Engineering is a broad field that uses math and science to create practical things. It has many subfields and requires different types of training. Engineers solve problems and collaborate with others. The field is regulated to ensure safety.
Engineering is an incredibly broad field that involves harnessing mathematical and scientific concepts to create practical and useful things, ranging from automobiles to wind turbines. This field is huge, encompassing people in a huge range of industries, and some people call it “the invisible science,” because engineers are often unknown and unsung, despite the fact that the work they do is very important. Many colleges and universities offer courses in this discipline for people interested in pursuing it as a career.
As a very ancient field of human endeavor, engineering was utilized by early humans, who used their knowledge of the natural world to figure out things like irrigation patterns and how to build boats that wouldn’t sink. Over time, as humans learned more about science and mathematics, engineering became more complex and this field paved the way for modern society. Anyone reading this article benefits from a product in this field, be it a computer or other similar electronic device.
There are a number of subfields of this discipline, including mechanical, computer, electrical, military, civil, environmental, aerospace, and chemical engineering. All of these fields require different types of training; Aerospace engineers, for example, learn a great deal about physics and space in the course of their work, while environmental engineers consider issues such as pollution control and the impact humans have on the environment.
Most engineers pride themselves on being problem solvers. Their field of work involves analyzing a problem, such as a city’s need for a secure and stable water supply, and creating a solution, such as an aqueduct. In the course of their work, engineers often interact with people in a number of other disciplines, and this field of work places a high value on collaboration, fact-checking, and quick thinking.
Most countries regulate the field, because engineers participate in projects that could be very dangerous if conducted without proper training. For example, engineers analyze the plans of structures to make sure they are solid and stable; an unqualified civil engineer might approve plans for a bridge or building that could fail with catastrophic results. Most people pursuing a career in this field have both college and university education and may also be required to complete exams.
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