Award winning AI research for the future of UK airspace

It’s been a significant month for Project Bluebird. Our research collaboration exploring the use of artificial intelligence in air traffic management has received major national recognition, taking home two prestigious awards at The Engineer UK Collaborate to Innovate (C2I) Awards.

Recognition for the Project’s ambition and achievements

We were first named winner of the Information, Data & Connectivity Award, before going on to receive the ceremony’s Grand Prix, the overall award recognising the most impactful innovation across all categories. The Grand Prix is awarded to a project that demonstrates not only technical excellence, but the potential to deliver real and lasting change across its industry.

For the team, this recognition reflects the strength of collaboration, curiosity and ambition, and the growing interest in our work across the aviation, technology and research communities.

Project Bluebird is a long‑term research partnership between NATS, The Alan Turing Institute and the University of Exeter, established to explore how advanced artificial intelligence (AI) and machine learning could support the future of the UK’s air traffic management system.

The awards won by the team at The Engineer UK Collaborate to Innovate (C2I) Awards.

The project focuses on developing next‑generation modelling and decision‑support tools, including a digital twin of UK airspace. These tools allow us to explore how AI could help improve efficiency, resilience and environmental performance across an increasingly complex airspace network, all while continuing to maintain the safety standards that aviation demands.

As traffic levels continue to grow and new users take to our skies, understanding how emerging technologies can safely support controllers and the wider system is becoming more important than ever.

Alongside our success at the C2I Awards, Project Bluebird was also shortlisted for Best Research Project (Industry Collaboration) at the AI & Robotics Research Awards. Being shortlisted in a category featuring some of the UK’s most advanced AI research programmes is a real endorsement of the work being done by the team.

Reflecting on the strength of collaboration

Across both awards, judges highlighted the project’s technical ambition, the strength of its cross‑sector collaboration, and its focus on delivering tangible, system‑wide benefits for aviation.

With major national awards now recognising its impact, Project Bluebird continues to develop as one of the UK’s leading aviation research programmes. By applying AI to complex, safety‑critical challenges, we’re helping to lay the foundations for how air traffic management could evolve in the years ahead.

As the demands on the system continue to grow, understanding how emerging technologies can support operations safely and effectively will remain an important area of focus