What Are Some Innovative UAV Project Ideas for a Third-Year Dissertation?

In summary, a third year project is a research project that third year university students complete, involving original research and presentation of findings. Benefits include gaining research experience and developing critical thinking skills. Choosing a topic should align with your interests and program requirements, and typically takes 6 months to a year to complete. Some universities allow group projects, but it is important to check guidelines and ensure equal contributions from all members.
  • #1
ldefeo1
6
0
Need a third year project ASAP!

hi guys i need to think up a project to do as my dissertation next year. i had to choose but unfortunately i didnt get any of my options.

i spoke to the guy who i wanted to do a project with originally and he said he would be happy to take me onto a similar project though if i can think of one.

this is the project i was interested in:

Spatial Temporal Awareness of a UAV
The project is about programming a realtime navigation system and environmental modelling that enables navigation of a simulated UAV using known terrain features. To study the problem, everything is to be done in simulation only using physical engine and Simulink based sEnglish/Jason programming of the onboard agent. Camera operation will be simulated in terms of objects recognized on the ground. The project is to focus on the interpretation of the world, not on computer vision algorithms, that will be assumed available off the shelf. The onboard agent will use the interpreted world to make decisions to achieve mission objectives under constraints.

i think UAV's are very interesting and they hopefully should be a blossoming industry as i graduate so i wish to specialise in them.

can anyone dream up a similar project i could do for 1 year that i could propose to the professor. some goals and content would be nice

much appreciated guys!

luke
 
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  • #2


You can do some path finding stuff in Matlab. Take the classical mouse in a maze and expand upon it. I had some friends who transformed it into a firefighter rescue program. The purpose was to have a firefighter search through a burning building, 2-d, to save a terrified kid. There were varying levels of intensity of fire patches, both the kid and the firefighter moved around these, and the kid progressively made bad decisions while the firefighter made better ones. My friends got this done in a week, they're pretty good at Matlab, so you can do a more advanced pathfinding project if you expand on this.

Or you could do something on adaptability. Build a predator vs. prey program. The predator has certain attributes to allow it to catch the prey and the prey has attributes to allow it to escape the predator. Let them "learn" from each other and evolve adaptations. You could even build robots using the arduino PLCs. Give each one different sensors and see if you can get some fuzzy logic in there.

Good luck
 
  • #3


Hi Luke,

I understand your frustration with not being able to choose your desired project, but it's great that you have the opportunity to work on a similar project with the professor you wanted to work with. Here are a few ideas for a project that you could propose to your professor:

1. Development of a UAV control system using artificial intelligence: This project could involve designing and implementing an AI-based control system for a UAV, which would enable it to make decisions and navigate through a simulated environment. You could focus on developing decision-making algorithms and testing their performance in different scenarios.

2. Design and construction of a mini UAV: This project would involve building a mini UAV from scratch, including designing the frame, selecting and integrating the necessary components, and programming the control system. You could also work on adding additional features, such as obstacle avoidance or autonomous landing, to make the UAV more advanced.

3. Development of a UAV swarm: Instead of focusing on a single UAV, this project would involve programming and coordinating a group of UAVs to work together towards a common goal. You could explore different communication and coordination techniques to achieve efficient and effective swarm behavior.

4. Simulation of a UAV delivery system: With the rise of online shopping, there is a growing interest in using UAVs for delivery purposes. In this project, you could simulate a UAV delivery system, including designing a delivery route, optimizing delivery schedules, and testing the system's performance under different conditions.

These are just a few ideas, but I hope they give you some inspiration for your project proposal. Good luck!
 

1. What is a third year project?

A third year project is a research project that students in their third year of university typically undertake. It involves conducting original research and presenting findings in the form of a written report and/or presentation.

2. What are the benefits of doing a third year project?

There are several benefits to doing a third year project, including gaining hands-on research experience, developing critical thinking and problem-solving skills, and potentially making valuable contributions to the field of study.

3. How do I choose a topic for my third year project?

The topic for a third year project should align with your interests and the requirements of your program. It is important to choose a topic that is feasible and has enough available resources for research. You can also consult with your professors for guidance and suggestions.

4. How long does a third year project typically take?

The duration of a third year project can vary depending on the university and program. Generally, it can take anywhere from 6 months to a year to complete. It is important to plan and manage your time effectively to ensure timely completion.

5. Can I work on a third year project with a group?

Some universities may allow students to work on a third year project in a group, while others may require individual projects. It is important to check with your program guidelines and discuss with your professors if group projects are allowed. Working in a group can provide additional support and different perspectives, but it is important to ensure that each member contributes equally to the project.

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