Aerospace Projects: Ideas for Third-Year Aircraft Engineering Student

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SUMMARY

The discussion centers on project ideas for third-year aircraft engineering students, focusing on mechanical and design-based projects. A prominent suggestion is to create an ornithopter, which offers a unique challenge in mechanical design and flight stability. Additionally, the conversation touches on investigating the pitot static system, gyroscopic systems, and electronic flight displays, highlighting their operational principles and future advancements. A classroom flight simulation training device is also proposed as a practical project to interpret realistic flight data.

PREREQUISITES
  • Understanding of ornithopter design principles
  • Knowledge of pitot static system functionality
  • Familiarity with gyroscopic systems in aviation
  • Experience with electronic flight display technologies
NEXT STEPS
  • Research ornithopter design and aerodynamics
  • Explore the workings of pitot static systems in detail
  • Investigate gyroscopic systems and their applications in aviation
  • Learn about the development of electronic flight displays and future trends
USEFUL FOR

Aerospace engineering students, mechanical designers, and educators developing flight simulation training tools will benefit from this discussion.

cw1690
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Hiy there I'm a third year aircraft engineering student and looking for some project ideas. I'm am more mechanically minded so something mechanically or design and test based, how ever I'm open to avionics based things aswell. thanks a lot.

Cw
 
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If you want something mechanical I'd suggest trying to make an ornithopter, which is about as mechanically-inclined as it gets. I'm admittedly interested and working on designs of these myself, and I think there's a lot of opportunity here to try something new and innovative.. if you're really up for it, that is.

One thing that's really interesting is how the common house fly has less brain processing than an electric toaster has to process when toast is done, yet it flies every bit as well as any full computer processor on-board jet aircraft..

So, the idea here is that with the right sensors making almost direct influence on how the wings move you can have precise and stable flight, without all that computer hardware weighing down the ornithopter.

Well, there's many other ideas to try with ornithopters, and even getting one to fly at all is probably enough of a project in of itself. You might want to just avoid it all if you're not all that confident..
 
How in depth are you looking for this project to be? Are there any specific requirements?
 
Hi there I've came up with the idea of investigating into how the pitot static system and gyroscopic system works and what instrumentation they operate. Also the electronic flight display how this operates and investigating into future flight deck instrumentation.
Would there be anything else you would add to that?

I'm also going to be working on developing a class room flight simulation training device to interpret realistic flight data from the simulated instrumentation.

Let me know what you think, thanks .
 

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