Statement Of Purpose Of Electronic Engineering

* Diamond is the strongest natural mineral known by a man. It is a crystalline form of carbon.

Diamonds are essentially made out of carbon atoms. They are solids that can go through the process of high temperature and high pressure. (Pilgrim, 2011) It is known to man that diamonds are the hardest material on the earth. (Sean, 2008) With a melting point of 3550 ℃and a boiling point of 4827 C. As you can see above that diamonds have an extremely high melting point (m.p) and a high boiling point (b.p.) The pressure to produce diamonds are also in extreme conditions, diamonds are produced with a temperature range of 900 and 1300 degrees Celsius. Then put under pressure of 725,000 pounds per square inch. (World of Carbon, n.d.) Diamonds have these properties

Although metallurgy and materials science studies dates back many centuries, its scope and popularity remain very little and novel in India. In a country where millions of mechanical, electrical and computer engineers are bred, very few materials engineers are produced. During my freshmen and sophomore year, I had courses in electronics and mechanical technology which blended and integrated mechanical engineering and electrical & electronics engineering with materials science. I was fascinated by the way Materials Engineering was breaching the wall between different fields of studies and promoting interdisciplinary study and research

i would like to work at being a electronics engineering technicians because i will be working with technology and they are the ones who fix tvs computers and consoles that people use or lay on and they help keep they online games severs up and running so that people who game online can continue to play games with friends.also this job really interesting and their was 139,000 jobs in 2014.

“Follow your passion, be prepared to work hard and sacrifice, and, above all, don't let anyone limit you”

Harnessing the power of electricity is the reason behind most of the advances made by mankind.

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

In this letter of intent, I am going to focus on the purpose of studying Industrial Engineering further at the post-graduate level. I have chosen University name because I feel it will best prepare me to fulfill my future career objectives. I jot down my Statement of Purpose with due respect to the Department and the University.

     A diamond in actuality is carbon in its most concentrated form. While a few diamonds may have trace impurities such as boron or nitrogen, most diamonds are composed mostly of carbon. Carbon is a chemical that is fundamental in the process of life and used in various amounts of ways on the Earths

From the very beginning, the field of electrical engineering has grown at a rapid pace and expanded into numerous specialized categories, which includes electronics. Electronics also branched into a large number of subcategories. “The field of electronics was born with the invention of the thermionic valve diode vacuum tube in 1904 by John Ambrose Fleming” (Lucas). Fleming’s vacuum tube was the basis on which all electronics, such as radios, television, and radar, were founded on until it was replaced by the transistor in 1947.

It is fascinating to watch how telecommunications gained freedom with the first mobile phone in 1973 (Cell Phone Invention) that costs $3500 to the smart phones of today that costs much cheaper, but contain so many more features, such as web capabilities and GPS tracking embedded in the chip design (Robertson, 2011). And, now, there are new innovations of the smart antenna that gives smartphone users the capability to make or receive calls at the same as time as texting, emailing, or even surfing the web (World's smallest smart antenna to revolutionize smartphone performance, 2012). Another innovation is Homeland Security working to add sensors to the cellphone chip to detect toxic chemicals and send alerts for safety (Homeland Security cell-all inititive aims to equip mobile phones with sensors to detect deadly chemicals, 2010). Telecommunications is advancing at rapid speeds making life better all the time.

My school principle used to tell us “The future belongs to those who believe in the beauty of their dreams. Otherwise, with a negative mindset, we are heading nowhere”. This line became the director of my life, and framework for my future plan. I always believed to become an efficient engineer in this ever-changing world of science and technology, and obtaining the masters degree will be inevitable for achieving immense knowledge and expertise in anything of this chosen field.

The potential to create exceptional, innovative products through the use of electrical engineering and embedded systems have always fascinated me. From the miniaturized circuit boards in smartphones and tablet PCs to the large-scale embedded electronics used in aerospace systems (Bozzano, Cimatti, Katoen, et. al., 2011) electrical engineering has long fascinated me. One of the most significant factors that led to my passion for this subject is the revolution that is occurring in the areas of mobile processors, avionics and aerospace systems, where embedded systems are critical to the navigational integrity of the vehicle. This revolution in embedded systems is also leading to an entirely new era of performance in avionics and deep space exploration, which promises to deliver insights never learned before from previous technologies (Kadayif, Kandemir, 2005). Due to all of these factors I am extremely interested in electrical engineering and pursing it a graduate degree in this academic discipline .

During my bachelor’s degree, I had been introduced to many versatile courses in ECE like Electric circuits, Digital systems, Electromagnetics, Signals and Systems etc.,. I had scored good grades in all my subjects. I had to choose from paths in front of me – Digital Electronics, Microelectronics, Signal Processing and Radio Frequency Engineering as my area of interest. Due to

Networking, microwave engineering and electromagnetic theory is another research subject which arouses my curiosity. The subject electronics and Communication which I had in my graduation introduced me these topics in theory.