When you think of NASA, you probably picture astronauts and spaceships. That’s because NASA is one of the world’s premier space agencies. However, there are plenty of other ways to get involved. For instance, you can work on the International Space Station (ISS) or the Apollo Program. You can also work on the Orion spacecraft. However, there are some very important differences between the two organizations. Despite the differences, both organizations aim to accomplish their goals with the greatest degree of success.
Jobs at NASA
Those who have always dreamed of working for NASA should know that there are a number of different positions available. While astronauts must have exceptional technical skills and experience, all employees at NASA must possess exceptional credentials. Applicants must have a master’s degree in a STEM field, and must also pass a long-duration astronaut physical exam. Jobs at NASA offer various types of positions – full-time, part-time, seasonal, internships, and fellowships. While applying, students should keep in mind that the organization only hires the best and most experienced candidates.
To apply for a position with NASA, you must provide your current job title and the name and location of each school you attended. List your major and dates of graduation. Include your GPA and degree, as well as any awards you’ve received. List specific titles of any training or accomplishments. It is also a good idea to highlight specific training you’ve had. You can also list relevant computer skills you have obtained. Remember to read the job ad carefully before submitting your resume.
Work on the International Space Station (ISS)
While the international space station is not a lab, work is still done by astronauts on the ISS. Scientists on board have performed more than 2,500 experiments since the station was launched in 2000. They are also researching the effects of microgravity on different kinds of plants and animals. The space station has a variety of microgravity features that scientists are able to use during their experiments. There are some important aspects of ISS research that you might not be aware of.
During their visits, astronauts check their life support systems to ensure they are working. They also perform regular cleaning procedures and install software updates. They also receive daily updates from Mission Control. A checklist of these tasks is provided by NASA. In addition to performing these tasks, astronauts are also responsible for monitoring the sun and various stars. They are required to send back data to Mission Control and NASA on a daily basis to keep track of their location.
During the Apollo Program at NASA, a plugs out test was conducted just before the first lunar flight. This test verified that the ground support equipment and procedures personnel were ready for flight operations. Some things were first time experiences, such as a crew in a pressurized pure oxygen environment. Luckily, the plugs out test was not classified as hazardous. The only other tests classified as hazardous were high-pressure tanks, fuel vehicles, and altitude chamber tests.
The design for the first moon mission was based on the designs of a top-secret project launched by the U.S. Air Force in May 1958, called A Study of Lunar Research Flights. This project was headed by Leonard Reiffel, a leading physicist and deputy director of the Apollo Program at NASA. Reiffel’s plan entailed the development of a high-speed rocket capable of reaching space in three stages.
The next mission to the Moon is the Artemis I mission, which is set to launch in August of this year. This mission will also be the first to fly without astronauts, and is scheduled to last for several days. NASA has a large rocket called the Space Launch System (SLS) to launch the Orion spacecraft. In order to make the mission possible, engineers have worked to reduce the mass of the spacecraft and its crew capsule by up to 365 kilograms and 15%, respectively.
Orion’s service module features 33 engines. The main engine is large and powerful enough to propel the spacecraft into lunar orbit. It is also equipped with deep space communications and navigation systems, which make it possible to communicate and operate on a long mission. Ultimately, Orion will be the NASA’s deep space workhorse for the next 30 years. Designed to be reusable, Orion will carry enough fuel to launch and return to the moon.