If you want to learn what do an aerospace engineer do in a day, this article is for you. You will learn about his tasks, how much money he makes in a year, what additional training he will need, how to become an aerospace engineer and much other information that will help you understand the kind of life you would have. Before doing some research about this job, I was also not sure what was it like to be an aerospace engineer, and I would have wanted to have a career summary to help me.
Even if the job of an aerospace engineer is very difficult and demanding, it is also a very satisfying job where you can innovate and create new technologies that will make a big impact in the world. You work in teams and learn from each other to find solutions and new ideas.
An aerospace engineer is a scientist who designs satellites, aircraft, and spacecraft. They work in the aviation and space industries with big companies. In different projects, they can examine, analyze and produce vehicles and missiles doing reports, tests, and simulations.
At the beginning of their day, aerospace engineers start by checking their emails and organizing their workload. After, they have to work with a team to do multiple tasks like design complex systems, improve their product and brainstorms ideas to help solve different problems. They also have to test prototypes and analyze data with simulations to make adjustments. Reports also takes a lot of their time during the day. They have to keep track of every little detail of their experiments. When they finish their day, the final product will not be finished. Most of the time, it takes years to finish a project.
Aerospace engineers work in aviation companies like Bombardier or space companies like NASA.
You need to take courses in mathematics, material science, physics, statistics, engineering, chemistry and computer science. A lot of the time, you have to do multiple internships or summer jobs to gain experience because it is a very competitive field. You might need to relocate to find a job because there is not a lot of companies in the world.
Aerospace engineers make about $130000 in a year.
Every engineer has to keep learning about new technologies and new safety rules to be able to do their work. There is a lot of conference, workshops and formal courses that engineers can attend, and they can also do training programs, certifications and advanced degrees to might get new work opportunities.
It is a very competitive field, and it can be difficult to find a job close to your home without having to relocate. Leaving far from your family and friends can make you feel lonely. Also, you need to be able to adapt and learn about new technologies or government regulations to not fall behind in your field and in your job. Finally, a lot of the time, aerospace engineers do not see the final product of their project. It can be frustrating or feel like you are working for nothing even if you are not.
The chances are small that soon aerospace engineers will be replaced by robots because they are doing a job where you need to think and create new technologies that were never made before. Robots or AI is not advanced enough to be able to think like humans, but they can be a great tool to analyze data and create simulations.
Most engineers in Canada retire at the age of 65, but it always depends on how much money you make and how much money you spend. Aerospace engineers will have gained experience as lab assistants in their early years, as project manager after 5 years and as director of a research or a firm after 10 years. Some might regret becoming manager because they have more of an administrative role, and some might regret not taking the chance to start their own aerospace research when they had the funding and the contacts.
This career summary really helped me learn about the job of an aerospace engineer. It cleared some doubts about what tasks I would have to do each day, and I was scared that it would be a dead-end job, but it is fortunately not. I am really excited to work with others in teams and be able to share ideas and create something new that would revolutionize the aviation and space industry.
Rationale: to inform or educate
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Date: still relevant
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Rationale: to inform or educate
Authority: recognized author
Date: still relevant
Accuracy: probably true
Relevance: relevant for this document
Sources: no sources cited