Sop Statement Of Purpose For Electrical Engineering

Over the years, I have grown particularly fascinated with the abstract side of electronics, including the creation of programming languages and applications, especially for mobile devices, and the creation of artificial intelligence. I see the potential for computer programs and artificial intelligence to help humanity solve many of its most complex problems in entertainment, communication, and everyday life, and I believe a degree in Computer Science would help me become a part of this

As a current sophomore at the University of Arizona (U of A), enrolled in the Electrical and Computer Engineering (ECE) program, I seek to continue my education to the master’s level. I have high hopes of acceptance into the Accelerated Master’s Program. My educational objectives line up with the three, U of A – ECE program objectives:

As a kid I have always been curious about “How things work?”, the thing could may be as simple as dynamo attached to a bicycle or something more complex as working of elevators. As a result, I took admission for higher secondary education at S.P. College, Pune with Electronics as a subject. S. P. College is one of the reputed colleges in Pune. It is known for providing excellent research environment to students by providing exceptional laboratories. Taking Electronics as a subject got me started at very basics of computers. I studied different semiconductor devices, learning ROM, DROM and eventually different chips in the process. Also in the final year of my junior college, we were taught assembly language. I was very much fascinated by the device programming. My interest was clearly reflected in my

I take this opportunity to describe my educational background and career objectives that motivated me to gain a research career in Electronic engineering. My undergraduate education has provided me a thorough exposure to the various opportunities available in Electronics and telecommunications

I am most proud that I have obtained my Bachelor’s degree through 4 years of dedicated academic efforts at University of Petroleum and Energy Studies at Dehradun, which is one of the premier institutes in India. What made me even more proud of myself is the good scholastic performance that I accomplished. During the undergraduate program, I also won the Best Technical Paper award for presenting a paper on "Nanotechnology

With a GPA of 9.72 on 10 (Equivalent to 3.88 on 4), I am one of the very few students who have maintained this scholarship throughout the engineering course. The 4 years at university have undoubtedly been the best years of my life. A well-structured and comprehensive curriculum at Amity, along with a well-versed faculty, has provided me with better knowledge of the fundamentals of core Computer Science subjects such as Compiler Construction, Computer Graphics, Operating Systems, Database Management Systems, Object Oriented Programming, Analysis and Design of Algorithms, Software Engineering, Computer Networks, etc.

I took an admission for diploma in Electronics and Telecommunication Engineering, A gained knowledge in the diploma prior to my bachelors degree has helped me to explore the field more rigorously throughout my bachelor curriculum. I have completed my undergraduate Bachelor's degree in Electronics and Telecommunication Engineering from Mumbai university in June 2012.

My tremendous urge to follow my heart and curiosity about the actual functioning of a computer and other electronic gadgets led to pursue an undergraduate course in Computer Engineering at the very well known A D Patel Institute of Technology affiliated to Gujarat Technological University, Ahmedabad. I believe that I will be among the strong candidates for this opportunity backed by my academic and

Scientific methodology, analysis and reasoning has had a significant impact in shaping my approach and developing a different learning aptitude towards academics; this soon flourished into a more specific interest in science. I got interested in electronics during my high school years itself when I was introduced to the topic of Circuit Theory in Physics. Hence to pursue undergraduate studies in a reputed college of engineering of India with electronics as my major became an obvious choice for me. Determined to go after the same, I prepared myself for the fierce competition. Two years of focused preparation fetched me a position in the top 0.3% among 1 million potential candidates in the national level engineering entrance examination- All

The personal computer took the final steps to become what is today during the late 1980’s and early 90’s. During the 80’s computer advances were accelerating by leaps and bounds in all different directions becoming smaller, faster, and lighter. The co-founder of Intel noticed a trend in how these evolutions took place. His name was Gordon Moore and his principal stays true to this day. He noticed that the number of transistors per square inch of circuits doubled every year since the invention. At the point of the 1980’s it had slowed down to a little under eighteen months for the amount of transistors to double but still the principal idea held true. The other major leap

The VLSI Design course in my fifth semester drew my attention towards microminiaturization technology. My reasons for such a focus were manifold; I had a brilliant professor for this course, who placed great emphasis on the cutting edge research happening at the micro scale. Also, VLSI is the crucial link between electronic circuits and computers, both of which are subjects close to my heart. Consequently, I selected the VLSI/ULSI process technologies elective in the subsequent semester. This course introduced me to the physics behind actual fabrication methodologies employed in the semiconductor industry. It brought back memories of the awe and wonder I had felt in my childhood. At this juncture, I resolved to explore the microscale in greater detail. In the seventh semester, I filled all three elective slots with courses allowing me to follow up on my resolution; BIO-MEMS (Micro Electronic and Mechanical Systems), Miniature Microwave Circuits and Material Science for Micro and Nanotechnology electives.

Intel Founder Gordon Moore stated “The density of Transistors in an integrated circuit will double every year” There are physical and financial limitations. At the current rate of miniaturaturization, it would take about 500 years to put the entire solar system on a chip! Clearly, the limit lies somewhere between here and there. Cost may be the ultimate constraint. Rock’s Law, proposed by early Intel capitalist Arthur Rock is a corollary to Moore’s law. “The cost of Capital equipment to build

I feel it a unique privilege to give a brief account of myself to your esteemed institution. I am pursuing my Electronics and Communication Engineering at Matrusri Engineering College. My career objective is to achieve excellence in the field of “Telecommunication engineering”. I strongly believe that graduate study leading to a Ph.D. involving high quality research in these fields is a necessary step towards my goal.

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 .

Discoveries and inventions are not born from nothingness. If necessity were the mother of invention, an apt father would be a combination of curiosity, scientific temperament and research skills. With the firm belief that I possess these skills, I aspire to fulfill my dream of pursuing advanced research in an application-oriented field, by obtaining my Masters degree in Electrical engineering. As a stepping-stone toward this dream, I am pursuing my Bachelor of Technology degree in Electronics & Instrumentation Engineering from SRM University, ranked first among many private institutions in India. This has laid a strong foundation for my graduate studies.