Aeromodelling Course
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Level 1
Introduction to aeromodelling
- Concept of aeromodelling and its applications
- free-flight, control line, and remote control
- Kit Build of Un-Powered Models.
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Level 2
Learning Design and Development
- Materials science of aeromodelling, such as balsa wood, foam, and FRP.
- Analysis of different Airframe designs, T-Tail, V-Tail, Tailless, Canards etc.
- Fabrication of Powered RC airframe
- Design optimization and Payload addition like Cameras, Drop Bays and Atmospheric Data collection.
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Level 03
Advanced UAV based project
- Safe Flight operation procedures and briefing.
- Purpose-driven designing with targeted parameters in Simulation and Software Analysis.
- Composite Material introduction and fabrication techniques.
- Competition grade components selection.
04
Aeromodelling to UAV and advanced aerodynamics
- Study aerodynamics and flight mechanics in more depth: In order to advance to UAV and advanced aerodynamics, it's important to have a solid understanding of the underlying principles. This includes studying topics such as fluid dynamics, aircraft stability, and control.
- Hands-on experience with UAVs: Building and flying UAVs requires specialized knowledge and experience. One way to gain this experience is to participate in workshops, training programs or build your own UAV. Some Universities also offer specialized courses on this topic.
- Competitions or research projects: Competitions such as Drone Racing or UAV Challenge provide opportunities to test your knowledge and skills, as well as learn from other participants. Additionally, research projects related to UAVs and advanced aerodynamics can help you develop a deeper understanding of the subject matter and career in field of Aerospace.
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