It was in the same Engineering study that I was able to attain a better practicality nature and a better way of approach towards the subject. I am thankful to my entire faculty who has guided me well in the process. I always have tried to keep myself updated with the latest happenings around the world related to electronics. It was during my engineering course where I found that my main point of interest lies in Very Large Scale Integrated Circuits. During these semesters I was successful in understanding the aspects which really holds electronics as the heart of technology.
He always believed in every one of his products, mind and creations more than anyone. If something went wrong, he would never blame the products but instead believed something can be done to turn it around and fix it. He was also a bossy person. This may not be classed as a good trait but it was for jobs as it helped him to develop the exact products that he had in mind. He was also a very passionate man with what he did.
There is an aphorism by Yogi Berra, “In theory there is no difference between theory and practice. In practice there is”. I thoroughly concur with this. I believe it is compulsory to probe for data acquisition and theories, however, the way of applying the theory and the information in the real world is the paramount to establish the theory. Since my college days, I have been keen towards the scientific revelations and participated in numerous scientific projects to meet my desire for knowledge.
Whenever I am leading a team I ensure that every member gains the highest expertise possible. This strategy had served me well when I was working on an infrastructure project which was being built simultaneously as it was being designed. We were under pressure to finish the design within a strict schedule. But we suffered no delays because everyone was able to work at the same efficient pace and there were no bottlenecks. In addition, by conducting training sessions for the rest of my colleagues and new employees, I have learnt to communicate ideas
“STATEMENT OF PURPOSE” Accounting right from the design of the diminutive screw and gears in a wrist watch, going through the acclaimed steam engines and straight up to the auspicious and gigantic Hadron collider, Mechanical engineering has not only astounded the world with incredible achievements but also galvanized me in the same discipline. In this modern world, each second is accompanied by the advancement of technology, and definitely we can witness no sign of deterring. In my perspective, Mechanical engineering not only assists in constructing marvels but also work for the betterment of the society. Having been born and brought up in the family of businessman and among the community of philanthropists and social entrepreneurs, my acts are deemed of being widely advantageous, rather than limiting its advantage to myself. I have great attraction in mechanical field since I was child.
The employers want to be sure that the goals and objectives they set are met to the highest of standards. Creativity Creativity can be considered as a transferable skill, which gives you the ability to generate unusual things, to invent, to find, to see the world as something special. This skill is useful for both work and life. Almost in every job creativity is important. In the past it was commonly thought that creativity is only needed for artists, engineers or designers, these days we can see that this skill is demanded in a large number of workplaces.
As expressive as the above quote sounds, so much the same is my intention as I write this personal statement. I would like to introduce myself to you as a ‘word’ in search of its ‘expression’. Surely, a word by definition carries a specific meaning, but an expression is what offers it its worldly recognition beyond the bounds of language. What makes this metaphor an ideal one for my introduction, is my undying wish to study Mechanical Engineering, especially its Design aspect which in context to my metaphor defines my missing expression. Always one interested in the ambits, practical applications, processes and impacts of pure sciences, I knew since an early age that I would be getting into engineering.
Of all these subjects, Production Technology was the most challenging with a vast room for innovation. It was the thrilling experience after getting in-depth knowledge of the subject through the study of topics like conventional and non-conventional processes of machining, various trends in Flexible Manufacturing System, Design of Jig & Fixtures and Automation through CNC machines. I have learned, Google Sketch Up, Solidworks 3D modelling, motion analysis, key shot in term vacations. During laboratory hours learned the basics of Ubuntu terminal & Creo Parametric software towards the fulfilment of my course
While growing up, my father instilled the habit of watching Discovery channel which not only increased my power of imagination but also helped me to develop it as one of my inherent strengths. It appeared to be just plausible that I pursue a career in Mechanical Engineering. When I started my undergraduate career, the exposure to the vast range of engineering courses, all of which inclined me to solidify my intense interest in engineering. Various subjects like Design of Machine Elements, Theory of Machines, Strength of Materials, Dynamics of Machinery, Mechanical System Design, CAD/CAM revealed to me the infinite horizon of Mechanical Engineering. As I firmly believe in learning practically, this empowered me to score more than 90% marks in practical labs of all earlier mentioned courses and kept myself occupied with many industrial visits.
Technology is one of the most talked about topics in the world. The definition of technology given is that it is the application of scientific knowledge for practical purposes, especially in industry. The definition of technology is formed into machines such as computers, phones, tablets, etcetera. Technology has been around forever, but was really noticed during what everyone calls ¨The Golden Age¨. According to the technology timeline that Chris Woodford wrote, ¨during this time inventors like the Banū Mūsā brothers and al-Jazari, the Islamic "Golden Age" created things such as the ingenious clocks and feedback mechanisms that are the ancestors of modern automated factory machines.¨ Without all of these inventions technology would be nowhere near as advanced as it is today.