Fly Simulator STEM Course
Course Description:
The Fly Simulator STEM Course is designed to introduce students to the principles of flight, navigation, and aircraft control through hands-on experience with a fly simulator. Students will learn about the physics of flight, aviation technology, and the practical aspects of piloting an aircraft. By the end of the course, students will have a solid understanding of aerodynamics, flight instruments, and the skills required to operate an aircraft.
Course Outline:
Introduction to Flight
- Overview of the course
- Brief history of aviation
- Introduction to the principles of flight (lift, thrust, drag, and weight)
- Types of aircraft and their characteristics
Basic Aerodynamics
- Forces acting on an aircraft
- Bernoulli’s principle and lift generation
- Angle of attack and stall
- Control surfaces (ailerons, elevators, rudder)
Flight Instruments and Cockpit Controls
- Introduction to flight instruments (altimeter, airspeed indicator, attitude indicator, etc.)
- Understanding cockpit controls (throttle, yoke/stick, pedals)
- Using instruments for navigation and control
Fly Simulator Basics
- Introduction to the fly simulator software/hardware
- Navigating the simulator interface
- Basic aircraft controls in the simulator
- Pre-flight checks and startup procedures
Flight Maneuvers
- Straight and level flight
- Climbs and descents
- Turns and banking
- Takeoffs and landings
- Emergency procedures
Advanced Flight Concepts
- Instrument flying and navigation
- Weather effects on flight
- Flight planning and communication
- Introduction to autopilot systems
Flight Simulations and Scenarios
- Simulated cross-country flights
- Challenging weather conditions
- Emergency scenarios and problem-solving
- Flying in different types of aircraft
Final Project: Flight Simulation Challenge
- Students will design and complete a flight simulation challenge
- Challenges may include navigation, emergency situations, or specific flight maneuvers
- Students will present their projects and explain their decision-making process
Wrap-up and Conclusion
- Recap of key concepts and skills learned
- Discussion on future career paths in aviation and aerospace
- Q&A session