Systems engineering is like putting together a puzzle, matching varied pieces together to make one cohesive whole. Engineers in this field interact with others in a variety of disciplines, depending on their particular industry, and strive to ensure that the individual parts can work together to perform a desired function.
Responsibility is the name of the game in project engineering, and it can come in many forms. From directing a team of individuals and keeping track of a project's status to evaluating economic factors for future jobs, project engineers have a hand in many aspects of development and post-production support.
Nuclear science is a variable field, with applications ranging from power generation to medical diagnosis and treatment. While many people may think of nuclear weapons or reactors when they think of this field, nuclear engineers deal with issues and applications that go far beyond the stereotypes.
Since the days of Henry David Thoreau, environmentalism has been a noble field, exalting the land and water that our society too casually pollutes and disregards. Engineers who enter the environmental field can expect a work day that brings them in close contact with the earth—taking soil samples and testing air quality are two common assignments.
Project engineering involves planning the work; organizing a team to bring the task to fruition; controlling each of the steps along the way, solving problems; and ultimately, being responsible for final results
As the world continues to grow more computer-dependent, programmers occupy an increasingly important position, ensuring that functions and applications keep up with the changing needs of industry and individuals.
If the computer is the automobile of the business world, then software fuels the engine. Although computer systems hold a prominent position in every industry, it's software that enables us to use the computer to its full potential and not just as a pricey solitaire machine.