Many careers jump into my head when I think of the job field engineering, but only one stood out the most, aerospace engineering. The reason I would prefer aerospace engineering as my future career would be because of its major integration of math, technology, and creativity. I’m interested in this career because it’s an engineering major in which I can feed my fascination for the electronic/technologic side of me while incorporating my astounding math capabilities.
Like any other career, an aerospace engineer has responsibilities; including that of designing, testing and synthesizing a product ("Aerospace Engineer Job…”). The testing aspect of this career really makes it appealing, especially because I would make some pretty amazing inventions just to see if they would work or not. On the other hand though, appeasing to your customers every wish would probably become a little tedious and frustrating. I think I would get pretty agitated if I formulated a model and someone took it, threw it away, told me it was garbage and to start over. After all, I only spent the last few weeks glued to a computer trying to produce a suitable model to present to said customer. Although that would be a normal day in the life of an aerospace engineer, spending countless hours on a computer to construct a model for a product.
Another reason that made me want to choose aerospace engineering would be the employment opportunities. Given the fact that there may be only a few major flight companies offering new positions for this career, these companies just happen to include the United States military and NASA. And I’m pretty sure the military won’t turn down a good aerospace engineer, and they want all the help they can get. As for NASA, as long as y...
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...y cost more than $150,000 ("Occupational Outlook Handbook."). The high school subjects that would be helpful in this career are chemistry, physics, algebra, trigonometry, and calculus.
In conclusion, the main reasons that I would like to get into aerospace engineering would be the pay involved, the people I would work for, and the notable integration of math. Getting a paycheck of more than $90,000 a year seems pretty beneficial. Not only that, working for the U.S. Military could come with some perks. Finally, the high integration of math in this field appeals to me because I’ve always been exceptional in my math classes. The most important reason I chose this career over others though is because it combines my favorite subjects of working; math, technology, and creativity.
Works Cited
http://www.bls.gov/ooh/architecture-and-engineering/aerospace-engineers.htm
Everyone at one point has to make a decision on what they want to be when they grow up. For me, that decision came rather unexpectedly and was a result of a new found interest due to self-discovery. It all began when I was around the age of 8 and I watched a documentary on aircraft. It documented all about planes, how they work and the science behind them. I was immediately captivated and gaining all that information as a young child really hit the spot in terms of a new found passion and interest that I could see myself later using. This passion stuck with me ever since as I have spent tons of spare time studying different types of aircraft and collecting model planes. It ultimately helped me with my answer to the question of what I wanted to be when I grew up as being an aeronautical engineer. It is not a career most would pursue, but it shows how self-discovery impacted me at a very young age and the impact is so log lasting that it has influenced most of the decision I make now in terms of courses I take at school and the extracurricular activities I am a part of. Without self-discovery, I was able to gain an understanding of where my interests lay, the abilities I have to acquire complex information and the feelings I had towards my new found interest and
An aerospace engineer is a planer and builder of things such as planes, missiles, helicopters, weapons, and many things involving aerodynamics. Aerospace engineers are very important in today’s time, because they are key in creating and innovating new flying machines. They have been important in keeping todays transport and trade systems alive and thriving (“Aerospace Engineers Aerospace”). Aerospace engineers also test many different types of aircraft over and over again to make sure they are safe for the public. In addition to having many different task they have to accomplish, aerospace engineers also have many duties they must cover.
...hanical engineering because I find it the most appealing. I participate in an architecture, construction, and engineering program at school called the ACE Mentor program and I have spoken to several mechanical engineers and gained insightful exposure. In this program, I also worked together with other students, teachers, and mentors to design and create a realistic model of a hotel which we then formally presented at a conference. This year we are building a research facility and interactive museum, which helps me decide which facet of engineering I want to explore. Although, I remain open minded, I prefer mechanical engineering because the work can help make advancements in robotics, medicine, and computers. No engineer works alone and I believe that if I pursue my interests in this field, I will have the opportunity to make contributions to a vast array of fields.
High school courses should focus on algebra, biology, chemistry, geometry, physics, trigonometry, anatomy, humanities, psychology, and computer skills (2). After high school the general road map is four years of undergraduate school, four years, of medical school, and three to eight years of internship and residency (1). Some schools combine undergraduate and medical to last six or seven years instead of eight (1). Education and training to become an anesthesiologist are one of the most demanding of any occupation (1).
Pilots are able to get in various size aircrafts, this is depending on the level of the pilot and what they are approved to fly. As you gradually increase in rankings in aviation, you will be able to fly bigger and more powerful aircrafts, they are also able to carry more weight whilst flying. Pilots will have a destination they need to travel to and their goal is to get to that destination. Pilots fly for various reasons, a lot of the time it is for people who are travelling to a different country/state, other times it can be for the transportation of mail or even freight
I choose welding as a main career choice because growing up I have always played with fire and have always loved melting things down. At first I wanted to be a fireman but they put fire out so once I saw that welders melt stuff down I choose that. My momma always told me to choose that as a career since I stayed playing with
Aviation has come a long way since the 19th century, from the Wright brothers taking flight with the first powered and controlled gliders, to aircraft that can travel up to supersonic speeds, orbiting satellites and space stations which then were only thought to be science-fiction. Aerospace and aviation has proven to be one of the biggest challenges to advance in the entirety of human existence. There are many factors and characteristics that contributed to this advancement such as the engines of aircraft, forces of flight, aerodynamic forces, wingspans etc. The two most significant aspects however have been; World War 1 and World War 2.
Landis, Raymond B. Studying Engineering: A Road Map to a Rewarding Career. Los Angeles, CA: Discovery, 2013. Print.
Money and fame do not motivate my goals. Engineering in all forms is a field of innovation and invention. Aspirations of any great engineer should be to introduce to the world a new idea, product, or service that will make people happier and the environment safer. Success in these challenges is a reward greater than any dollar amount or public recognition. Engineers bring societies to new levels of civilization through their advancements in technology and discovery. The challenge to provide people with ever-increasing standards while at the same time feeding the population with ideas of what could be attracts my imagination, intelligence, and curiosity far more than any other career option. The engineering field embraces these challenges.
Academic requirements are strict and wide-ranging: Physics, chemistry, computer science, mathematics, materials science, statistics and engineering courses provide the base for any aspiring rocket scientist. Some colleges offer a degree in aerospace engineering; others offer a more generalized engineering degree with some coursework in aerospace engineering. These courses might include aerospace guidance systems, extreme-altitude material science, and the physics of high-altitude radiation. Internships, summer jobs, and any experience in the field are helpful, as entry into this industry is highly competitive. Many aspirants may need to relocate to California, Washington State, or Texas, where the majority of defense industry aerospace work is done, to work for companies such as NASA, Boeing and Lockheed Martin.Two years into their job an aerospace engineer can be planning on being Junior members of research staff are swamped with work, both in the lab and in offices, crunching data and organizing research. More like "lab assistants," their early years are marked by relatively menial tasks (testing of equipment, tracking results) with little input into the testing or recommendation process.
Engineering has been a key interest of mine since childhood. While still in grade school I enjoyed listening to my father, an electrical engineer, teach me about advances in technology, and was always eager to hear more. I was introduced to my first computer at the age of five, and have loved interacting with them ever since. My decision to study engineering as a career was no surprise to those who knew me.
The Career Exploration choice that appealed to me the most was the job of a Flight Attendant. I think that traveling the world would be very exciting and as a Flight Attendant I would have a chance to travel, meet lots of different people and experience different cultures around the world. Flight Attendants do not make a lot of money at first but I think it would be ok to work up to a higher salary, especially since Zarin said that the airline pays for your expenses. The idea of being a flight attendant is a little impossible for me. I don’t think I would enjoy the constant moving around or having to deal with people all the time. However, the idea of spending at least a few years of my life traveling the world as always appealed to me. I think having job security and arrangements would allow me a safe and structured way to experience different environments.
* Engineers must be able to work as part of a team. The ability to
When designing products, they may start to just sketch out the idea and then after a couple of sketches, he or she will start to use a Computer-Aided drafting program. After a product has been built, they will preform a quality assurance check on the product. Bureau of Labor Statistics (2015) says, “Employment of mechanical engineers is projected to grow 5 percent from 2014 to 2024, about as fast as the average for all occupations. Mechanical engineers can work in many industries and on many types of projects”. As technology advances so will the number of engineering jobs in the workplace. If you have a mechanical engineering degree you are able to work in many environments from the rail industry to the aerospace
In conclusion i find that i would like to go into the job of being a pilot because I feel like I could prosper from the job. I would love to experience the job of flying through the air without a care in the world (other than that of my passengers). I would love to experience the passion of going to new places and learning about different cultures. This is why i would choose to be a pilot.