About

Flying Since 1947

Since 1947, the OU Aviation Program has prided itself on providing students with quality aviation instruction paired with a solid business foundation from a nationally ranked institution.

OU Aviation offers a bachelor’s degree in Aviation with five concentrations for students to consider, each allowing for the development of knowledge, leadership, and communication skills required to work in management positions.


Our Mission

Our program mission is to provide aviation majors with the knowledge and skills of a competent pilot, air traffic controller, and/or industry professional along with broad education and business concentrations that provide long-term competitive professional advantages.

Program Goals

All graduates of the program in aviation will have developed a depth of understanding of the Aviation industry and been afforded the opportunity to prepare for an aviation-related professional career following graduation.


Professional
Pilot

  • Instill a foundation for lifelong learning; graduates are immersed in issues in the domestic and international aviation community
  • Create competent, skillful pilots and leaders who can solve complex problems within the aviation industry
  • Cultivate single pilot/crew resource management, operational risk management, and safety awareness in aviation operations
  • Instill professional, ethical responsibility, and business sustainability in global environments

Air Traffic
Management

  • Graduates will be knowledgeable in all of the FAA air traffic basic learning objectives
  • Foster ethical and responsible behavior within government, industry, and society
  • Provide exposure to practical application in all options of air traffic control
  • Instill an appreciation for diversity and teamwork in the aviation workplace
  • Stimulate the appreciation and importance of lifelong learning

Aviation Management
(Non-Flying)

  • Instill a solid foundation of management, organizational behavior, and continuing adaptation in a changing global business environment
  • Prepare graduates who will support and nurture business management and lifelong learning in the aviation industry
  • Provide graduates with the knowledge and skills necessary to implement management principles within the aviation environment
  • Review the past, evaluate the future, and study local to global considerations of aviation issues
  • Instill professional, ethical responsibility and business sustainability in global environments

Aviation Management
(Flying)

  • Instill a solid foundation of management, organizational behavior, and continuing adaptation in a changing global business environment
  • Prepare graduates who will support and nurture business management and lifelong learning in the aviation industry
  • Provide graduates with the knowledge and skills necessary to implement management principles within the aviation environment
  • Review the past, evaluate the future, and study local to global considerations of aviation issues
  • Create competent, skillful pilots and leaders who can solve complex problems in the aviation community
  • Cultivate single pilot/crew resource management, organizational risk management, and safety awareness in aviation operations
  • Foster ethical and responsible behavior within the government, industry, and society

Facilities & Technology

Max Westheimer Airport

OU North Base 
1700 Lexington Ave
Norman, OK 73069

Max Westheimer is home to seven aviation businesses, approximately 68 hangar tenants, and over 110+ based aircraft.

As many as 100 students a year complete their private pilot certificates through the University of Oklahoma School of Aviation. Yearly another 1000+ children can obtain hands-on experience in the aviation field each summer through the Sooner Flight Academy program.

The buildings contain many classrooms and study areas, with training aids, simulators, and other facilities to enhance the student’s learning environment. The airport is about a 20-minute drive from the National Weather Center. Aviation students also have access to the school’s maintenance hangars, which further enhance the student’s ability to learn. Students are encouraged to take an active part in their learning process.

The control tower at Max Westheimer Airport, with an airplane in the foreground.
Stylized dark grey line.

Simulation Center

OU North Base
1205 Halley Ave
Norman, OK 73069

The School of Aviation cut the ribbon on a newly renovated simulation center in the Fall of 2022. 

This 5,000-square-foot facility houses two classrooms, full-scale air traffic control simulators for approach, en route, and tower control, and two flight simulators. This state-of-the-art facility has helped elevate the OU School of Aviation to greater heights since our students are able to train on top-of-the-line equipment. Specifically, the air traffic control simulators were purchased and installed in 2022 making OU a premier air traffic control training facility.

The exterior of the Simulation Center.

Fleet

For our single-engine program the school operates 28 Piper Warriors and Piper 100is. The transition from the Warriors to the 100is is seamless and by 2027, all aircraft will be new 100is.

A P A 44-180 Seminole aircraft in front of a control tower.
Stylized dark grey line.

For our Multi-Engine program the school operates a PA44-180 Seminole. Transition to this aircraft from the Warriors is almost seamless. It has state of the art avionics, including autopilot, flight director, and GPS navigation capability. With this aircraft you will practice simulated engine failures, as well as single engine approaches and landings.

A P A 44-180 Seminole aircraft on a runway.
Stylized dark grey line.

Our flagship is a late-90’s model King Air C90B purchased in 2005. The King Air is used in the school’s turbine transition course. Like our other aircraft, the King Air is equipped with the latest in avionics, including electronic flight displays (EFIS), autopilot, flight director, multi-function display, and GPS navigation capability. Turbine Transition students are also exposed to advanced aircraft systems including pressurization, radar, weather downlink, de-ice, and anti-ice systems. Turbine Transition and a chance to fly a modern turbine aircraft is offered by only a few collegiate level aviation programs. The King Air is also available for faculty and staff transport (FAST) flights on University-related business.

King Air C 90 B aircraft in front of a control tower.
Stylized dark grey line.

For helicopter training, the two-seat Guimbal Cabri G2 is used for private pilot, instrument and commercial certificates. With its impressive safety record and state of the art avionics, it is the perfect platform to learn all stages of helicopter operation.

A Guimbal Cabri G2 helicopter with an O U insignia with wings on the side.