My fascination in Electrical Engineering (EE) derived during my old “geek” days in my uncle’s TV repair shop, where to fix problems like heater-cathode short in CRT, failure of a component in the chroma circuit, we had to firstly test signals from different points according to the schematic, or identified the cold solder joints to confirm or rule out the possibilities. For me, the IC boards harbored all kinds of mystery of electronics and the journey to unveil it was a constant fascination: I admired the inherent logic through it and I relished the “eureka” moment at the very end of it. As a natural consequence, I majored in Electrical Engineering. During my undergraduate studies at Zhejiang University, a top three university in China, I focused my research on circuits and systems design. Specifically, combinational logic and the unique approaches used by engineers in response to real-world problems, such as FSM, have left me fascinated. Therefore, successfully developing a taximeter using Verilog ranks among my most exhilarating experiences. I also gained considerable experience in programming when I developed a game called ‘Battle City’ with a GUI with two teammates. I took responsibility for the game’s animation and sound effects during gameplay. It turned out to work perfectly, but more importantly, my interest in EE was solidified by these experiences, while they also exposed a gap in my knowledge, leaving me motivated to explore further. Participation in a project aimed at optimizing the efficiency of solar cells by means of MCU-centered control gave me an opportunity to investigate further. In order to execute this project successfully, we collected multi-locational data that indicated the altitude and azimuth of the sun ... ... middle of paper ... ...emand experience and expertise in both software and hardware engineering. However, my insufficient knowledge in distributed systems, operating system, and memory management really hinder my deeper understanding or bigger contribution in these fields. So I decided to pursue my graduate study. My goal is to undertake advanced work in the design for circuits, implementation of systems, or networks, ultimately making significant contributions to related academic literature and practical technologies. In Cornell, there are many world-renown researches working on network quality of service and VLSI circuits and systems, which are the exact two domains I am interested in. And I find the professional M.eng program a perfect preparation for my future career. I believe with my vital soft skills gained during work, my passion in EE, I will be a valuable part of the program.
... advanced computing, with specific reference to Computer Programming. I therefore believe that I must return to the academic world for further growth and achieve some more milestones.
My strong curiosity towards the field of Cybersecurity dates back to my pre-university days when I started reading sci-fi novels. Digital Fortress, a techno-thriller novel written by Dan Brown, explored the theme of government surveillance, security and civil liberties. This theme is brought out in the book by portraying cryptographic techniques, security policies and implications of these policies. This gravitated me towards the field of security. With little programming experience, I was eager to begin my nascent adventure in the field of Cybersecurity. Although I’ve gained exposure in the field of security during the course of my Bachelor’s degree, I believe pursuing a master’s degree in Cybersecurity will allow me to explore the field of security in greater depth and utilize it effectively to address more real-world challenges.
There is an appropriate time for everything, sometimes one has to create it or has to wait for it. I am an apostle of this dictum and it is my appetite for amelioration which has led me to the decision of pursuing masters, following the completion of under graduation. My urge to pursue masters kindled in the junior year of my college when I had hit upon the word Industrial Engineering and every day since then my staunch desire for this field has increased exponentially.
Real knowledge, like everything else of the highest value, is not to be obtained easily. It must be worked for, studied for, thought for, and, more than all, it must be prayed for”
My decision to become an electrical engineer was not a decision I took too long ago. It is something that I decided to pursue when I entered a Science, Technology, Engineering, and Math (STEM) high school. It was then that I realized how much I enjoyed working with computers and building circuits, and the fact that this career involved many subjects. Doing a lot of research to understand better what it meant to be an Electrical Engineer, I found out that in order to succeed in this career one had to know a little bit of everything. In other words, subjects such as science and math are essential to know if someone wants to be successful electrical engineer. An electrical engineer is someone who finds practical solutions to everyday problems that involve electricity, such as computers, cell phones, among other electrical equipments. In order to create a useful device one must know where to start and this is where science comes in. An electrical engineer must be able to use the scientific method, which means; one must form a procedure, test it out, and write a conclusion. These parts of the scientific method must be written clearly, so that others can recreate and test out a device or project. Math also plays a key role in this area of study, because one must be precise when creating a new device that others are going to use. For example, if one were to create a new type of cell phone one must know a lot of math in order to be able to progr...
People travel miles in search of their true passion; some find them early in their life and I consider myself lucky enough to be one among them. I found my true calling at the age of 12 on a field trip to a milk factory. It seemed like the Disneyland of science with huge machineries, conveyer belts running all around, and instruments working about in their own rhythm with sheer intricacies and perfection. As a kid, I was eager to understand the mechanics behind this magical rhythm. The desire of gaining in-depth knowledge about Control System and Automation eventually led me to choose Electronics and Instrumentation Engineering as my undergraduate study.
Post my under graduation with an Engineering degree in Information Technology from Nagpur University, I realize that I needed to gain practical working experience as a Network Engineer to gain first-hand knowledge of what the life of a Network/System Engineer entails. At my job, I especially had the opportunity to participate in cutting-edge projects and discuss ideas with senior engineers and founder of the firm. I soon realized that, although I enjoy handling the complex situations and their upcoming results, I was unsatisfied with carrying out only routine procedures under the direction of others. I wanted to be part of a team that directs the course of the project. My senior colleagues have encouraged my ambition and I feel this is the right time for pursuing my higher studies.
My ultimate goal in my career is to make a commendable contribution to the computing world either by starting an innovative venture or doing research which would change the dimensions of future computing and the way we perceive the computers. Now I have determined that a dedicated higher study on Computer Science will enable me to aggregate all my previous knowledge & experience on the field and encourage in achieving my career goal. I am looking at Graduate studies to provide me with the required expertise to carry out higher studies.
I still remember the words of my professor "our mobile phone contains some 100 million of transistors “I was astonished how some millions of transistors can be fitted into our palm size area that too with no electrical wires. I was paralyzed for a second hearing on this. Since then I started discovering the trends and technologies happening around me starting from CMOS transistors to quantum computers which works with q bits. In the process of my research I found that the role of an electronics engineer is not confined to electronics field alone .He plays a crucial role in many other departments like medical, mechanical, military, civil, etc. In any field majority of the work is carried by microprocessors and controllers which are embedded on electronic machines in the form of integrated circuits.
For instance, quantum mechanics and strong state material science may be important to a designer chipping away at VLSI, however are to a great extent immaterial to architects working with plainly visible electrical frameworks. Indeed, even circuit hypothesis may not be applicable to a man outlining telecom frameworks that utilization off-the-rack segments. Maybe the most vital specialized aptitudes for electrical engineers are reflected in college programs, which stress solid numerical aptitudes, PC education, and the capacity to comprehend the specialized dialect and ideas that identify with electrical building. An extensive variety of instrumentation is utilized by electrical engineers. For straightforward control circuits and cautions, a fundamental multimeter measuring voltage, current, and resistance might suffice. Where time-changing signs should be concentrated on, the oscilloscope is additionally an omnipresent instrument. In RF building and high recurrence information transfers, range analyzers and system analyzers are utilized. In a few controls, wellbeing can be a specific worry with instrumentation. Case in point, therapeutic hardware architects must consider that much lower voltages than typical can be perilous when terminals are specifically in contact with inside body fluids. Power transmission
Electrical engineering, I believe, is the only field where one’s work becomes the most instrumental part of one’s mundane activity and life, and the output produced stays forever to credit. My perception is that, this field requires a lot of patience, perseverance and management skills in order to be successful. The connection that electrical engineering offered between me and this world is the fact that you can become a person who can impact so many lives. This made me pursue Electrical Engineering. After four years of undergraduate studies in Electrical Engineering, I feel completely satisfied with my decision to choose this branch of engineering as my career option as it has revealed the most pragmatic and down-to-earth approach to tackling
In this world of rapid expansion of technology, there has been a strong need for people to keep up with the challenging requirements of the world of electronics. The present and future demands have increased at an exponential rate where it has become challenging to keep up with the demands of the world. According to an article by Kristina Fiore, “The final frontier has long driven people to pursue careers in electrical engineering, most famously during the Space Race and the Cold War, which sparked a major influx of inspired people into the profession” (51). Electrical engineers play a vital role in fulfilling these needs that the world is in need of today and in the future. Electrical engineers design, develop,
As a recent graduate from the University of Pune in Electronics and Communication Engineering. I have been innately curious throughout my life and I have interests in topics like genetics, evolutionary psychology, game theory and neurobiology. My current interests in electronics are in smart grids, SiC-based power devices, power converters and integration of power and control systems like power-supply on chip.
Being well acknowledged about the above saying has pushed me a mile further for every aspect of my life. The four year engineering course in Information Technology has always been a beautiful experience and has inspired me to put the knowledge into my Masters degree. This would allow me to enhance my knowledge about technology and its pros and cons and the guidance I would need. Gone are those days when man had to slog for simple works, he has advanced into boundaries which are unimaginable and has made his life easy, being an essential part of such an advancement has always been my motive. To attain my goal, my first priority would be in the field of research which will consist experiencing the applications in the real world steered by comprehensive know-how about technology. Technology has prevailed and casted its spell to parts unknown and now has been imbibed into man.
At the Univ. of Manchester, I got more opportunities to sharpen my research and practical abilities. In the coursework of VLSI design: logic gates circuit design, I designed schematic diagram and layout, and constructed models for simulations. Subsequently, I constantly adjusted relevant parameters based on the simulations and theoretical knowledge. In two weeks of continuous testing, I ultimately designed a chip circuit with a high response speed. Additionally, in the alarm clock design project based on Microchip PIC18F6722, I not only achieved the fundamental alarm functions on the basis of the limited circuit components and a microcontroller, but independently designed extra functions so that users can load music files via USB port. The clock could produce the corresponding melody as the alarm simply through a single buzzer. Although these are simple practices, the process of applying knowledge to actual applications brings me closer to my dream of becoming an