Personal Statement Of Statement Of Purpose For Mechanical Engineering

The approach towards this project shows interdisciplinary learning between various engineering fields. First thing to start is designing of table which involves precise dimensions and this involves mechanical engineering to implement material modeling. Secondly, the design also involves kient sensor which needs to be embedded with the simulator and programmed through assembly language, requires electrical engineering in it. Finally all the functionality and image processing results are programmed using JAVA coding which are exclusively done by computer engineering. This shows the importance of Interdisciplinary studies.

Mechanical Engineering is a field that requires constant updating. With the advent of new technology, growing fields, and an unpredictable global market, it takes a lot of divisive planning in order to "engineer" a career path for myself that is suitable for any number of growing fields. I plan on acquiring my master's degree in mechanical engineering next semester, so a career plan is what I need. Choosing the right career takes a lot of careful timing, and it takes a lot of careful and precise plans in order to create a suitable job prospect. I think that a career in computer manufacturing and hardware is probably the best choice for me. Since computer hardware is constantly evolving, it's something that you can count on to stay busy.

In my undergraduate curriculum I have developed a very strong fundamental knowledge in subjects like Strength of materials, Fluid mechanics, Heat and Mass Transfer, Manufacturing Process, Automotive engineering, Gas dynamics, Energy conversion and Mechatronics. I have secured First Class with Distinction in Mechanical Engineering with a CGPA of 9.00 and stood among top 10% students in Mechanical Engineering Department. Subjects such as I.C Engines, Theory of Machines, Machine Design and Automotive Engineering gave me a greater insight into the vast and intense field of Automotive

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.

Starting from the first steam engine, Aeolipile to today’s Mars rover, the transcendental pervasion of mechanical engineering has shaped the life on this planet as we know it today. This progress seems never ending as the new technologies are engendering ever new complex challenges. Therefore, merging of fundamental research with real world applications is demanding now more than ever. As a student of Mechanical Engineering, I am well aware of these facts and have decided to pursue an active career in cutting edge research. I am strongly motivated to undertake graduate studies in order to pursue an MS in Mechanical Engineering, which, I believe, will prepare me for my further study at the doctoral level.

Mechanical Engineering has not only given us inventions such as the car that have improved our lives but also captured the imagination of the world through space travel and the Apollo missions. To achieve breakthrough in technology, we will always need great mentors, state-of-art infrastructure and real motivation and Michigan Technological University is one of them. My four year academic curriculum in Mechanical Engineering at Pune University has offered me the perfect blend of theoretical subjects and laboratory work. These academic years help to build solid foundation in the field and made me keen to learn Applied Mechanics, Finite Element method, Design and manufacturing as part of my graduate syllabi. This career planning would help me to achieve my goal to be a part of Mechanical Engineering fraternity. Thus, after intensive personal exploration, I have decided to be a part of Michigan technological University as a first step towards my goal.

Then, I felt that I must return to my academic studies to learn the advanced concepts, techniques and strategies involved in it in detail. A Masters degree in Mechanical Engineering will help me achieve this. I would therefore utilize the skills obtained from this program for improving quality and deliver high- quality products and services to

I am Nileshkumar Luhar. Discovering and understanding how certain mechanical products work have attracted my attention for the longest time. I have been watching TV show named How It’s Made on the Discovery Channel since last six years. Seeing the manner in which the machineries and cars are built and the various processes involved instilled desire in me to be part of the whole process. I felt that Engineering would be the area, which would give me the opportunity to learn and explore how the fundamentals of science are applied to create technology for practical and real purposes. This coupled with a natural flair for science and mathematics motivated me to take up Mechanical Engineering in University.

This is a crucial time for me to reflect on the various roads my career could take, as I am about to complete my undergraduate education in a few months. I am doing my B.Tech in Mechanical and Manufacturing Engineering from Manipal Institute of Technology, Karnataka, India, which is among the top engineering colleges in India. The time that I spent here, learning about the various mechanisms that make the world go forward, has really helped me understand where my interests lie and where I can make a subtle yet noticeable difference in this world. So I pen down my statement of purpose in front of you.

Continuous knowledge gain of scientific theories, inventions, discoveries, machineries and the physics around me laid a path which helped me to take a direction in choosing Mechanical Engineering.

I always wanted to get into the greatest of all Sciences, i.e. engineering. The good thing about Mechanical Engineering is that all my interests find application. Considered the most versatile field in engineering, Mechanical Engineering covers range of subjects like design, software, production analysis, manufacturing to name a few. This field demands high creativity, innovative thinking, very good hold on Math and most important to think radically. This triggers the pulses and is the very reason for choosing this as my field of study. My experiences as a student of …. the training, the projects, the tough targets etc. has brought me very close to realities of life and made me realize that starting from simple household gadgets to complicated medical equipment and supersonic jets to super-fast computers all are the gifts of Mechanical engineering and technology and I am indeed one of the privileged few

With a strong background in math and physics, I made it to GITAM University- one of the premium professional institutes for Engineering in India. The wide array of subjects offered at this university helped widen my scope. With all

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

Mechanical Engineering can be defined as “the discipline that applies the principles of engineering, physics, and materials science for the design, analysis, manufacturing, and maintenance of mechanical systems.”[1 - www.wikipedia.org] This can include a wide variety of tasks ranging from designing a small part in a machine in a production line to smaller devices such as components in a mobile phone.

“Manufacturing is more than just putting parts together. It's coming up with ideas, testing principles and perfecting the engineering, as well as final assembly” (Dyson). You may find yourself asking, “What is engineering?” It is defined as “the application of science and mathematics by which the properties of matter and the sources of energy in nature are made useful to people” (Merriam Webster). However, there has always been one specific aspect that interests me, and that is mechanical engineering and its impact on the world. Oddly enough, when you ask what mechanical engineering is you’ll get hundreds of different answers. Although, there is a pretty unanimous misconception about this subfield;