Modernization Catalyst: Engineering Technology
Imagine the world without engineering and you’ll instantly think of a picture you saw from a book on prehistoric times. There would be no high-rise buildings racing to touch the sky first. There would be no cars or roads to make travel for people and transporting goods convenient and quick. Electronic devices and computers would be non-existent, making work and entertainment activities less enjoyable. Without engineering, the world would be that backward. Everything would be basic and living would certainly be more difficult.
Fortunately, you were born in an era when scientists and engineers had developed ideas into realities. With the advance of mathematics and its application in practical situations, engineering has evolved continuously to provide mankind with the most advanced technological wonders. However, as the decades and centuries pass by, the concept of engineering has changed. In earlier times, engineering concepts were primarily based on mathematical expressions. Now, after many experimental successes, mathematics is the unseen heart of every visible machine. This is already the era of engineering technology, the more practical side of engineering as a science.
If engineering is the application of science and mathematics, engineering technology is the application of engineering itself. A student taking this course is not obliged to learn more about the mathematical concepts behind the machines. Therefore, they don’t encounter much of the mathematical origins of such ideas. However, he’ll concentrate more on the potential capabilities of current devices in order to realize these through actual innovations. If you enrol in this course, you become part of the few who will prompt further technological advancement.
This course can be distinguished from the traditional engineering program in several ways. As pointed out earlier, this course doesn’t burden the student with heavy mathematical subjects. Someone who is enrolled in an engineering program will surely have his hands full with that. Because of this type of training, graduates of an engineering program are rarely seen on the frontlines of production. Instead, they’re often seen hunched over the drawing board or huddled together for planning. Unfortunately, this may cause him to being unaware of the real problems besetting production.
An engineering technology graduate, on the other hand, is the person with the machine directly in his hands. Usually, he’s not involved in the planning stage. In fact, they may even consult with you before they start formulating plans. In fact, most of the ideas on which the plan is based must come from his own practical experience. His role is therefore very important no matter what field of engineering is involved, whether it’s structural or electronics.
Of course, you can always consider taking a longer engineering course. After all, you’re the only one who can decide on your career path. However, if you think that too much mathematics is not very good for you, then enrol yourself in an engineering technology degree instead. This degree trains you to put your ideas not only in a notebook or a computer. With this course, you prepare yourself to meet the future demand in engineering products.
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