Design and construction of spacecraft, satellites, launch vehicles, and ground-based systems that support space missions for human surv=.
Materials manufacturing to develop and manufacture cutting-edge products and materials for human survivability.
Creating and delivering products and services to customers: content, marketing, distribution, and sales of human survivability products.
Develop and deliver products and services that meet the unique needs and requirements of human survivability.
SPACE TRAVEL AND EXPLORATION
Product development and service design for the futurism of enhancing the way humans perform in a space environment with special emphasis on women suit technology.
LAND TO SPACE
FROM: Systems for maintaining a breathable atmosphere, managing temperature and humidity, and supplying food and water.
TO: The ability to maneuver to engage in the region beginning at the lower boundary of the Earth's ionosphere (approximately 50 KMs) and extending outward.
Survivability in space refers to the ability of humans, spacecraft, and equipment to withstand the harsh conditions and challenges encountered in the space environment. The space environment presents several hazards that can pose risks to both human life and technology. Here are some key factors related to survivability in space:
Cultivating survivability lifestyle systems and techniques for humans that live and work in (Land to Space) exploratory and extreme environments that include aquanautics, aeronautics, commercial spaceflight, and astronautics for the futurism of humanity.
Technological components and systems that support Human Performance Enhancement and Survivability from Land to Space. Provide life support and protection to astronauts in the harsh environment of space, advancements in technology have led to the incorporation of various IT elements to enhance human performance capabilities.
Human performance futurism, also known as human augmentation or human enhancement, refers to the exploration and prediction of advancements in technologies and practices that enhance human physical and cognitive capabilities.
Provide students with a solid foundation in the science of human performance and equip them with the knowledge and skills to optimize performance in different contexts in various domains including; sports, operations, and space exploration.
The design and aerodynamics of the apparel or equipment that visualize and optimize the design of human performance-enhancing suits, ensuring they not only enhance performance but also reflect a desired style or aesthetic for survivability.
Advances in fields such as biotechnology, robotics, and materials science may lead to the development of technologies that augment human physical abilities. The use of suits and exoskeletons to enhance strength and endurance that offer improved functionality for enhanced performance.