Term 232

Optimizing UAV Performance through In-Flight Battery Exchange for Endurance and Operational Efficiency

Project Type: Self-Initiated

Project Description

This project aims to significantly enhance the operational capabilities of Unmanned Aerial Vehicles (UAVs) by developing an innovative in-flight battery exchange system. The primary objective of this endeavor is to extend UAV endurance and improve operational efficiency by overcoming the current limitations posed by battery capacity. This breakthrough has the potential to expand the scope and effectiveness of UAV applications across surveillance, logistics, environmental monitoring.


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Project Team

Hamza Abdullah Khamis
Hamza Abdullah Khamis
Applied Electrical Engineering
Mohanad Talal Amer
Mohanad Talal Amer
Applied Chemical Engineering
Saud Mansour Alshammari
Saud Mansour Alshammari
Chemical Engineering
Omar Mansour Alshammari
Omar Mansour Alshammari
Wireless Communication Network
Ahmad Yousef Alghamdi
Ahmad Yousef Alghamdi
Industrial & Systems Engg.
Waleed Khalid Alburayt
Waleed Khalid Alburayt
Applied Aerospace Engineering

Team Coach

Dr. Wasif Hussain
Dr. Wasif Hussain
Associate Professor

Department of Chemical Engineering

Interdisciplinary Research Center for Refining and Advanced Chemicals