multi-disciplinary digital - enablers for NEXT-generation AIRcraft design and operations

The NEXTAIR project aims to address the challenge of climate-neutral aviation through digital solutions that optimize aircraft performance. To achieve this, NEXTAIR is focusing on developing innovative design methodologies, data-fusion procedures, and smart health assessment tools, which will be validated through eight industrial test cases. These test cases will demonstrate the application of these digital methodologies across various phases of aircraft design, manufacturing, and maintenance.

NEXTAIR's main goal is to transform aircraft design by improving methods that handle manufacturing uncertainties and operational inconsistencies. The project will enhance high-fidelity modeling and simulation capabilities to support the development of new aircraft configurations and breakthrough technologies. By improving uncertainty quantification and robust optimization techniques, NEXTAIR aims to ensure more reliable industrial multi-disciplinary design of aircraft and engine components.

Moreover, NEXTAIR will leverage machine learning-driven methodologies to advance digital twinning for aircraft and engine components, contributing to smart prototyping and maintenance. The project involves 16 partners from six countries, including research organizations, leading aeronautical industries, and high-tech SMEs specializing in digital tools, advanced modeling, AI, machine learning, and innovative manufacturing.

Through its comprehensive approach, NEXTAIR is expected to significantly contribute to the digital transformation of the aviation industry, promoting more efficient and environmentally friendly aircraft operations. The collaborative effort aims to facilitate the integration of breakthrough technologies into service and enhance the overall sustainability of the aviation sector.