I Want to Continue Pursuing Knowledge in Electronic Engineering

New sciences have also contributed to technology, as in the theoretical preparation for the invention of the steam engine. In the 20th century, innovations in semiconductor technology increased the performance and decreased the cost of electronic materials and devices by a factor of a million, an achievement unparalleled in the history of any technology.”

I decided to pursue engineering, hence opted for the science stream in high school. I spent innumerable hours during high school to pursue my interest in mathematics and prepare me for undergraduate study in this field. My effort and dedication paid off when I secured a seat in Delhi Technological University (DTU), one of India′s premier engineering institutes. The fascination with mathematics led me to choose Mathematics and Com- puting as my undergraduate field of

Electrical- The study and application of electricity, electronics, and electromagnetism. These engineers will face problems such as making

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.

In today's society, there is a greater need for engineers than in previous decades. In an age of advanced technology, engineers are vital to the technological revolution that will fuel human development. It is an important movement that I want to be a part of.

An electrical engineer is able to create, manipulate, transmit and receive data by electronic means such as 1’s and 0’s. What electrical engineers do is deal with problems associated with large-scale electrical systems such as power, transmission, and motor control. Electrical engineers deal with electrical components that can span from the earth all the way to intergalactic space. One life changing invention is that of the transistors. The transistor is small semiconductor that allows the flow of current to a source, it is able to stop or it amplify it depending on the type used. This is only one of the many remarkable inventions electrical engineers get to deal

electronics that is not relevant to work; people need to prioritize on what is most important. By

I as an electrical engineer pursuing my master in electrical and electronic engineering developed a skill to solve the problem. During my bachelors, I studied natural and physical science and basic fundamentals that are required in the engineering field and also gained vast knowledge how to identify and tackle new problem in the practical world.

Electrical engineers have an impact on the world in this way by trying to find better energy sources to fuel us and keep the power on but what helps electrical engineers is what tools they use.

In this program, students will be taught how to figure out what is wrong with circuits and how to fix them so that they are functioning properly again. Math, science, and technology concepts will be used to ensure that the units work correctly.

Cell phones, computers, satellites, and televisions; all things we have today thanks to the electronics engineers of the world. Electronics engineering techs are engineers that develop, design, fix, and test new technology and electronics. Electronics engineering techs need various types of training and education to be successful. They need to have certain characteristics to succeed. Characteristics like creativity, skillfulness, and intelligences to name a few. As a plus, the world revolves around electronics, so this seems like a huge job market and there must be a huge demand, so why not be the supply. This is why I want to be an electronics engineering technician.

The opportunities in the electronics field expand rapidly as the world depends on technology more and more daily. From the moment that we wake up till the moment we arrive at school or work, we have used technology multiple times. All industries use technology in one way or another, coming all the way from automotive to landscaping. Every industry runs on electric and would need an electrician to repair the building or to construct a new project. Manufacturers operate on a daily basis, but cannot operate without electricity on the premises, thus creating new jobs for specialists in that field.

My true passion for engineering began when I came across the quote: "Technology are devices that make our lives better". Despite my first love of mathematics, my recent interest for engineering has come from two major influences. The first being my mathematics and physics teachers, both engineers by nature, who have helped me enhance the fundamental skills essential for engineering and embrace the importance of the field. The second being the learning about uses of technology in Computer Science, it taught me the magnitude of which technology contributes to our everyday lives has led me to intensify my desire to improve the lives of others.

Electrical components of equipment provide power. Electronic components of equipment provide power. Electronic components control the equipment, although many types of equipment still controlled with electrical devices.(Career Information Center) Electrical and electronic engineers may supervise crews of electrical workers who do routine work in the generating station. They often use their knowledge of electrical engineering technology to diagnose electrical workers to do them. Some electrical and electronic engineering technicians work for industrial plants that use electricity.(Career Information Center) Electrical engineers apply their knowledge of the science to working with equipment that produces and distributes electricity, such as generators, transmission lines, and transformers. They also design, develop, and manufacture electric motors, electrical machinery, and ignition systems for automobiles, aircraft, and other engines.(Careers In Focus: Engineering pg.55) Electrical engineers focus on high-power generation of electricity and how it is transmitted for use in lighting homes and powering factories. They are also concerned with how equipment is designed and maintained and how communications are transmitted via wire and airwaves. Engineers use basic knowledge collected by scientist to solve a

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 .