Technology is the means by which scientific information is used for practical ends. Individuals can use technology to: Provide products or services. Carry out goals, for example, in the areas of scientific research or sending a man on the moon. Solve global problems, for instance, in the areas of disease or hunger. Design machines that are able to do extraordinary things, like build skyscrapers or fly planes. Design and build computers, cell phones, and other modern conveniences.

Technologists learn all this through a process called scientific reasoning. They analyze, synthesize, and evaluate scientific knowledge to arrive at practical outcomes. This is usually done through several stages of research and development. There is typically a combination of art and science applied to produce new knowledge. Many people are interested in this field because they can use this knowledge to solve problems for people.

Some of the typical technological activities include computer science, engineering, computer engineering, electrical engineering, mechanical engineering, computer sciences, and applied physics. These fields combine theoretical knowledge with practical application to solve real-world problems. Additionally, these disciplines can sometimes combine with other more advanced scientific areas to increase the depth of understanding. There is a wide range of possibilities when it comes to using these theories and methods in order to advance knowledge. Individuals can learn a wide variety of skills in these broad areas.

The term ‘technology’ actually refers to the study of how science and technology are applied in practical life. In most regards, technology refers to the application of scientific knowledge in practical life to derive new knowledge, test predictions, create new technology, solve problems, and collect data. In laymen’s terms, technology is used to describe things that fall under the category of being practical. Practical knowledge on the other hand refers to general knowledge.

For instance, if a person wants to build a car, he will learn the various components that go into the making of such a vehicle. He will learn about the various fuels that go into such a vehicle. He will also learn about airbags and the mechanisms involved in deploying those airbags. He may very well also learn about the myriad problems that automobile safety systems come with, and how to best avoid them in order to keep his automobile safe. All of this information learned during the process of developing a car will be called technological knowledge.

In a broader sense, knowledge of this nature refers to general knowledge, on the one hand, and practical application, on the other. Therefore, it can also be used to refer to the application of scientific and technological concepts in real-world situations. All of the foregoing examples simply illustrate the fact that knowledge of this type has both theoretical and practical applications. In the end, it all boils down to the ability to understand and communicate the relevant information to others.