An Electrical Engineer's Perspective on Planning, Development and Management

Table of Contents

1. Introduction

2. Electrical Engineering Concepts

3. Planning, Development and Management Skills Necessary for Engineers

4. The Need for Management Skills

Introduction

For many decades, power creation and transmission and information have been underlying themes of electrical engineering, which are relevant even today. Undergraduate courses in the electrical engineering discipline focus mainly on electrical engineering functional aspects and means and methods of various applications. Electrical engineers focus on the transmitting and receiving of information. Information is divided in to analog and digital forms. Analog information is a continuous value, such as audio and video; whereas digital information is discrete with the best example being text. The FE exam review course recaps fundamentals of electrical engineering technology concepts.

Electrical Engineering Concepts

In the present contest, conversion of information-bearing signals from one energy form to another is known as energy conversion. Most of the conversion methods are inefficient since some input energy is lost as heat. Conceptually, any form of energy can be used to represent information, but electric signals are appropriate for information representation, transmission and manipulation. Electrical engineering concepts such as electrical signals, encoding information, voltages, current and electromagnetic waves manipulation skills play a predominant role in day-to-day activities of engineering practices. The Fundamentals of Engineering exam review course provides information to achieve a passing score on the FE exam by reviewing all of the above topics.

Planning, Development and Management Skills Necessary for Engineers

Planning is a functional concept that provides information about origins, components and ways of developing activities so that the development process is easy for electrical engineers. Planning is a symbolic representation of activities for achieving a goal. Theorists of planning developed four general steps in the planning processes. The steps are: define the goal state, define the problem state, note the differences between problem and goal states and determine the constraints to close the difference and redefine the goal. After these steps, the next actions are to plan construction and plan execution.

Development is a concept to apply to rather than find in individuals or performances across time. By analyzing productivity and implementation skills, engineers need to clearly explain the criteria that is basic to planning activities. Processing manpower resources, equipment and time alerts economy of actions. Planning an activity may be more or less economical for engineers. The effort to read the plan during its execution minimizes the expenditure and eliminates the need for rework. 

The Need for Management Skills

Electrical engineering is a professional service that requires effective management principles for the planning, development and execution of a project from design phase to completion phase. Cost and quality management principles reduce the cost, ineffective methods and reworking time. Implementation of OSHA and state/local regulations for all electrical engineering construction activities is mandatory for best management practices. The Fundamentals of Engineering exam review course recaps project planning, scheduling, OSHA principles and safety precautions.