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DTSTART;TZID=Europe/Paris:20261020T080000
DTEND;TZID=Europe/Paris:20261022T170000
DTSTAMP:20260430T135843
CREATED:20260429T123743Z
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UID:83652-1792483200-1792688400@academieairespace.com
SUMMARY:Together for a Safe Space Frontier - 14th IAASS Conference
DESCRIPTION:Introduction\nThe International Association for the Advancement of Space Safety (IAASS) is a non-profit organization committed to fostering international cooperation and advancing scientific progress in the field of space systems safety. IAASS is a member of the International Astronautical Federation (IAF) and serves as a Permanent Observer at the United Nations Committee on the Peaceful Uses of Outer Space (COPUOS). Established in 2004\, the association works to shape and promote a global culture of space safety\, contributing to safer space travel\, vehicles\, stations\, extraterrestrial habitats\, equipment\, and payloads for the general public\, ground personnel\, crews\, and flight participants. The IAASS also advocates for the protection of terrestrial and planetary environments during space missions and supports the creation of a global framework for space operations governance.\n\nThe 14th IAASS Conference\, “Together for a Safe Space Frontier”\, invites reflection and the exchange of knowledge on critical space safety topics that demand international collaboration. The conference serves as a forum to build mutual understanding\, trust\, and the broadest possible cooperation in the peaceful\, responsible\, and shared use of space. \nThe once-exclusive “club” of nations with autonomous space access capabilities is rapidly expanding\, with a growing and diverse range of participants. Commercial spaceports are becoming an established reality. In human spaceflight\, a commercial market has emerged\, with both governments and private entities relying on commercial services for cargo and crew transportation to orbit and beyond. Space systems and aviation traffic increasingly share congested airspace\, while aviation itself depends more heavily on space-based\, safety-critical services. \nToday\, most nations possess space assets\, primarily satellites of various types and purposes\, that face constant risks\, both accidental and deliberate. The rise of large satellite constellations\, the sharp increase in cislunar operations\, and the onset of lunar surface activities mark a new frontier that requires a thorough reassessment of requirements and methods to mitigate collision risks during launch\, re-entry\, and on-orbit operations. \nEqually pressing is the challenge of identifying and countering cyber threats to space systems. Addressing this issue demands a comprehensive\, integrated\, and systematic approach to safeguard space assets and critical services. International awareness is growing\, reaffirming the principle\, enshrined for decades in space treaties\, that space is a shared asset of humankind\, and that we all bear responsibility for its stewardship. Without bold and proactive initiatives to establish a global regulatory framework for space governance\, future generations may be denied reliable access to and use of space. \nIn addition to plenary and splinter sessions\, the 14th IAASS Conference will feature dedicated panel discussions on key topics requiring focused attention in space programs: International Space Governance\, Aviation Safety During Space Launch and Re-entry Operations\, Space Traffic Management\, Safety on Long-Duration Space Exploration Missions\, Need for a Unified Space Safety Regulatory Framework\, Lunar Search and Rescue\, High-Altitude Operations Safety. \n			\n			\n				\n				\n				\n				\n				\n				\n				\n				\n				\n				\n			\n				\n				\n				\n				\n				\nConference Main Topics\n\n\n\nHuman spaceflight safety\nHuman performance and health in space\nLaunch safety\nRe-entry safety\nSafety of nuclear space systems\nSafety critical software design\, security\, and IVV\nSafety risk management\nSpace safety governance\, regulations and standards\nSpace Traffic Coordination\nSpace debris mitigation & remediation\nSpace weather forecast\nNEO (Near Earth Object) and planetary defence\nSpace Search and Rescue\nOrganizational safety culture\n\n\n			\n				More info on: iaassconference2026.org
URL:https://academieairespace.com/event/together-for-a-safe-space-frontier-14th-iaass-conference/?lang=en
CATEGORIES:Partner events
ATTACH;FMTTYPE=image/jpeg:https://academieairespace.com/wp-content/uploads/2026/04/Capture-decran-2026-04-29-121846-1.jpg
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BEGIN:VEVENT
DTSTART;TZID=Europe/Paris:20261027T080000
DTEND;TZID=Europe/Paris:20261030T170000
DTSTAMP:20260430T135843
CREATED:20260217T085708Z
LAST-MODIFIED:20260217T085910Z
UID:82448-1793088000-1793379600@academieairespace.com
SUMMARY:Innovation in Aviation and Space towards sustainability today and tomorrow
DESCRIPTION:welcome note\nWe are delighted to invite you to the 16th EASN International Conference\, a milestone gathering centered on “Innovation in Aviation & Space towards sustainability today and tomorrow“\, proudly co-organized by the EASN Association and the Institut Supérieur de l’Aéronautique et de l’Espace (ISAE). This year’s edition brings us from 27 to 30 of October\, 2026\, to the dynamic city of Toulouse\, France—the European capital of aerospace research and innovation and an ecosystem widely recognized for shaping the future of aeronautics and space technologies. \nOver the years\, the EASN Conference Series has evolved into one of Europe’s leading platforms for knowledge exchange within the aerospace sector. It unites distinguished representatives from academia\, industry\, research organizations\, and policymaking bodies\, forming a powerful community committed to developing transformative innovations for tomorrow’s aerospace landscape. \nThe conference also stands as the major dissemination hub for cutting-edge EU-funded research\, offering a unique forum where European projects achieve wide visibility\, key scientific and technological breakthroughs are shared\, and innovative outcomes move closer to real-world exploitation. This dialogue amplifies the impact of European research and fosters cross-sector synergies essential for the competitiveness and sustainability of the field. \nAcross the week\, participants will engage in a rich agenda shaped to inspire\, challenge\, and connect: \n\nPlenary sessions\, combining keynote speeches and high-level discussion panels\, where prominent experts from across Europe share insights and debate the most pressing industry\, research\, and policy trends.\nOral and poster presentations\, providing a stage for cutting-edge research\, disruptive innovations\, and the latest results from European collaborative projects.\nNetworking opportunities\, interwoven throughout the program to stimulate new partnerships\, strengthen ongoing collaborations\, and encourage knowledge flow across generations and disciplines.\n\nWe are particularly excited to build on the momentum of Madrid’s 15th edition\, where a dedicated networking event for the new generation of engineers stood out as a remarkable highlight—a legacy we are committed to advancing in Toulouse with renewed ambition and expanded opportunities. \nWe look forward to welcoming you to Toulouse next October\, a city that embodies scientific excellence\, industrial impact\, and pioneering spirit. This will be a remarkable opportunity to bring aerospace-focused academia\, industry\, research institutes\, and SMEs closer together\, enabling stronger collaboration and facilitating new partnerships. \nTopics\nTogether\, let’s amplify European research achievements\, spark new collaborations\, and shape the future of aviation and space for a sustainable and innovative tomorrow. \nhe topics of the 16th EASN International Conference include but are not limited to: \nMaterials and structures\n\nAerostructures: Materials & Structures\nMaterials & Processes\, Advanced Characterization\, Design and Modelling\, Smart by Design\, Smart Materials\, Hybrid Materials\, Nano-enabled composites\, Material Testing\, Structural Analysis\, Smart Structures\, Aeroelasticity\, Structural Behaviour\, etc.\n\nAerostructures manufacturing\n\nAerostructures: Manufacturing\nAdvanced Manufacturing Processes\, Advanced Characterization (online\, inline\, real-time etc.)\, Structural Analysis\, Process/Design and Modelling\, Automation in Production\, Virtual Manufacturing\, Digitalization and Digital Twins\, Additive Manufacturing\, Exploitation of Advanced Thermoplastics\, Out-of-autoclave Manufacturing of Composites\, Surface Engineering Technologies\, Joining Techniques and Adhesive Bonding\, Surface Engineering.\nFrom Industry 4.0 to Industry 5.0\nFactory of the Future\, Digital Factory\, Digital Manufacturing\, Digital Twins\, Cyber-physical Systems\, Internet of Things\, Cloud Computing\, Human-centric\, Sustainable\, Resilient etc.\n\nFlight physics\n\nFlight Physics\nAerodynamics\, Airflow Control\, Numerical Methods (CFD\, FSI\, CSM\, etc.)\, Noise Prediction & Noise Reduction\, Computational Acoustics etc.\n\nEnergy storage\n\nHydrogen in Aviation\nFuel Cell Propulsion & H2 Direct Combustion Systems\, Storage and Distribution Systems for Liquid Hydrogen\, Hydrogen-Critical Materials Performance\, New Standards and Certification Procedures\, Auxiliary Systems and Refuelling Procedures\, Structural Integration of Tanks\, Fuel Supply Systems\, Ground and Flight Test Demonstrations\nFuels & Energy Storage\nAlternative Fuels\, Batteries\, Liquid & Compressed Hydrogen\, Capacitors\, Infrastructures (fuel tanks\, distribution\, systems etc.)\, etc.\n\nPropulsion\n\nPropulsion\nCombustion\, Turbomachinery\, Heat Transfer\, Engine Control\, Geared Turbofans\, Alternative Cycles\, Engine Health Monitoring\, Fuels\, Emissions etc.\nHybrid Electric Flight\nHybrid Electric Architectures & Technologies\, Distributed Propulsion\, Design Methodologies\, New Configurations\, Synergetic Integration\, Regulatory Aspects etc.\nThermal Management\n\nAircraft systems & human factors\n\nAvionics\, Systems & Equipment\nCockpit Systems\, Flight Data\, Communication Systems\, Avionics Integration\, Aircraft Security\, Environmental Control Systems\, Fire Protection Systems\, Sensors and Data Acquisition etc.\nHuman Factors\nMan-machine Interface\, Cognitive Computing\, Human Information Processing\, Human Element in Security etc.\n\nAircraft design\n\nAircraft Design and Optimization\nAircraft Design Methodology\, Conceptual Design Studies\, Multidisciplinary Design Optimization\, Flight Performance etc.\nSmall Air Transport (SAT) Technologies\nInnovations in Cockpit and Avionics\, Propulsion\, Airframe\, Materials\, Air Traffic Management\, Self-separation and Collision Avoidance\, Mission Management\, Decision Making Support to the Pilot\, Single-pilot Operations\, Sustainability of SAT Operations\, Scenarios\, Safety Regulations and Standards.\nInnovative Concepts & Scenarios\nDisruptive & Unconventional Configurations\, Open Platform Demonstrator Systems\, Breakthrough Technologies etc.\nSynergies and Technology Transfer with other Industries\nAerodynamics\, Electric Car-Electric Aircraft\, Infrastructure\, Testing Methods\, Fault Prediction\, Advanced Aluminium Manufacturing Technology etc.\n\nAircraft operations\n\nAir Traffic Management & Airports\nTraffic Management\, Air Transport Networks\, Remote Control\, Navigation Systems\, UAV/UAM\, RPAS\, Drones\, Airport Operation\, Airport Security etc.\nMaintenance\, Repair & Overhaul (MRO) \nNon-Destructive Testing (NDT)\, Non-Destructive Inspection (NDI)\, Non-destructive evaluation (NDE)\, Structural Health Monitoring (SHM)\, Sensors\, Logistics\, Digital Twin\, Augmented and Virtual Reality\, Robotics\, Smart Repair\, New Maintenance\, Remanufacturing and Repair Methods.\n\nUnmanned aerial systems\n\nUAS & Scaled Flight Testing\nUAV Configuration & Technologies\, Control Architectures\, Aerial Robotics\, Scaling\, Subscale\n\nSpace technologies\n\nElectric Power Generation and Distribution\, AI for smart distribution\, advanced solar cell technology.\nSatellite Telemetry and Command systems\nAdvanced Attitude Control\nPayload Front-End Electronics\, T/R modules\, Front-Ends and Core Chips\, SSPAs\, HPAs\, LNAs\, Phase and Amplitude settings\, temperature compensation circuits.\nPayload Back-End Electronics\, on board processing\, baseband linearization and predistortion\, data storage\, redundancy strategies and codes; edge computing approaches and electronics.\nAntenna Systems and new architectures for active antenna arrays. Manufacturing technologies and deployable antennas.\nSatellite System Architectures\, constellations and mega-constellations\, in-orbit and inter-orbit links.\nTelecommunication satellite systems and applications.\nNew trends and payloads for Earth Observation.\nData fusion and sensing/telecom convergence\, localization and navigation\, augmentation approaches.\n5G/6G integration with Non-Terrestrial Networks\nSpace Sustainability\, end-of-life management; sustainability on earth from space data.\nTechnologies for Space Science\, space weather monitoring\, space VLBI and new frontiers for radioastronomy.\nAdvanced Structural Designs: \nLightweight and durable frameworks optimized for extreme conditions in space\, ensuring longevity and resilience under thermal and mechanical stress.\nModular Construction: \nDesign for scalability and adaptability\, enabling future upgrades or repairs without returning to Earth.\nAutonomous Assembly: \nLeveraging robotic and AI-driven systems for the construction and maintenance of structures in orbit and/or self-deployed materials and structures.\nInnovative Materials: \nHigh-performance composites\, alloys\, and nanomaterials for superior strength-to-weight ratios and resistance to radiation and temperature extremes.\nAdditive Manufacturing: \nProduction of complex\, lightweight components\, including direct manufacturing in space to reduce launch mass and costs.\nThermal Control Integration: \nMaterials and designs managing heat dissipation efficiently in the vacuum of space. Testing and Validation: Ground-based and in-orbit testing protocols to simulate and validate designs under microgravity and vacuum conditions.\n\nSustainability in aerospace\n\necoDESIGN and Engineering for Sustainability\nSustainable Industrialization; Sustainability of Materials\, Processes and Resources; Environmentally Friendly Materials; Green Design and Sustainable Manufacturing & Production; Lifetime Services; Methods and Tools for Life Extension; Recycling Technologies\, Disposal Strategies\, Waste Management\, End-of-Life; Life Cycle Assessment and Environmental Impacts; Circularity and Circularity Performance.\n\nRegulations and policies\n\nSafety\, Regulation and Standards\nEuropean Safety Regulations\, Certification Standards and Policies\, Virtual Certification\, Workforce Training\, Education & Training Programmes (incl. civil aviation cybersecurity\, automation and digitization skills)\, RAMS etc.\nEuropean Policy Actions in the Field of Aviation & Space\nOpen Innovation Test Beds for Composites\, Support Actions for Coordinating Research\, Facilitating Collaboration\, Innovation Fostering\, International Cooperation\, 3O Policy\, Infrastructures etc.\n\n  \n\nInformation & registration\n\nOrganized by : \n\n\n\n\n\n\n\n\nProudly supported by :
URL:https://academieairespace.com/event/innovation-in-aviation-and-space-towards-sustainability-today-and-tomorrow/?lang=en
CATEGORIES:Partner events
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BEGIN:VEVENT
DTSTART;TZID=Europe/Paris:20261027T180000
DTEND;TZID=Europe/Paris:20261027T193000
DTSTAMP:20260430T135843
CREATED:20251210T104631Z
LAST-MODIFIED:20251210T104631Z
UID:81398-1793124000-1793129400@academieairespace.com
SUMMARY:Giant telescopes and Adaptive Optics: a revolution in space observation
DESCRIPTION:By Thierry Fusco\, Research Director\, Scientific Assistant\, Optics Department\, ONERA \nAdaptive optics has revolutionized high-resolution imaging by compensating in real time for the adverse effects of atmospheric turbulence. Now a key component of giant telescopes\, this multi-disciplinary technology enables us to explore the universe with unprecedented image quality\, monitor our immediate surroundings and focus laser beams at very great distances. Using a number of recent examples\, and looking to the future with the PROVIDENCE project as an example\, this conference will review the major scientific and technical advances and future challenges of adaptive optics.   \n\nFree admission in the limit of available seats. \nIn partnership with: \n\n\n\n\n\n\n\n\n\n\n  \n[image] ©Providence ©Onera – M.Cherfi – 2024 – MR
URL:https://academieairespace.com/event/telescopes-geants-et-optique-adaptative-une-revolution-pour-lobservation-de-lespace/?lang=en
CATEGORIES:AAE public and free,Lecture
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BEGIN:VEVENT
DTSTART;TZID=Europe/Paris:20261119T090000
DTEND;TZID=Europe/Paris:20261120T170000
DTSTAMP:20260430T135843
CREATED:20260428T123150Z
LAST-MODIFIED:20260428T123705Z
UID:82878-1795078800-1795194000@academieairespace.com
SUMMARY:En route to sustainable aviation: from climate science to mitigation policies
DESCRIPTION:Faced with the climate emergency\, commercial aviation is at a crossroads: it must achieve its decarbonisation goal by 2050 while also reducing the impact of its ‘non-CO2‘ effects(including contrails\, aerosols and nitrogen oxides)\, seen as substantial despite some uncertainties. \nThis international conference\, co-organised by Météo & Climat and the Air and Space Academy\, in partnership with Météo France\, will offer a unique overview on the question of mitigating the climate impacts of aviation\, including current scientific knowledge\, traffic growth scenarios and mitigation strategies based on scientific\, industrial and operational innovations. \n\n\nWhy take part?\n\n\n\n\nThe conference will provide a platform for dialogue and multidisciplinary exchange between all stakeholders (researchers\, economists\, industry representatives\, European agencies and R&D partnerships\, operators and public decision-makers) with the aim of defining components on an ambitious mitigation pathway. Presentations\, posters and high-level discussions will enable participants to confront scientific knowledge of impacts with possible mitigation strategies at an industrial and operational level\, and to measure the importance of cooperation between the scientific community\, the industrial and operational ecosystem and public authorities.
URL:https://academieairespace.com/event/en-route-pour-laviation-durable-de-la-science-du-climat-aux-politiques-dattenuation/?lang=en
CATEGORIES:Conferences,Public and paid AAE
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BEGIN:VEVENT
DTSTART;TZID=Europe/Paris:20261124T180000
DTEND;TZID=Europe/Paris:20261124T193000
DTSTAMP:20260430T135843
CREATED:20251210T104934Z
LAST-MODIFIED:20251210T104934Z
UID:81404-1795543200-1795548600@academieairespace.com
SUMMARY:1945-1960: the renaissance of French military aviation
DESCRIPTION:By Jean-Marc Olivier\, professor of contemporary history\, co-founder and co-director of the magazine “Nacelles. Passé et présent de l’aéronautique et du spatial”\, AAE correspondent. \nBy 1945\, the French Air Force had virtually ceased to exist independently. The only national aircraft it could mobilize was the Dewoitine D.520\, which had been completely overtaken by the first jet aircraft. However\, France managed to catch up within fifteen years\, thanks to the skills of its personnel\, massive state investment and the help of its Western allies. In 1952\, Dassault’s Mystère IV fighter made its maiden flight\, and over 400 were produced. Then\, in 1960\, France detonated its own atomic bomb\, using aircraft as the main delivery system\, in particular the Dassault Mirage IV\, which entered service in 1964.     \n\nFree admission in the limit of available seats. \nIn partnership with: \n\n\n\n\n\n\n \n\n\n\n[image] ©”Dassault Mystère IV A commissioned in 1955″ ©Cliché by Jean-Marc Olivier\, August 16\, 2017\, Musée de l’aéronautique du Château de Savigny-lès-Baune
URL:https://academieairespace.com/event/1945-1960-la-renaissance-de-laviation-militaire-francaise/?lang=en
CATEGORIES:AAE public and free,Lecture
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