Discover Engineering: Aeronautical Engineering

is the air resistance on any given object that is moving in the presence of air. In the

Loren told me that he has enjoyed problem solving since he was very young. Growing up he knew he wanted to go into engineering but wasn’t completely sure which type he would enjoy the most. He was most interested in outer space and also cars and design. After his acceptance to Purdue, he turned to several upperclassmen for advice and their knowledge of the Engineering school and the programs. They told him about Mechanical and Aerospace Engineering and how similar they were. After some thought, he decided that in aerospace engineering because of his interest in outer space.

1) Investigate the engineering profession using the sources below. In a few sentences and using your OWN words, what is engineering?

This Scholarship will make a huge difference in aiding me to reach my goal of becoming an aircraft mechanic. My heart always knew I would be doing something in the world of aviation. Currently, I am working on my pilot license, which is one third of the my plan. Also I am in my last semester of a two year Aerospace degree from my Community College. This is the second part of my goal to work in the aviation environment. Trying to cut down on the cost; of my final third part of my plan, to attend Embry-Riddle Aeronautical's A&P program. If you want to be the best, you have to surround yourself with the best. Your Scholarship will sharing in my expenses allowing me to concentrate fully during the many hour of training that the FAA requires to

Job Description: Aerospace engineers’ jobs are designing, creating, testing, and the supervision of the making of aircrafts, space crafts, and missiles. Some of the most advanced technologies today are developed by people who work in this field. Aerospace engineers have developed, tested, and created things like lightweight gliders, airplanes that weigh over half a million pounds, communication satellites, and the international space station. Aeronautical engineers and astronomical engineers are the two categories aerospace engineers are usually broken into. Aeronautical engineers generally work with aircraft, while astronomical engineers generally work with spacecraft. However, all aerospace engineers must have an understanding of include the field’s core subjects, such as aerodynamics, propulsion, thermodynamics, and guidance and control systems. Engineers typically specialize in one area such as structural design, propulsion systems, instrumentation, communications, or production methods. Aerospace engineers are important as the communication

The specialties that one can commit to in engineering can vary significantly. For example, they can include acoustics, signal processing, lasers, robotics, electromagnetic compatibility, geosciences & remote sensing, or even vehicular technology (Stine 300).

I stand by my decision to pursue an Aerospace Engineering degree due to the knowledge I would gain, the potential career opportunities, and the beneficial strengths I would bring. First, the utmost prominent reason I want to study aerospace engineering is my interest in rocket propulsion. On my own time, I conduct research to envision how this technology could be improved, specifically by attempting to innovate new technology that would shy away from chemical reaction propulsion. An aerospace engineering degree would provide the knowledge on how to improve upon current propulsion technology with reliable information the internet cannot provide. In addition, the following reason I chose to strive for an aerospace engineering degree is a result

At the age of 13 I thought of the lamest theoretical scenario while doing my algebra homework. The joke began with a teenager doing their homework and a future me who earned her degree in astronautical engineering. The teenager began to complain about how hard their homework was to which I would chime in "Rocket science is easier!" Math was my downfall in middle school, and I somehow felt that rocket science would make more sense to me than y=mx+b. As the year came and went, I was slapped in the face by high school's incessant push of "What do you want to be when you grow up?" There is no one I know less than myself, and even less so at fourteen years old. I had nothing to fall back on besides my pathetic scenario. But the more I seriously began thinking about aeronautical engineering the more I could (non-theoretically) see myself working in this field.

Since their conceptualization, airplanes have changed the way we see the world and have affected nearly every area of our lives. Airplanes assist in the transportation of people across great distances, the surveying of land, and the defense of our nation. The people who help design airplanes are are called aerospace engineers. However, their occupation is more broad that this, if something moves in the air, odds are, an aerospace engineer helped to create it. Aerospace engineers must receive post-secondary education after high school but receive a large pay to compensate. Aerospace engineering is a complex occupation, but is possibly one of the most rewarding careers available today.

Unlike the plethora of science and math classes available in high school, engineering tackles practical solutions to real problems. That’s exactly why it’s so appealing to me – unlike theoretical sciences; engineering allows you to directly approach a problem rather than being abstract about it.

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One of the most fascinating professions is automotive engineering,it 's all about shaping the future. Automotive engineering is many different things, taking ideas, putting them on paper and making them work. From daily driving fuel efficiency to cornering a 100 mph in a rally race. This involves smart men and women that want to make an impact in the world.

Engineering is the study of scientific, economic and much more explain more about what It is. Engineer’s incorporate ideas from other people and start to build off of them. They have the ability to take something that has already been invented and build from it to innovate the object that was already built and make it better. In Engineering there are four major disciplines which are: chemical engineering, civil engineering, electrical engineering and mechanical engineering. Engineering has been around from about the ancient times. There have been many great inventions since then. Many of the things that have been constructed or built in the world have happened because of engineering. The four disciplines of

As an civil servant determined that the engineer is a post that has the scope, duties, responsibilities, and authority to conduct technology in a functional working groups in the field of applied research, development, engineering, and operations.

3.The four major fields of engineering are chemical, civil, electrical, and mechanical. Chemical engineering applies scientifically the principles of chemistry, physics, and engineering to design an operation of plants for the production of materials that undergo chemical changes during their processing. Responsible for new and improved products and processes such as, new fuels for rockets, reactors and booster propulstation; also used for medicines, vaccines, serum, plasma, plastics, synthetics, and textiles. Many problems can occur during these projects that can cause injury. Civil engineering plans, designs, and supervises the construction of facilities in both the public and private sectors. Projects vary widely in nature, size, and scope: space satellites, launch facilities, offshore structures, bridges, buildings, highways, transit systems, dams, airports, irrigation projects, tunnels, treatment and distribution facilities for water, collection