UAE: AUS Students Innovate Drone Technology For Enhanced Desert Rescue Operations

In the vast expanses of the desert, time is a critical factor in search and rescue operations. A group of students from the American University of Sharjah (AUS) has harnessed this urgency to create Shaheen, a remarkable drone technology designed to locate individuals lost in the desert.

This innovation utilises drones equipped with high-tech capabilities to identify lost persons and instantly communicate their location to rescue teams. Shaheen's development reflects the students' dedication to combining technological advancement with humanitarian efforts.

The project Shaheen, named after the falcon renowned in the UAE for its keen vision and swiftness, mimics these attributes by scanning vast desert areas with precision. This ability to rapidly and accurately locate individuals in distress is pivotal, as it significantly enhances the chances of survival by reducing the time taken to reach them.

The students' work on Shaheen has not only demonstrated their innovative spirit but also their commitment to saving lives, earning them second place in Dell Technologies' Envision the Future competition, a prestigious event that attracted 259 entries from across the Middle East, Turkiye, and Africa.

Yousef Irshaid, Malik Hader, Adham Elmosalamy, and Ahmad Alsaleh, under the mentorship of Dr. Mohamed Alhajri, Assistant Professor of Computer Science and Engineering, spearheaded the development of Shaheen. Their collaboration and diverse skill sets have been instrumental in Shaheen's success, earning them first place in the AUS Department of Computer Science and Engineering’s Senior Design Projects competition for the Academic Year 2024–2025.

Their journey began with identifying a significant gap in existing search and rescue operations — the absence of a database suitable for training their detection system. Undeterred, the team took the initiative to compile the largest search-and-rescue image database in the region, capturing over 7,500 real images of the UAE deserts and creating more than 90,000 images through computer simulations. This extensive collection became the foundation for training Shaheen to recognize individuals in various conditions with exceptional accuracy.

"Shaheen reflects the best of what our students can achieve when they combine innovation with purpose," Dr. Alhajri remarked, praising the team's ability to address a complex challenge with a solution that is both effective and practical under extreme conditions. Their project aligns with the UAE's national vision, which emphasises innovation and technology as pillars of growth and leadership on the global stage.

The technological sophistication of Shaheen lies in its compact, energy-efficient design and its innovative data transmission method, ensuring rapid and reliable communication even in challenging desert environments. The team's dedication to refining their invention was evident through rigorous lab testing and real desert trials, where the system was put to the test against the harsh elements.

The team's creative problem-solving were key to overcoming the obstacles presented by the demanding conditions. "Every minute matters in a rescue," Alsaleh emphasised, highlighting the motivational force behind their project.

With plans to enhance Shaheen's durability and conduct full desert flight trials, the team aims to establish it as a reliable tool for search and rescue operations not only in the UAE but also in other nations facing similar challenges.