Disruptive and incremental technologies in the New Space
What are the major technological innovations that characterize NewSpace?
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What are the major technological innovations that characterize NewSpace?
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Planetary prediction via Babylonian methods on Stellarium.
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How space programs benefit humanity?
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This series explores the evolution of teleoperation technology
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Explore Ptolemy's method for calculating planetary longitudes
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Space travel's impact on human body explained.
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Astronaut physiology and adaptation in microgravity.
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Exploring space borders and hostile environments.
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ISAE-SUPAERO aerial research and flight operations.
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Aviation emissions drive global climate change.
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Quaternion kinematics derived from angular velocity vectors.
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Quaternions enable vector and rigid body rotations.
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Understanding material stress, strain, and their relationship.
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Obtaining continuous linear time invariant system models.
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Short overview focusing on hybrid rocket engines.
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Identifying the main characteristics of airplane wings.
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Understanding expander and staged combustion rocket cycles.
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Tsiolkovsky equations explain rocket space flight.
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Airplane transversal balance, side-slips, and spiral stability.
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Rocket size scales with its flight altitude.
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Introduction to time domain system modeling equations.
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Complete guide to creating Django web forms.
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Exploring key aspects of new space access.
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Discover a short classification for rockets engines.
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Algebraic properties and operations of quaternions.
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Non-unitary quaternions improve our optimization tasks.
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Early aircraft design led to Wright brothers.
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Newton's equations provide velocity for space travel.
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Systèmes mécaniques avec plusieurs degrés de liberté.
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Les biais cognitifs impactent les étapes de la prise de décision.
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Quick tour describes various airplane components.
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Comparing solid, liquid, and hybrid rocket engines.
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Panorama de la propulsion et innovations spatiales futures.
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Basics and cycles of liquid rocket engines.
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Rocket engine cycle gas supply and discharge.
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Exploration de trois types de téléopération robotique.
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Représentation d'état et stabilité des systèmes dynamiques.
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Oxydoréduction et fonctionnement des piles à combustible.
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Mastering Big O notation and algorithm analysis.
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Understanding GNSS satellite navigation in modern aviation.
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Understanding the definition and role of energy.
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Importance of propulsion in launch vehicle missions.
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Wing aerodynamic stability and pitch balance analysis.
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Experimental and qualitative PID controller tuning guide.
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Sustainable space, New Space challenges, and actions.
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Jet engine invention enabling high-speed and supersonic flight.
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Introduction à la notation Grand O, ses propriétés et le Master theorem.
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A focus on one open cycle which is called the gas generator.
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The goal of this course is to explain how to bring a payload, satellites, or astronauts, into space.
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Production methodologies and disruptive technologies of New Space rockets and launchers.
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Introduction aux fondements de la métacognition et son utilité pour l'apprentissage et les étudiants.
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Defining and classifying space launcher sizes.
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How can you use students as teachers, an example from Luleå University of technology .
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Algebraic expressions and boolean logic in computer languages.
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Enjeux de sécurité et d'insertion des drones dans l'espace aérien.
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Forces de cohésion et équilibre des poutres.
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How will the Earth's climate change over the next few decades and even centuries ?
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Role of human factors and the operator's evolving role in aerospace systems.
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Compréhension de la navigation GNSS en aviation.
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Introduction aux fonctions de plusieurs variables en sciences de l'ingénieur.
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Understanding northern lights and solar storm impacts.
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Foundational concepts of the international legal framework on climate change.
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Environmental sustainability, energy resources, and future traffic levels of aviation.
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Enjeux juridiques et absence de frontière entre espace aérien et espace extra-atmosphérique.
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Legal issues and the absence of a border between airspace and outer space.
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Découverte des SAÉ dans l'approche par compétences.
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Comprendre l'approche par compétences et son impact pour les étudiants.
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Évaluation des compétences et grille du LABSET.
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Conception et utilisation des grilles critériées d'évaluation.
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The Matilda Effect and the contributions of African-American women to the U.S. space program.
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Competency-based approach and its meaning for students.
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NaaS (Nuggets as a Service): ecosystem, components, and role in digital learning.
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NewSpace challenges and management impact on traditional space.
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Definition, foundation, and applications of climate models.
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Presentation of the different sources of uncertainty in climate projections.
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Fonctionnement et structure du pattern MVT de Django.
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Environmental impact and material selection in aerostructure manufacturing.
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Principes de base et stratégies de rédaction de prompts.
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Rôle de l'intelligence artificielle générative dans la gestion de la charge cognitive et l'apprentissage.
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In this microcontent, we propose a definition of Innovation.
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Characteristics, environmental adaptations, and astrobiological significance of extremophiles.
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Algorithmic bias in artificial intelligence: origins, impacts, and mitigation strategies.
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Histoire des fusées et des pionniers de l'astronautique, de Goddard aux programmes spatiaux.
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Dream of space: Newton, Verne, Tsiolkovski ... let's dive into the origination of space
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Illustrations of shock and vibration under dynamic loads using a balloon and a bridge.
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Copernican Revolution: humanity's place in the universe.
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Lagrange's general kinematic representation of discrete systems.
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The goal of this micro-course is to visualize resonances and to connect with the eigenshapes.
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The goal is to pass from discrete to continuous systems, in an analytical approach.
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Techniques avancées de rédaction et d'optimisation de prompts pour l'IA générative.
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Let's explain the fundamental differences between weather and climate.
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Machine learning algorithms for satellite image classification.
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Gender representation and diversity challenges in the space sector.
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Challenges in estimating non-CO₂ climate effects.
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Fonctions holomorphes, Cauchy-Riemann et mécanique des fluides.
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Diagonalisation et trigonalisation de matrices : aspects théoriques et exemples.
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Interpolation par les polynômes de Lagrange et étude du phénomène de Runge.
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Impact environnemental, consommation énergétique et durabilité de l'intelligence artificielle.
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Approche critique de l'éthique de l'IA et co-conception responsable.
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Critical approach to AI ethics and responsible co-design.
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Nitrogen oxides, air pollution, and climate impact.
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Révolution matérielle de l'IA : passage des CPU aux GPU, calcul parallèle et enjeux écologiques.
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Histoire humaine et technique de l'intelligence artificielle.
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Introduction au fonctionnement et à l'entraînement des IA génératives.
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Stratégie de recherche d'informations assistée par intelligence artificielle.
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Bases théoriques, philosophies de conception et paradigmes fondamentaux de l'intelligence artificielle.
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Comparaison entre neurone biologique et neurone formel.
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Mise en pratique de l'éthique et de la responsabilité dans la gestion de projets en intelligence artificielle.
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Foundational concepts, paradigms, and industrial applications of artificial intelligence.
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Sobriété numérique et conception de modèles d'intelligence artificielle responsables et écoénergétiques.
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Lexique et termes indispensables du digital learning.
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Introduction aux concepts fondamentaux, paradigmes et applications industrielles de l'IA.
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Rôle des institutions internationales et de la leadership féminin en affaires.
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Astuces et méthodes pour optimiser ses recherches sur la plateforme Archipel.
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Système BAMOSS : contrôle, flexible satellite et influence des gains.
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Origins, establishment, and enforcement of airworthiness regulations and requirements.
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Non-CO₂ climate impacts of aviation emissions and contrails.
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The natural greenhouse effect and the impact of human activities.
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What the greenhouse effect, how does it work ? Let's explain that.
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Attribution of climate change to human activity.
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Earth's climate from 800,000 years ago to the beginning of the industrial era.
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Global temperature rise and other impacts of climate change.
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Past climate variability across observational and paleo-climatic time scales.
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Understanding the climate system and forcing factors.
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Projections of future climate change, temperature, and sea-level rise.
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Climate change and the evolution of extreme weather events.
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Principes fondamentaux et enjeux de l'éthique appliquée à l'IA.
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Fondamentaux et familles d'algorithmes de l'intelligence artificielle.
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Designing ethical and responsible artificial intelligence.
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Défis de dynamique d'équipe pour missions spatiales habitées.
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Bases de la mécanique spatiale et lois de Kepler.
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Principes et défis de l'IA embarquée et edge computing.
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Sobriété énergétique, clé contre le réchauffement climatique.
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Rôle de l'IA et du numérique en archivistique.
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Defining digital nuggets and best practices within NaaS.
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Limites de l'atmosphère et environnement spatial des engins.
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Understanding contrail formation, prediction, and climate impact.
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Major technological innovations defining the NewSpace era.
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