Meet the young researchers shaping the future of aviation

From drone-enabled emergency response to sustainable fuels and data-driven maintenance, three young researchers are tackling some of the most pressing challenges facing aviation.

They were among the winners of the TRA VISIONS Young Researcher Awards, presented during the Transport Research Arena (TRA) 2026 conference in Budapest. The awards highlight emerging talent in transport research, with SESAR Joint Undertaking sponsoring the Airborne category to support young researchers developing innovative solutions for the future of aviation.

Making drone operations safer with 5G-enabled positioning

With a background in telecommunications and a strong interest in integrating cellular networks into the future of aviation, Denis Andres Maigualema-Quimbita, from the Universitat Politècnica de València, was awarded first prize for his research on 5G-enabled uncrewed aerial vehicle (UAV) routes to support emergency response operations.

His award-winning project explores the use of already deployed 5G cellular infrastructure as a cost-efficient alternative for the positioning of UAVs.

As drones become increasingly integrated into urban environments for applications such as emergency response, deliveries, and other autonomous air services, "ensuring absolute positioning reliability is critical for safe operations", Denis said.

Although UAVs traditionally rely on GNSS/GPS, dense urban environments can obstruct and reflect satellite signals, reducing positioning accuracy and increasing vulnerability to spoofing attacks. "By using 5G signals, we can either operate autonomously or fuse data to mitigate these deficiencies", explained Denis.

The project resulted in an algorithm that integrated 5G and GPS data to enhance location accuracy and dynamically plan the safest and most efficient routes for emergency drones.

The system was designed to balance speed with accuracy, allowing drones to avoid unnecessary manoeuvres while reaching incidents quickly and safely. As Denis exemplified, "this could help emergency services respond faster by enabling drones to bypass road traffic and operate reliably in complex urban environments".

Supporting the transition to sustainable aviation fuels

The second prize recognised research tackling another major challenge facing aviation: the transition to sustainable aviation fuel (SAF).

Konstantia Kontodimou from National Technical University of Athens, believes that "research should not stop at theoretical advances but should translate into practical tools that support industry decision-making".

The introduction of the ReFuelEU Aviation Regulation sets out progressively higher SAF blending targets for airlines.

"As the industry faces increasing environmental targets alongside growing demand, operators need practical tools to make better decisions under complex constraints", adds Konstantia.

In her award-winning project, she shows that "airlines can initially meet these mandates most efficiently by concentrating the use of sustainable aviation fuel at major hub airports", before "gradually expanding deployment to secondary airports" as blending requirements increase.

Using data to improve aircraft maintenance

Abdulali Bahiyev from Transport and Communication Institute in Latvia, conducted his research project with the ambition of showing how data-driven applications could "reduce risk and improve reliability" in the business aviation sector.

As he explains, "business aviation has different regulations and operational circumstances" from scheduled commercial airline operations.

Business aircraft frequently operate to a wide range of destinations based on customer or owner requirements, including locations where maintenance facilities with the appropriate technical certification for a specific aircraft type may not be available.

Hence, "a predictive approach is needed", Abdulali argues. His research aims to demonstrate how "data-driven applications would help airlines (and) maintenance facilities to predict the upcoming failures" by enabling earlier detection and proactive maintenance through an advanced warning system.

Supporting the next generation of aviation innovators

Although their research tackles different challenges, the three winning projects share a common ambition: transforming scientific advances into practical solutions for the aviation industry.

According to Konstantia the TRA Young Vision Awards goes beyond celebrating scientific excellence; it opens a door for young researchers to "move beyond publications towards real-world implementation".

Denis agrees: "These initiatives are so important because science shouldn't stay confined within the walls of a laboratory. While much research starts at a desk, awards like this help ensure that valuable scientific discoveries don't get overlooked by shining a spotlight on them."

For all the winners of this year's TRA Young Vision Award, this recognition has served as "powerful boost" to keep contributing to future of aviation.

More about the TRA VISIONS awards

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