Personal Statement On Engineering

Engineering is best defined as an art or science to explore means to better serve humans, resolve problems, improve health and living conditions, hence create convenience for nearly every aspect of life and make the planet a better living place. It has been in fact, by default, a naturally built-in element in all humans that has laid and paved the path to progress. We can briefly say that it is the application of mathematics, science, economics, social and practical knowledge.

Welding became a useful skill from fixing the rocking chair when it broke, to welding my mom a flower pot for mother’s day. I have fixed lawn mowers, tillers, tractors, cars, trucks, and even a limousine. I joined the Liberty Union FFA chapter upon entering high school where I have continued my hobby in the classroom. Taking classes such as agricultural mechanics and outdoor power equipment has allowed me the opportunity to use and improve my skills on machines brought to the shop for repair. Each new task has a different problem, helping me learn and grow in the techniques of forming the best weld for the situation. I became experienced enough by the end of my freshman year that my teacher entered me in a competition at the local fair. To my surprise I ended up getting first place over all of the other competitors. Later that summer, I took a class on welding though Clover Clan 4-H club and competed in the district competition. After winning at the district competition, I went to the state competition during the fall of my sophomore year. I practiced for the competition for months, hoping that I would have a chance against other participants in my age group. Upon arriving, it was clear that most of the competitors there attended a technical school for welding and that I had

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

Writing this paper, or should I say attempting to write this paper and again just to clarify attempting in my situation really just means staring mindlessly at the blue and white blank Word document has really got the gears turning in my head. What is something I am truly passionate about? What really has given me the feeling of purpose? So after countless hours of thinking, and eventually driving around letting the cool midnight breeze hit my face for motivation there it was. It hit me like a brick, literality there I found myself driving right past my high school and I knew exactly what to write about. Electronics, and before you starting getting any ideas I am not in love with my phone. I am talking about Electronics Engineering, for three out of the four years of my high school career I devoted my life to Electronics. Firstly, this made me into a critical thinker. Secondly this class allowed me to push my limits. Finally, most importantly this class showed me everyone has limits which I believe is an extremely important concept that most people do not understand.

Throughout my high school life, my extracurricular involvement has helped me develop a variety of skills. Primarily, I have been a part of the Leadership and Peer Support group as a project manager of a conference; I exercised my leadership and collaborative skills. As an engineer, there are times where an individual with leadership and cooperative skills must rise and become the leader in different projects. Interpersonal skills play a significant role in an engineer’s life because they will always be required to communicate with new people. Earlier this year, a peer and I decided to start a Student Mentorship Program and as a co-founder of this group, I learned how to problem solve, make decisions, think laterally, and work as a team. As a student, my skills will allow me to accept challenges with confidence and contribute to discussions during lectures with new ideas. Teamwork, leadership, interpersonal and hands-on skills are key abilities engineers must contain in order to be successful.

What is engineering? Engineering is the study of innovating and problem solving in order to create a better method. What type of work does engineers do? Engineering is a diverse field that can put you in a situation that requires you to know more knowledge and skills than you already have. Stretching all the way from problem solving to working together to create new ideas (2012 Project Lead the Way, Inc. IED Activity 1.5 Discover Engineering-Page1. https://pltw.instructure.com/courses/121874/assignments/581896. Engineers can change the world. They think of creative solutions and work with others, motivating people to invent, design, and create things that are useful and that matter.

I have also got the chance to get a lot of insight into the processes of casting and welding. In my final year I took Production Planning and Control & Maintenance Engineering as my elective so that I could get initiated into the field. I got to know the basic operations of different mechanical systems of the automobile like the I.C. engine, brakes, clutches, powertrain, transmission and differentials. A Master’s degree would allow me to delve deeper into individual aspects of Industrial Engineering by studying and examining them in greater detail and gain practical experience by way of relevant internships. Hence Master’s in Industrial Engineering became an obvious necessity.

“If you do not believe you can do it then you have no chance at all”, as quoted by Arsene Wenger, one of the best sporting minds in the world. The above mentioned statement served as a fuel for me in my academic career so far. My academic career had many twists and turns, sometimes obstructing my way, but it actually blessed me in disguise that latter I self-realized that one should be content with his/her performance, and accepted the blockades in a very challenging aspect and succeeded them by doing fairly well than what I presumed before. It will always serve as an inspiration for me and will lead as sole base to carry the expectations of mine and family.

Engineering is a branch of science that deals with production and improvement of technology. There are different branches of engineering that range from Aeronautics to Food technology. Engineering helps improve the condition of the world offering new innovations that make life easier. The only limit possible for an engineer to have is its imagination.

Engineering is a challenging, high-paying career. If you have up to date engineering skills, jobs are abundant. Engineering jobs often come with flexible hours, location flexibility, and the hard skills you learn translate easily to new positions

Someday in life everyone has to get a job either related to their career or to make their living. Most of the people who get job is related to one’s career. One of the booming career these days in engineering, and among them aerospace engineering is one of the highly paid career and really interesting to work in. In the career of aerospace engineering, engineers usually have to work really hard. In this field, one mostly work on building or designing aircrafts based on the requirement. To be a successful aerospace engineer one needs to gain a lot of education and should be able to work in any environment. They have a lot of responsibilities to take on them. When choosing a career in Aerospace engineering, one must consider the education,

Core to the understanding the field of Engineering for any student is understanding the EDP. The EDP is the hallmark multistep process that captures the essence of what engineers do in the real world, much like the scientific method captures the essence of what scientists “do” in the real world. Depending upon the source, the EDP can be noted anywhere from a 6 step process to a 12 step process that can either be represented in a cyclical or linear fashion. For the purposes of selecting a consistent model for the curriculum, the unit follows the version presented by Hynes, Dare, Milto, Rogers, & Hammer (2011), which can be observed in the figure below.

I wanted to become a car racer. Why? I wanted to buy batteries from my father and so I wanted to become a car racer. This was one of my dreams when I was a child. Strange isn’t it. Such a big world and you wouldn’t want to choose a single dream. I consider myself very different from others. I have seen many dreams but never have stuck to a single one. But when it is time to decide your future, I would love to pick out my best one.

I think engineering is an art of profession which unitizes the application of science such as science principles, nature’s power and resources on daily life purposes. It is not just about scientific knowledges, but a combination of economy, management, operations and the connection between society and technology. The ideal engineering product or system is a combination of accuracy, safety, durability, efficiency and economy possible (Landis, 1995). Therefore, an engineer should not be merely specified in only one academic area but a combination of scientist, mathematician and sociologist in order to construct systems that are beneficial to mankind and fulfill the needs of the society.

Chemical engineering fascinated me at an early age, as the transformation of many different, potentially conflicting compounds could be brought together to create entirely new products. The greatest innovations in consumer packaged goods (CPG), medicines and most recently in the areas of sustainability and environmental engineering can all be attributed to the core concepts of chemical engineering (Glavic, 2006). The continual evolution of "green" technologies can be traced back to the innovations made possible through chemical engineering. I've seen firsthand how these innovations drastically improve people's lives while also improving the environment and leading to a much greater level of prosperity in our nation as well. Another facet of my fascination with chemical engineering comes from the exceptional economies of scale attained in refinery operations. It is remarkable how effective the refinery operations are of oil and gas producing nations including their ability to drastically reduce the costs of fuel for millions of people. The value of engineering management in making refinery operations more efficient can also lead to a rapid reduction in energy costs, making energy more affordable for more members of our country as well (Lannes, 2001). The innovations evident in products and processes sparked my interest and enthusiasm for this area, and continued to fuel my efforts over the long-term.