An Autonomous Drone Designed for Campus Deliveries

We are developing an autonomous drone designed specifically for fast and efficient deliveries within university campuses.

  • The system aims to transport orders from campus restaurants and cafés directly to designated locations such as dormitories, libraries, and common student areas. By using advanced navigation technologies, the drone is able to follow predefined routes and complete deliveries with minimal human intervention. Through this project, we plan to introduce a new generation of aerial logistics solutions tailored to the unique needs of campus environments.

Precision Landing with Vision-Based Recognition

A key innovation of the system is its vision-based precision landing capability.

We are designing the drone to recognize specially marked landing pads of approximately 1 by 1 meter using onboard cameras and computer vision algorithms. Once the drone reaches the delivery location, it identifies the landing marker, aligns itself accurately, and performs a controlled and safe landing. This approach allows us to deploy the system in campuses without the need for large infrastructure or dedicated drone ports, making it practical and scalable.

A Smart and Sustainable Logistics Solution for Campuses

Our goal is to create a smart aerial logistics platform that improves delivery efficiency while supporting sustainable campus operations.

Because the drone is fully electric, it reduces the need for ground delivery vehicles and helps decrease traffic congestion and emissions within campus areas. While the initial application focuses on food delivery from restaurants to student locations, the system is being designed as a flexible platform that can later support additional services such as document delivery, library logistics, and emergency supply transport. Through this development, we aim to demonstrate how autonomous drones can transform everyday logistics in modern campus environments.