Before talking about industrial engineering technology, we have to generally talk about technology and specifically about engineering technology. Below, we’ll discuss in brief about the exact definition of technology, engineering, and we will find out some definitions of careers related to technology.

What is technology?

Technology is the knowledge or expert skill of how to realize things, whether in industry or in our daily lives. Technology usually requires specific equipment used to achieve some purpose.

What is engineering technology?

Engineering technology is the application of science and engineering to a good range of world problems. Engineering technicians and technologists add partnership with engineers or scientists to bring humanity-benefitting designs from the realm of pure theory into reality, developing improvements to existing processes or creating entirely new technologies.Industrial engineering is the science of the application of modern materials; industrial engineering is the utilization of engineering and manufacturing technology to realize fast, simpler, and efficient production. Industrial technology employs expert professional people in order to operate big machines and configure equipment.

Degree in industrial engineering technology

A degree in industrial engineering technology includes coursework that will touch on subjects like materials science, computer-aided drafting, and quality control. An associate's program in industrial engineering technology will enable you to become an industrial engineering technician, maintaining and repairing equipment. A bachelor's degree in industrial can allow you to pursue a career as an industrial engineering technologist, which may involve more of the initial development of devices, along with manufacturing and maintenance. Prerequisites include a strong high school background in writing, math, communications, and physics.

The difference between Engineering and Engineering Technology?

Within the engineering profession, there are several different categories, each with its own purposes and features. But two of these categories, engineering, and engineering technology, are highly misunderstood. The distinction between engineering and engineering technology originates from differences in their educational programs. Engineering programs focused on the progress of skills and consist of a series of engineering principles and design courses, built on complex mathematics and science courses. Whereas, Engineering technology programs are directed to application and supply the scholars initial mathematics and science courses, and only a selected introduction to engineering principles. Thus, engineering programs provide their graduates students a knowledge that allows them to work as designers, while Engineering technology programs prepare their graduates to apply others’ designs.

Some useful definitions

  • Engineering scientists

Engineering scientists have a doctorate in engineering; they are team members. They work to find out new ways to be used in new discoveries in order to advance technology for mankind.

  • Engineers

An engineer uses the knowledge of science and mathematics to design, maintain, and develop ways to be used and benefited by humanity. They often work closely with engineering scientists in developing new technology via research projects. The engineer is responsible for the research, analysis, and development of ideas, the skills required in this part are mathematics, science, and fundamental physical design.

  • Engineering technologists

Once the engineer proves that an idea is theoretically possible, the engineering technologist brings the idea to reality; through tasks related to testing and evaluation, production, technical analysis, and distribution or sale, the technologist’s work is to apply engineering principles in a tangible manner.

  • Engineering technicians

In order to ensure that the whole project continues moving forward, the technician's role is to ensure all machines being utilized are functional and working for the technologist’s real-world adjustments to the engineer’s designs.To sum up, the engineer creates designs; the technologist figures out how to apply those designs in real life, and the technician keeps the technology working throughout the process.

Originally published on Live Positively.