The Physics Of 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.

The profession of mechanical engineering is a broad discipline of engineering. Mechanical engineers research, design, develop, build, and test mechanical and thermal sensors and devices, including tools, engines, and machines. The duties in this career typically include: analyzing problems to see how mechanical and thermal devices might help solve a problem, designing, or redesigning mechanical and thermal devices or subsystems (a set of interconnected systems), using analysis and computer-aided design, developing and testing prototypes of devices they design, analyzing the test results and changing the design or system as needed, and overseeing the manufacturing process for the device. The designing and testing of the various devices shows the

Mechanical- the branch of engineering dealing with the design, construction, and use of machines. These engineers may face problems such as making an engine more efficient.

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.

Staring at engine components of a car as well as holding a smartphone with almost unbelievable thickness fascinated me in many ways indirectly leaded me into getting to know more through different sources about machines ranging from transportation to communication devices. Two years of A-level preparation, further solidified my interest in this area as I found myself very fond of learning mathematics, physics and mechanics in particular. In addition, my curiosity in the operation and dynamics of objects naturally influences my choice of degree, leading me towards Engineering as it is a discipline which satisfy my own interest and most probably bring out the best of me.

I drew upon the common scenario in which a high school or college student is searching for a major or is unsure what to study. I described how others may be like myself and may not have the opportunity to be exposed to the field of mechanical engineering. This exposure to the field is quite important because these young and future engineers are the people that will develop the technology and innovations of the future. Then I concluded my introduction with my partitio.

As we all know, engineer is not an easy job. It requires you to have all the needed knowledge, creativity and also passion. One minor mistake can lead it to a huge dangerous problem that may affect the world. Being an engineer means you have power to create things. You can help the society solving the important problems. Nowadays,

Mechanical engineers design, develop and manufacture machines that produce, transmit and use power. Wherever machines are produced or used, there are mechanical engineers. They play a pivotal role in nearly everything that makes life work. From seemingly simple devices like doorknobs and zip-lock freezer bags to complex robots and spacecrafts, there is hardly an area of everyday life that hasn’t been influenced by a mechanical engineer somewhere along the path from invention to installation. (par

Engineering is an application of science and mathematics which uses the sources of energy in the nature for the benefits of human beings. Engineering is a vast fields and with the help of its innovations the lives of ourselves become easier to a greater extent. We can see the application of these innovations in many areas ranging from manufacture of a safety pin to that of multistoried building. As stated by the American Engineers council for professional Development (“Engineering” 2015) “ Engineering is the creative application of the scientific principles to design or develop structures, machines, apparatus, or manufacturing processes, or works utilizing them singly or in combination; or to construct or operate the same with

Mechanical engineering is something that has always interest me for the reason being that you can create ultimate robots that have abilities that the human body can not posses. Such as sticking to walls just like a geico. This gives the viewer a new understanding of how earth is the biggest and eldest engineer there is, but that engineers can get an inspiration with animals or things that are around us. This inspires not only those who created

For my mechanical modeling project I will be doing a bicycle bell. The reason I am doing a bicycle bell is because the mechanics are simple but will teach me a lot. To create the bell, I will use my knowledge of modeling actual objects to make gears and other parts including the axle, and actual screws attached to the gears. You can see the actual bell on the link above.

With technology being such an important thing in today's society, engineering is also a career which is in demand, especially electrical engineering. "Engineering is the application of science and mathematics by which the properties of matter and the sources of energy in nature are made useful to people; the design and manufacture of complex products." Even though there are about two-hundred(200) different types of engineers, I think this is a good and brief definition of it.

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

I would spend hours together experimenting and analyzing various mechanics around me like the ball bearings in my bicycle & roller skates and would be fascinated by my spring loaded toy cars. During my higher secondary schooling, I showed special interest in mathematics and physical sciences and in order to supplement the education that I received in school, I became a habitual reader of science magazines and books. As a direct consequence of this, I came to know about the latest developments in the field of science and engineering, especially aerospace and manufacturing engineering as it deeply interested me and I was naturally inclined to like the subject. The basics I learnt in school only whetted my appetite for more learning. It was but natural I would choose to take up manufacturing engineering as a career choice when I joined