Aerospace/Flight

Introduction to Flight Simulators

Course Number(s):  N409011

Length: 1 Semester (2 Credits)

Prerequisites:  None

Grade: 9-12

This foundation course introduces students to the basic principles of flight. Students learn about the lift and drag of an aircraft, torque effect, load factors turbulence, aircraft systems and federal air regulations.  Students acquire and apply knowledge and skills while flying in the simulators. Students will take on the roles of Pilot, Co-Pilot and air traffic control and utilize communication skills and problem solving throughout the course. There will also be exploration of careers in the aviation industry.

Drone Flight Training

Course Number(s): N409021

Length: 1 Semester (2 Credits)

Prerequisites: Introduction to Flight Simulators

Grade: 10-12

Critical thinking, teamwork, problem solving, communication and integration of math and science skills will be utilized as students are presented with the knowledge needed to pass the Federal Aviation Administration (FAA) Remote Pilots License test (commercial drone pilots license).  A significant portion of this class will focus on flight regulations, airspace, weather and various flight characteristics.  The flight simulator lab will make the experience of learning these concepts more engaging and students will also use drone flight simulator software to get a basic understanding of drone controls.

Advanced Flight Simulators

Course Number(s): N409031

Length: 1 Semester (2 Credits)

Prerequisites: Completion of Flight Simulator

Grade: 10-12

Through a combination of simulator flying and classroom instruction, this course will prepare students to take their FAA Private Pilot written exam. Topics in the course include airplane systems, aerodynamic principles, communications, navigation, flight planning and learning the same flight maneuvers as one would experience in private pilot flight training.