Technology, or telecommunications, is an essential part of human civilization. There are many forms of technology and their uses. The history of technology goes back as far as the hand tool. In this day and age, technology has been used to manipulate the environment and produce energy. This includes energy conversion, petroleum production, and refinement. Another important branch of technology is food production, which includes cereal farming, beekeeping, coffee, and other beverages. Many of these products have a significant economic impact, such as soft drinks and beer.
Both science and technology are integral parts of modern society, resulting in new discoveries, products, and companies. While both rely on the same five basic components, science is concerned with understanding the physical world and its processes. Technology, on the other hand, develops and uses the abstract to produce and improve processes and devices. These two fields are considered part of the STEM (science, technology, engineering, and mathematics) disciplines. As such, both science and technology have the potential to revolutionize many areas of life.
For the student interested in studying science and technology, STS integrates two broad streams of interdisciplinary scholarship. STS studies scientific knowledge production, dissemination, and impact, and explores the implications of technological systems on different groups. Scholars in STS study the history, philosophy, and practices of science and technology, as well as the ethical, social, and economic implications of technological systems. Further, the discipline focuses on the implications of technology for human health, peace, and democracy.
Exploration and discovery are both fundamental aspects of science. The two activities are fundamentally different, yet highly interdependent. Each requires an intense level of dedication, energy, and discipline. Further, technology applications are the result of discovery. The science behind new inventions and discoveries is the foundation of the technological world. By using knowledge to advance humankind, we can make the world a better place to live in. However, this type of innovation can only happen when the human mind is pushed to the limit.
If you have the curiosity to learn more about engineering, this article is for you. The field of engineering focuses on the creation, development, and testing of tools, devices, and information systems. Its diverse fields include aeronautics, chemical engineering, mechanical engineering, software engineering, computer programming, and more. Many fields of engineering are similar, but some are more practical and involve hands-on work. For example, computer engineers work for Apple and other popular companies.
The origins of engineering technology education can be traced to the 1940s, when military equipment needed improving. Radar and navigation systems were among the technologies developed during the war. Other engineering professions have their roots in the ancient world. Today, many universities offer engineering technology degree programs. Many of these programs are online or in traditional universities. Both of these programs help technologists further their skills and advance their careers in a rapidly-changing engineering field.
After graduating from an accredited engineering technology program, you’ll be well-prepared to begin your career in this exciting field. These programs can last two or three years, and they have as many classroom hours as a 4-year engineering degree program. Some of them even have their own job titles! If you’re a hands-on learner, consider engineering technology as a viable career path. The links below provide more information about the engineering technology degree program and other resources to help students succeed in school.