Mechanical Engineering : The Need For Mechanical Engineering

There are no engineers in my family to persuade me into becoming one. It was my own interest and curiosity that drove me into analyzing how things work. Over the years I have developed a passion for solving complex problems that involve technical challenges. I have learnt that an engineering problem does not have a standard solution to it and that an engineer has to choose the best from amongst the various options. The process of applying scientific methods to solve real-life problems continued to intrigue me throughout my years of study, initially in the context of my own behavior, and later to observe and investigate its impact on an increasing affinity towards Engineering.

Historically great feats of engineering have been the tell-tale sign of a great civilization. The Great Wall Of China, The Roman Aqueducts, and buildings that reach for the skies. Today Aerospace engineers propel us out of our world and to new and even higher heights. The evolution of engineers comes from a cornerstone of their method, The Engineering Method. They research, prototype and improve their design until they find a solution that fits. Engineers are constantly improving their work so that they can push the boundaries of what we believe is possible. Engineers communicate their progress in science and engineering through their amazing feats and groundbreaking

Mechanical engineering, thought to be a certain type of engineering, is, as a matter of fact, actually a broad spectrum of different areas that fall under the engineering category. Moreover, mechanical engineers can have a multitude of different backgrounds including chemical, computer, electrical, and much more.

Through the progression of history the need for the principles articulated in Engineers’ Case was both necessary and appropriate. Callinan J in Workchoices’ Case made

For the purposes of this assignment, a female advisor in the USC Viterbi School of Engineering, who has chosen to remain anonymous, was interviewed about her role as an academic advisor and in working with high-ability students. A female undergraduate student in the USC Viterbi School of Engineering was also interviewed about her experiences with her academic advisor and as a Trustee Scholar. The student provided her first name as “Vincy” but not her last name. It is important to note the advisor interviewed is not the advisor of the student interviewed. For better understanding, the student is a Trustee Scholar at USC; she received a full tuition scholarship for academic achievement in high school. Vincy is also an honors program student at the USC Viterbi School of Engineering.

Layton begins his essay describing what engineering is; that its work is in the marketplace rather than in a laboratory. He then states the “engineer’s dilemma” is based on bureaucracy, not capitalism. Engineers are called the “original organization man,” and are important to large businesses, but a social revolution amongst them would not end their terms of marginality. Moving on, Layton then goes over engineering and its history in America.

Engineering used to be a small, seemingly insignificant job. There were not many places and ways to successfully apply engineering, and even in the times where actual engineering was done, the engineer may not have been properly credited. There were people throughout history that accomplished things that would today be categorized as engineering, but at the time, all the fields of engineering had not yet been discovered. A good example of this is Dr. William Gorgas, who believed that mosquitoes were responsible for infecting thousands of workers with malaria during the building of the

Kennedy, P. (2013). Engineers Of Victory: the Problem Solvers Who Turned The Tide In The

Being an Aerospace Engineer has been a goal of mine since high-school, and the main reason I wish to become an Engineer is because it is a challenging field that will directly impact the future of the entire human population. The implications of Aerospace Engineering makes me want to be involved in building spacecraft that will further the human race, create more and more efficient propulsion systems, and create technology in the Aerospace Engineering field that can better life here on Earth. A reason I want to be involved in the propulsion field is so that we can find an affordable means of getting materials and equipment into orbit, whether it be low earth orbit, or high earth orbit. This efficiency would allow us to build larger spacecraft than we can launch from here on earth.

It is almost impossible, today, to look around you and not see the products of engineering, pretty much regardless of where one may be. In this way, advancements in engineering and its various branches have clearly allowed humanity to develop in immeasurable ways or this would not be the case (Frank C. Whitmore, 1979). However, those who do not have much knowledge of the background processes behind this infrastructure may not realise its impact as deeply or may not realise the impact of engineering at all - despite modern society’s fundamental dependence upon it (National Academy of Engineering, 2001).

Take a look around yourself. What do you see? Maybe books, chairs, a television, or even your clothes. All the day to day things that are man-made, you can be sure that an engineer helped make it. Engineers have shaped our world as we know it. There are many different kinds of engineers from chemical, mechanical, textile, civil, agricultural and structural engineers. Our civilization would be as advanced as the Stone Age without these people. This career demands a wide education of math and science. It is an ever-changing career with new advances in materials and the way products are produced. Engineering careers are very secure with respect to compensation. Regardless of this, it does have it’s disadvantages

Engineers are viewed as the backbone of modern society. The innovation and the creativity that drives our society forward are inspired by the teachings of engineering, whether it is transporting on a bus or making a phone call, the work of an engineer is experienced. Engineers satisfy both themselves and humanity which is the reason for my passion for engineering.

Finding out how and why things work and discovering how products are made has always my passion. I regularly watch engineering and science shows on the television. From my childhood, I have always been a very curious person who would not believe just because someone told me, but I had to know the reason behind it. Science always fascinated me, and I always wondered how we remained on the ground and never fell off something that is spherical. In school I was more interested in maths and science rather than History or Arts and this made me choose Chemistry, maths and physics as my Higher subjects. This has helped me appreciate how Science has been utilised to improve man’s life and make it easier. It is because of this that I would like to

Mechanical engineering is not too different from electrical engineering in the sense that they both have to do with creating tools and many other things; however mechanical engineering has more to do with building things like cars and elevators than phones, or light bulbs. Being able to find a job after graduating from college is always something that should be worried about; however, the employment rate for mechanical engineers are increasing and is expected to increase by 5% in the next few years (summary). The median annual play for a mechanical engineer in 2016 was $84,190. A person only needs a bachelor's degree to start their work as a mechanical engineer (Summary). For mechanical engineering I would need classes like mathematics, physics, life, design and engineering (Summary). These things are also very convenient for me since I enjoy math and physic, but like I stated earlier everything has its own pros and cons.

The triple jump consists of a double jump in one direction, followed by a perpendicular single jump, which we can represent with displacement vectors J and K and D = J + K.