Research theme

Small Unmanned Aerial System: Design, Fabrication, and Basic Control

Undergraduate thesis project covering quadcopter CAD design, fabrication, preliminary structural analysis, and basic flight control.

2019 - 2021CompletedSmall UAS · Quadcopter Design · CAD

Undergraduate thesis project

The original thesis was titled Development of a Small Unmanned Aerial System for Surveillance and Package Delivery Applications. The title describes the intended application area; the completed work was a narrower, practical prototype project.

Our team designed and manufactured a small quadcopter, performed preliminary CAD and ANSYS work, implemented a basic controller, and conducted initial flight tests. The project was completed by Farooq Olanrewaju, Mohammed Mohammed Yamman, Tahir Muhammed, and Muhammed Salihu Jimoh.

What we built

  • Designed the airframe and component arrangement in SolidWorks.
  • Produced assembly and orthographic design views for fabrication.
  • Performed preliminary static structural analysis in ANSYS.
  • Manufactured and assembled a working small quadcopter prototype.
  • Developed and tested a basic flight controller.
  • Conducted initial outdoor flight testing with the completed vehicle.

Scope and limitations

This was an undergraduate prototype, not a fully autonomous surveillance or package-delivery platform. The demonstrated contribution was the design, fabrication, and basic control of a functioning small unmanned aerial system. Advanced autonomy, mission planning, payload delivery, and production-grade flight validation were outside the scope of the completed project.