STATEMENT OF PURPOSE
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.
Mechanical engineering is a diverse subject that derives its breadth from the need to design and manufacture everything from small individual parts
…show more content…
Moreover, my innate strengths have always been creative abilities and power of imagination; which made me take up a discipline that would allow me to channel them in the best possible way. I have finished my bachelor of technology in mechanical engineering with 8.75 CGPA out of 10. Subjects like Elements of Mechanical Engineering, Kinematics and Dynamics of Machines, Strength of material, Manufacturing Processes, Mechanical Design & Analysis, Mechanical Vibrations etc., revealed to me limitless horizons in the field of Mechanical Engineering. We are in an era of global and technological changes where boundaries are fast disappearing and the greatest challenge tomorrow holds for us in to manage continuity of change. To satiate my curiosity and to fulfill my ambitions I have decided to pursue a masters program in Mechanical Engineering.
I have
Since my first ever flight in 2006 I have been fascinated by Aerospace and Engineering industries. Attending the seminars and events held by the Royal Aeronautical Society has further reinforced my interest and ambitions, my desire to further my understanding in these subjects has continued to grow and my aim now is to become a Chartered Engineer. I have thoroughly enjoyed learning mechanics in Maths and Physics as it has enabled me to understand how the world works. Everything from a car accelerating to studying the airflow over a plane wing by fluid dynamics can be explained by mechanics. I would love the opportunity to gain more advanced knowledge of this.
My perception for Mechanical Engineering has always been of very high level. Very early from my childhood, I had the passion and enigma to become a successful mechanical engineer. My interest was further enhanced because of my Brother. He had graduated from a reputed university and now works as a senior engineer in a renowned company in the US, His talent, combined with uniqueness and exuberance is something that pushes me to prove myself and that bodes well with my passion for the subject.
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 a mechanical engineering student with an acute interest in the industrial work environment, I have understood the principles of mechanical engineering those are applicable to most of the machines, tools and processes which naturally widens my scope of learning and research. This has raised the interest in me to explore the option of pursuing my masters in mechanical engineering from your prestigious university which would not only help in increasing my knowledge but also prepare me in the best possible way to attain my ambitions. I was introduced to machines from a very early age when I used to accompany my father to his factory. I learnt about steam turbine, broilers, compressing machines, lathe machines, steam turbines and lube blending plant
The world of Engineering is so complex, yet so inspiring. Incredibly , Engineers are discovering more ingenious and inventive solution to complicated problems whilst continually maximizing efficiency. it is my inspiration to pursue a career in engineering contributing creative answers to challenging questions and improving on exciting designs with the aim to maximize the efficiency without compromising on functionality or stability.
Understanding how things work, taking it apart through analysis and then re-assembling the whole from its parts is what captivates me. It has been clear now for some time that engineering is what I want to do in later life and this combination of inquisitiveness, together with an analytical mind and a feel for basic engineering is why I want to study this subject at university. At college I am currently studying Mechanical Engineering which I am enjoying and excelling at in the subject. My time at college is helping me to gain more confidence in my academic ability. Teachers constantly challenge me to achieve more and set my goals high.
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
The book is written by Chetan Bhagat who himself has received undergraduate degree in Mechanical Engineering from IIT, Delhi and later MBA from Indian Institute of Management, Ahmadabad.
Mathematics and physics are the main subjects involved in engineering and they have made the course even more interesting to me. I am looking forward to apply the concepts that I have learned from these subjects and I can certainly jump deeper into the world of physics and mathematics by attaining a degree in mechanical engineering. As the learning
Among the array of courses, subjects focusing on designs like Mechanics of Solid, Machine Drawing, Design of Machine members, Finite Element Method were the ones which brought out the true essence of Mechanical Engineering in depth of me. I initiated learning CATIA on my own. My first in hand exposure to this field of mechanical design was during the in-plant training at SEC Industries Pvt. Ltd, where I had a chance to observe the design of arresting hooks for aircrafts and nose cone for missiles. This experience guaranteed me how exciting and output oriented the scope of mechanical design could be in
During my schooling, I was so much interested in mathematics and physical sciences that I used to allot most of my studying time towards these subjects only. After completing my high school, my interest for education and inclination towards applied science drove me to opt for math, physics and chemistry in my higher secondary education. After my 10+2, at the door step of entering into my professional studies, 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. For that, I had to take the EAMCET (Engineering Agricultural and Medical Common Entrance Test) and cleared it with flying colors. With the result I have secured in this test, I decided to concentrate on Mechanical stream and joined for Bachelor of
Career in mechanical engineering involves grappling with various aspects of the technical and practical work. The job of a mechanical engineer involves widespread handling of machines and components which have a direct relation with power by producing it, transmitting it or even making use of power. The major concern of mechanical engineers is bent towards ways and mechanisms through which natural energy sources are converted into uses of practical nature. As part of their work, mechanical engineers seek to come up with tools that are vital for other engineers to make use of them as they go about their daily routine. In order to work effectively, mechanical engineers need to work in a team of scientists and experts in
Passion, professionalism and perseverance are the three qualities that run my academic and professional life. Years of undergraduate study and professional experience have brought me understanding of various domains and aspects of industrial engineering. Imagine an experience of studying in a group of people with maths, science and business acumen which has its applications in all fields from engineering product design to business models. Such an amalgamation of experiences can only be achieved by pursuing my master’s degree in Industrial engineering.