One of the main challenges for the aerospace sector is to achieve a sustainable future for global air traffic. This is stated in the 2030 Agenda, whose Sustainable Development Goal 13 seeks to take urgent action to combat climate change and its effects. Key to achieving this is mitigating the climate change impacts of theContinue reading “URJC seminar: Towards a more sustainable future aviation”
Tag Archives: aviation
ISOBAR is nominated for the SESAR Exploratory Research Award
The Aircraft Operations Lab is pleased to share that ISOBAR, one of the group’s research projects, has been nominated for the SESAR Digital European Sky Awards 2023 in the exploratory research category. A recognision that highlights projects that challenge the status quo in air traffic management and demonstrate their potential to significantly improve aviation performance. ISOBAR is shortlistedContinue reading “ISOBAR is nominated for the SESAR Exploratory Research Award”
Fundación ENAIRE announces its annual awards for the aeronautical sector
Fundación ENAIRE organises its annual Aeronautical Awards, an initiative with the goal of recognising research, innovation and communication in air transport. This year, they have included a new category: the Space Award. These are the five categories: The deadline for submitting applications is 31 May. Click on the image to find out the details ofContinue reading “Fundación ENAIRE announces its annual awards for the aeronautical sector”
New article: “Fast 4D flight planning under uncertainty through parallel stochastic path simulation”
In this publication, the Aircraft Operations Lab UC3M presents a novel flight planning methodology to generate weather-optimal 4D flight plans under uncertain conditions. The authors of the article are Daniel González-Arribas, Fateme Baneshi, Eduardo Andrés, Manuel Soler, Aniel Jardines and Javier García-Heras. ABSTRACT The Air Traffic Management system is evolving to deal with efficiency, capacity,Continue reading “New article: “Fast 4D flight planning under uncertainty through parallel stochastic path simulation””
Integrating weather uncertainty information into FMP tools for better decision-making in ATM
The main purpose of the FMP-Met project was to incorporate weather uncertainty information into FMP tools to achieve a better decision-making in Air Traffic Management. For that, the FMP-Met project integrated meteorological forecast uncertainty information into the decision-making process for Flow Management Positions. In this video we show you the key aspects of the project andContinue reading “Integrating weather uncertainty information into FMP tools for better decision-making in ATM”