As planners, they envision the future, especially how and where we will live, and how we will travel. Electrical and computer engineering is the control and transformation of energy and information. The work of electrical and computer engineers touches almost all aspects of modern technology, from space vehicles exploring earth's outer plants, to microscopic circuits on the chip of a lap-top computer. Creative professions, electrical and computer engineering are key ingredients in research, development, design, testing, manufacturing and operation of new technologies. In the complex control of technology, such as nuclear power reactors or even small robots, electrical and computer engineering are essential.
Mechanical engineering impacts all technology of the past, present and future.
From the early manufacturing of Model Ts, to the launching of today's Space Shuttle, to the development of tomorrow's biomechanics, mechanical engineering is integrally involved. Mechanical engineering is changing technology, which is then changing mechanical engineering. The traditional mechanical components of machinery and manufacturing are now being altered with new developments in superconductivity, precision engineering, robotics and energy conversion. Engineering technology emphasizes strong fundamental engineering and technology skills learned through study and practice. The knowledge and experience gained through the engineering technology programs prepares students for interesting and high-paying jobs.