The Human Spaceflight Certificate

Embark on a thrilling journey through the cosmos in our space exploration history class. Discover the incredible achievements that shaped the Space Age, and get notions of space ethics, legal and financial aspects, or even sustainability to understand the stakes of these endeavors today and tomorrow.

Delve into the challenges and solutions of working in space. Learn how to describe this unique environment and how physics applies there. Get knowledge about the various factors that impact spacecraft design, components, the human body, mission designs, and space debris.

Through detailed mission analysis and fundamentals of space mechanics (Kepler Law, perturbations, maneuvers, interplanetary transfers, 3-Body Problem), understand how advanced space propulsion systems, ascent and re-entry technologies work to ensure the successful pursuit of spaceflight.

Explore the intricate architecture of space systems (satellites, space stations, landers, rovers, habitats, spacesuits, surface vehicles) and launch vehicle design, considering the influence of the atmosphere and space environment on their requirements and configurations.

Get to know a spacecraft's fundamental systems. These encompass communications, onboard computers, structures, thermal control, propulsion, AOCS, GNC, and more.

Discover the cutting-edge technologies and principles that propel spacecraft through the cosmos: from chemical, electrical (ionic, plasmic), or nuclear propulsion to futuristic concepts.

Acquire vital knowledge to ensure your future autonomy in health during and after space missions and to self-diagnose or assist your crew. This course includes the basics of medicine (anatomy, physiology, psychology), notions of adaptation of the human body living in space, risk management, medical selection criteria in astronaut selections and space missions, medical procedures, and first aid training.

Master the assorted systems of the ECLSS (Environmental Control and Life Support System) required to survive and thrive during a successful space mission. These include water, air, food, and temperature regulations in a spaceship or space station.

Unveil dimensions of human performance influenced by modified gravitational conditions and long-duration space missions. These domains encompass neurovestibular, visual, motor control, cognitive reactions (attention/distraction/concentration, memory), and behavioral health. This course also includes ergonomics, and human-system interaction (for space operations, robotics).

Get an introduction to robotics to produce, control, or maneuver computer programmable machines such as robotic arms or rovers. Get acquainted with the terminology necessary to understand the concepts of control systems and teleoperations.

Acquire hands-on experience and theoretical insights, mastering the skills essential for accurate data acquisition and analysis in scientific research and technological innovation.

Learn about the four facets of space safety: management, engineering, assessment, and assurance, and train to operate and work in space safely.

Apprehend both preventive and corrective maintenance to attain self-sufficiency during a space mission. This might include returning to Earth vehicles, in-orbit stations, telescopes, satellites, or even space suits.

Gain the expertise to elevate your geological research skills, enabling you to play a pivotal role in shaping the future of lunar exploration. Learn to decode foreign terrains, collect useful samples, and communicate vital findings to mission control.

Dive into the dynamic world of space control as you master the essential skills to manage space warning systems or space missions, control orbital mechanics, operate systems, analyze crucial data, and transmit signals to satellites.

Tame your pre-mission anxiety through a large panel of techniques and countermeasures proven to decrease tension, elevate mood, improve sleep, and boost self-esteem. This course includes learning how to implement a strict schedule, exercise, meditate, and practice yoga.

Immerse yourself in terrestrial landscapes mirroring extreme space conditions. Analog missions are meant to test technologies and equipment, from robotics to habitat systems, and to endure the profound behavioral impacts of isolation, teamwork dynamics, and fatigue, all while gaining the skills and insights essential for a space mission.

Get closer to the exhilarating world of Extra-Vehicular Activities (EVAs) with this essential training that astronauts undergo to ensure the safety and success of their spacewalks. Dive into underwater simulations in state-of-the-art facilities, mastering the art of EVA preparation in an environment that mirrors the challenges of microgravity.

Enjoy a gravity-defying adventure like no other while flying in microgravity during a discovery flight with Novespace. Experience the thrill of weightlessness firsthand as you soar through the skies during several parabolas and get your first taste of this out-of-this-world environment where you might one-day conduct experiments.