Exerpose For The Statement Of Purpose In Mechanical Engineering

Right way, his elegancy in making us to understand about mild steels cast iron and various heat treatment process involved in making wheels and axles impressed me big time. Similarly, I attended a workshop in Photovoltaics and I felt importance of material science for enhancing efficiency of solar cells. My keen interest and desire to go to the roots of each and every concept, profundity of thinking and systematic approach of understanding the subject matter help me to secure Gold Medal at institutional level for academic excellence in Mechanical Engineering department of the college where I did my under graduate study. With a sense of focus and responsibilities I learnt the intricacies involved in research and the kinds of demands that it makes. All of this coupled with the sense of achievement which comes at the end, encouraged me to be a part of research which would help me explore the areas of my interest, namely Microstructure

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.

While the field of engineering is immensely broad, mechanical engineering is known to be one of the most fundamental engineering disciplines as well as one of the oldest. Mechanical engineering involves the design and study of objects or machinery and their motion. It includes the details of the materials used to build these objects and the processes involved in the building. The discipline itself is also a very broad area of study because within mechanical engineering are more specific studies such as aerospace engineering, biomechanical engineering, mechatronics, acoustic engineering and thermal engineering to name only a few. Each of the areas of mechanical engineering have contributed almost limitlessly to every aspect of life although

My interest in becoming an engineer started when I was in Dadaab refugee camp in Kenya. In the refugee camp, I used to make toys for my younger brothers and myself from locally available resources. I used to make toy cars from wires and wood. I also, made footballs from plastic papers and pieces of torn out clothes. The talent of making things enabled me to come up with a water pump that I represented my high school in the region, then provisional, and finally at the national level, 2005 Kenya’s National Science Congress. The water pump was a machine that could pump following water with the application of potential and kinetic energies. When I was resettled into the USA, I started Highline College believing that my dream of becoming a successful engineer will become true.

While I was attending one of my classes, the professor asked us a surprising question regarding our purpose for studying at University of Miami. The question was whether our goal is to claim the Bachelor degree or expanding our knowledge about the major we’re studying? I was completely shocked by the question because I have never thought about studying engineering in this perspective. All I wanted was to get the Bachelor degree in order to secure my future. I kept thinking about this question for almost a week, until I realized that a person can gain more than just a degree during his college time. Therefore, in this paper I will discuss three main aspects that I learned in this semester which are: being a

Growing up, I was fascinated in science, math, and cars. I thought to myself, what can I do in the future that has all three of these things together? Towards the end of high school, I noticed a major that would satisfy me is mechanical engineering. According to Michelle Singletary’s article “Not All College Majors Are Created Equal,” she suggests that students need to plan their steps going into college before investing in an education. I took the steps of researching what a mechanical engineer does and how much this career will benefit me in the long run. Becoming a mechanical engineer, I am able to design and develop machines, work with energy conversion, and work with a wide variety of automobiles and planes. Mechanical engineering is a

Exploration and analysis have been the essence of my life, guiding me through the most mystifying predicaments. In this ever changing world of engineering & technology where each new day sees a spate of new concepts and applications and each passing day makes them obsolete, I always wanted to attain the highest level of excellence in education and transcend new horizons in the chosen field.

In this dynamic world of automotive technology, where every other day sees a spate of new concepts and innovation emerging, I want to stay on fast track. It is my strong perception that a Basic undergraduate education is inadequate for securing in-depth knowledge of a particular field. Master’s degree at your university would not only provide me subject matter proficiency but also thorough research oriented study would help me lay substance for gratification of my dream of reaching the pinnacle in Automotive Engineering.

This quote from Carol Dweck (Professor of Psychology at Stanford University) has inspired me the way I go about in my life. The belief in continuous learning with the optimistic approach towards hard work, learning and doggedness has always been my motivation. My plans for a master’s degree are centered on the motive of productive research contribution in transportation engineering.

The boundless possibilities and prompt outcomes are what I find most energizing and alluring about Industrial Engineering. I have a great interest towards the industrial environment and this is the reason I am looking to pursue Master’s in Industrial Engineering. The factor in the recent times is that there have been huge changes in Design Engineering and Global Industrialization making the position of an Industrial Engineer a very essential one. Being part of this rapidly flourishing community has been my ultimate desire.

Throughout chapter three of “Studying Engineering” the main topic of the chapter is about learning how to properly study, understand teaching, and learn about the mistakes one may have made during the previous years. The beginning of chapter three starts off by emphasizing the six skills behind learning new information. These six skills are, Remembering, Understanding, Applying, Analyzing, Evaluating, and Creating. The book chapter talks about how most students in society tend to do well at the first two which are remembering and understanding, but they often lack in the rest, especially applying and analyzing. These basic skills are a vital in the success and progress throughout college and are expected by college professors regularly. The idea of “transferrable knowledge” was thrown around within the beginning of the chapter also which is the idea of learning something in the first semester or the first year and then applying it to the second and third year and so on. This idea of learning and applying is strongly recommended by professors and will greatly benefit students throughout college. Also, in chapter three there are many different forms of learning highlighted through the chapter as is progresses. Some of these forms of learning are visual, verbal, active, and global learners. There are all types of learning techniques and this chapter highlights the differences between each and gives the reader a brief understanding for each type. For example, in chapter three

Since childhood, I was immensely influenced by my grandfather’s fascination with machines. From being his ‘tool box guy’ when he worked on fixing any household equipment, to being an active observer when he took on an arduous task of diagnosing issues with heavy duty diesel engines, my interest in the field of engineering was bolstered form a very early age. This early exposure galvanized me to participate in science fairs and debates in my middle school, where my experiments and ideas always stood out.

Mechanical Engineering, as a discipline, has always captivated me since a very young age. I am of the opinion that my liking for this field stems from the fact that I have always been drawn towards machinery, particularly cars, and how they work. Ever since I was young, my parents always instilled in me the need to work hard and focus on achieving the goals that I set out to accomplish. As I gradually rose through the ranks in education, one class at a time, my passion for mechanics steadily developed. It is for this reason that after completing high school, I decided to pursue a career in the engineering world.

Mechanical engineering is one of the types of engineering that can be found almost everywhere. For example, automobiles, it is nearly impossible to stay away from them as they are found almost everywhere. Mechanical engineers work on the structure, the designs and re-designs of automobiles by improving their functions to benefit and them suitable for everyone. Another form of inventions that are fun for or everyone or at least some people are rollercoaster and rides. Rollercoaster are designed by mechanical engineers, from top to bottom, they make sure that the structure of a certain rollercoaster or any ride is properly engineered for the safety and entertainment of

During my under graduate course, my firm grasp of basic sciences such as physics, mathematics, chemistry and mechanics etc. facilitated me immensely to appreciate fundamentals of variety of subjects covered in the curriculum. I gained knowledge in subjects like Fluid Mechanics, Heat and Mass Transfer, Production Techniques and Machine Design. I focused more on learning about Product Design, Manufacturing Engineering, and Design for