Would you like to work at NASA but do not know what to study? We elaborate a list with the 10 subjects that will approach you to the space dream.
The National Aeronautics and Space Administration, known as NASA, is the US government agency that develops space research programs, including manned missions. It is the greatest referent in the sector and the dream job for those who marvel at the mysteries of the Universe. Then you will find ten subjects you can study if you want to work at NASA, although the degree alone is the beginning of a long road that you must travel and pass a series of tests in case of being selected and perhaps, studying a related postgraduate.
How to Get a Job at NASA in Space ?
1. Aerospace Engineering
Design systems such as vehicles and artifacts that fly in the atmosphere , especially airplanes, missiles or space equipment used by astronauts to accomplish their missions. Requires skills in calculation, projection, drawing of construction sketches and modification of the parts that can be optimized. Both theoretical mathematics or fluid dynamics and the equations of motion are indispensable in space flight.
2. Computer engineering
It combines computing with electronic engineering and software engineering, so that it develops intelligent systems to process information automatically. Familiarization with robots, algorithms, telecommunication or information theory, are pillars in this career. The profession is fundamental in an organization like NASA that requires systems of constant monitoring and interpretation of data that they receive from the space missions , but also from the astronomical environment.
3. Environmental engineering
If you are enthusiastic about green racing and space alike, you can venture into this branch of engineering that tries to solve environmental problems. Promotes sustainable development by applying knowledge of chemistry, ecology or biology by studying global warming, rainfall, glaciers or saltpeter, among other natural phenomena. At NASA, their task is to analyze these incidents on Earth to look for patterns with other planets investigated, as well as to measure the environmental impact of the vehicles or devices that are sent to the space to investigate.
4. Telecommunications Engineering
An astronaut can not undergo a mission without a telecommunication system that contacts him with those who remain on Earth. The professional in charge of the development of these systems of distance communication, directs his attention to the emission and reception of interpretable signals. Satellites are his kingdom par excellence in the confines of the Universe, but he is also dedicated to radio, television and digital networks that could be installed inside a spaceship and on land bases. Physics, mathematics, chemistry, electronics and computer science are some of the major areas you study.
5. Electronic Engineering
It solves practical problems related to powerful electrical systems or their transformation to suit different electrical appliances. Process automation is one of their most important tasks in technology companies, installing their electronic systems. NASA’s electronic engineers spend long hours in technology labs creating the necessary sensors and instruments on the launching platforms of ships that meet scientific objectives, with or without crew.
6. Chemical Engineering
It uses knowledge of the basic sciences to transform raw materials into marketable or applicable products in a company. One of its fundamental aspects is the treatment of fuels, which in the case of the space agency are used in the artifacts or vehicles that fly into the atmosphere . It is related to environmental care insofar as the fuels and treatments they perform seek to have the least possible impact on Earth.
What would NASA do without its astronomers ? An option for those who do not sympathize with engineering degrees but enjoy space issues, in particular research on the physics of the Universe. Galaxies, stars, planets or other celestial bodies are at the core of their analysis, extracting data from terrestrial or even space-based telescopes . Their knowledge in astronomical theoretical models allows them to draw conclusions about changes in the cosmos, traveling around the world to study phenomena in different observatories.
It works systematically on the laws that govern everything that exists , gathering information through experimental methods to test or refute hypotheses based on theoretical precepts. The mathematical relationships between the elements or subjects studied allow us to know everything that surrounds us, vital information to perform in the space where the level of gravity is low . From how the materials are composed to how the different forms are interrelated, they are key in the study of NASA physicists who provide relevant data to missionary astronauts, aeronautical engineers and all professionals directly involved with life in space.
The specialty in planetary geology analyzes the Earth to obtain patterns that facilitate the study of other planets, their evolution and the possibilities of other forms of life exist in the Solar System, for which they need to understand different types of surfaces. Since the 1960s, space probes have been sent to provide information to examine planetary bodies and draw conclusions about their changes. Knowing the components of these surfaces helps determine what will be needed to successfully complete the space missions.
Yes, you read well: advocacy. It is a race that shares the basis of the law but is so malleable that it can be applied to different areas. In fact, the most modern currents of advocacy specialize, for example, in drones. Lawyers dedicated entirely to the laws that govern in space, are valuable pieces for NASA because they interpret the legislation to act in unusual places like Mars. Implements to travel to space, space waste, the extraction of resources from other planets by companies or simply the use of satellites , are some of the fields that space lawyers work.
Source: Employment News Paper