The Career Of An Electrical Engineer - 1527 Words

TITLE: THE CAREER OF AN ELECTRICAL ENGINEER Thesis: Electrical engineers are an imperative component of society. Purpose: To inform the audience about the career of an electrical engineer. INTRODUCTION I. What is an electrical engineer? A. According to the Bureau of Labor Statistics, an electrical engineer is defined as someone that can â€Å"design, develop, test and supervise the manufacturing of electrical equipment† (BLS). B. This is the traditional definition of what an electrical engineer does and it stands true to this day. However, this definition does not completely encapsulate the field of electrical engineering. This is because the field of electrical engineering is so unfathomably vast that it can be summarized better if we say: â€Å"It†¦show more content†¦Harnessing the power of electricity is the reason behind most of the advances made by mankind. 1. Innovations such as: the television, the radio and even the light bulb itself were all created by scientists who were masters of electrical engineering. These crucial inventions seem like relics of the past so we can now look at modern day achievements of electrical engineering. â€Å"The most innovative products today include wearable computing devices, eye-tracking technology, immersive technology and virtual reality† (Murray). B. Even though electrical engineers have proved monumental to our successes in the past and the present. The sheer potential that this field has in the future will allow electrical engineers to change the landscape of the world as we know it. 1. The main web page of Electrical Engineering from the University of Canterbury talks about just this subject. They state that their students are making the world a better place. â€Å"How? Helping the environment through improved energy efficiency, electric vehicles, electricity transmission, distribution and generation.† (University of Canterbury). Furthermore, electrical engineers are conducting research about new â€Å"renewable energy e.g, solar, wind, hydro, tidal.† (University of Canterbury) and how to utilize them to their maximum efficiency. If these engineers are able to make these methods cost effective, then they might literally change the landscape of the world. II. What does it take to