Engineering for a rocket scientist

In summary, the long queue means that there is a lot of demand for aerospace engineers. Aerospace engineering is the best choice for someone who wants to work for NASA.
  • #1
Leon W Zhang
17
1
Hi everyone,
I want to be a rocket scientist and get a position at NASA by the time I finish my collge. What kind of engineering do I need to major in?
 
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  • #2
Leon W Zhang said:
Hi everyone,
I want to be a rocket scientist and get a position at NASA by the time I finish my collge. What kind of engineering do I need to major in?

Have you seen the long queue?
 
  • #3
You'd probably be focused on aerospace/aeronautical engineering for designing spacecraft , rockets, and the like. If your university doesn't offer this, mechanical engineering is very similar.

Would you be happy working for a company that isn't NASA, such as Boeing or Lockheed Martin?
 
  • #4
z-component said:
You'd probably be focused on aerospace/aeronautical engineering for designing spacecraft , rockets, and the like. If your university doesn't offer this, mechanical engineering is very similar.
Would you be happy working for a company that isn't NASA, such as Boeing or Lockheed Martin?
I would happy working for such companies. Why? Do you have any idea or comments for it?
 
  • #5
Not necessarily, I was just making sure you weren't limiting yourself to just one industry. I'd imagine that it's not hard to get a job with NASA as an aerospace engineer, though. Let us know if you have anymore questions.
 
  • #6
Since you have quite a bit of academic road ahead of you before you can even consider looking for a position with any of these companies, I wouldn't worry too terribly much right now about working for them. If you like rockets and such, then go into aerospace and or mechanical engineering. They also need electrical engineers as well. From what I have seen, there is a larger need for systems and electrical types. You wouldn't be hurting yourself if you went into the physics realm as well. Understand that companys like those, whose lifeblood is very high tech, are very selective and will also want a good amount of experience as part of your background. That's not to say they never look for college grads, but the numbers are not on your side if you have no experience. Concentrate on your studies first. You may find out that your preferences change drastically during school.
 
  • #7
Many universities have a split-aersospace engineering major. About half the in-major courses are the same, but people who focus on aircraft go with the aerospace track and people who focus on spacecraft go the astronautics track.
 
  • #8
You can get in Engineering first and decide your major when you become senior. I would say Aero is the best choice for your goals. You can go to a school physically close to a NASA division and then get a co-op experience with NASA. You will have more chance to work for NASA after you graduate.

Good Luck!
 

1. What is the role of an engineer in rocket science?

Engineers play a crucial role in the development and operation of rockets. They are responsible for designing and building the various components of a rocket, including the structure, propulsion system, and guidance system. They also analyze data and perform tests to ensure the functionality and safety of the rocket.

2. What skills are necessary for someone to become a rocket scientist?

A strong foundation in math and science is essential for a career in rocket science. In addition, critical thinking, problem-solving, and attention to detail are important skills for engineers in this field. Effective communication and teamwork skills are also necessary for collaborating with other scientists and engineers on complex projects.

3. What are the biggest challenges in engineering for rocket science?

One of the biggest challenges in rocket science engineering is achieving the required speed and precision for a successful launch. Engineers must also consider various environmental factors, such as atmospheric conditions and gravitational pull, when designing and testing rockets. Additionally, ensuring the safety and reliability of the rocket is a major challenge that engineers face.

4. How do engineers ensure the safety of rockets and their payloads?

Engineers use a combination of testing, analysis, and redundant systems to ensure the safety of rockets and their payloads. Before a launch, engineers run simulations and perform extensive testing to identify any potential issues. They also incorporate backup systems and redundancy to minimize the risk of failure during a mission.

5. What are some current advancements in rocket science engineering?

There are several exciting advancements in rocket science engineering, including the development of reusable rockets and the use of new materials and propulsion systems. In addition, engineers are working on improving the efficiency and accuracy of rocket launches through advancements in computer technology and data analysis. Additionally, there is ongoing research and development in the field of space exploration, with the goal of sending humans to Mars in the near future.

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