The DEMOQUAS project proudly took part in the 14th EASN International Conference on Innovation in Aviation & Space, held in Thessaloniki. The event brought together experts from across Europe to discuss breakthrough technologies, sustainability and digitalization in aerospace, offering an excellent opportunity for knowledge exchange and collaboration.
Several DEMOQUAS consortium members were present, actively engaging in discussions and networking activities. On October 11th, the project coordinator delivered a comprehensive overview presentation during the session ‘Digitalization of Manufacturing, Sustainable Manufacturing, Multifunctional Structure and MRO’. The session highlighted innovative strategies to make aerospace manufacturing smarter, greener and more efficient.
A key outcome of DEMOQUAS’s presence at the event was the connection with other EU-funded projects, opening the door to future synergies and joint actions.
DIDEAROT
Focused on the robust optimization of composite structures, DIDEAROT employs digital predictions to address manufacturing challenges and dynamic load impacts. The project aims to integrate digital design strategies to certify and manufacture robust composite structures, enhancing their performance and reliability.
GENEX
GENEX is developing a novel end-to-end digital twin-driven framework based on enhanced computational models. This framework integrates interdisciplinary knowledge of aircraft components and manufacturing/repair processes to optimize the manufacturing of composite parts and improve maintenance, repair, and overhaul (MRO) processes, ensuring continuous airworthiness.
CAELESTIS
The CAELESTIS project aims to develop an end-to-end Interoperable Simulation Ecosystem (ISE) that facilitates multidirectional data flow across the aircraft value chain. By linking product design and distributed engineering teams’ CAD-CAE tools, CAELESTIS seeks to accelerate the design and engineering optimization of disruptive aircraft and engine configurations.
NEXTAIR
NEXTAIR focuses on facilitating the transformation of next-generation digital aircraft by integrating advanced physical modeling with artificial intelligence. The project targets the development of efficient aircraft configurations with enhanced reliability and smart maintenance, contributing to the goal of climate-neutral aviation.
The DEMOQUAS team returns from Thessaloniki energized by the collaborative spirit of the EASN conference. As new partnerships take shape, the project continues to champion innovation, safety and sustainability in the evolving landscape of European aviation.
