The word technology derives from two Greek words: techne and logos. Both mean “craft and art”. Essentially, technology is the application of art or skill to attain a goal. Logos, on the other hand, is a word that expresses inward thought. It can also mean “discourse.”
Science and technology studies are interdisciplinary fields that investigate the development and creation of science, technology, and their social, cultural, and historical contexts. The study of these topics helps us understand how science is used and the consequences of its application. For example, we can examine how science has influenced the development of the industrial revolution. We can also explore how science affects the way we live and think.
Science and technology are closely related, and the development of one inspires the development of the other. Some examples of this dynamic tension include space science, medical instruments, radar systems, and nuclear technology. In addition, advances in technology stimulate research in science. As a result, new discoveries can improve our lives. So, if you’re interested in science or technology, read this eBook!
Science and technology is a central part of the American economy and a critical force in international development. Through public diplomacy programs and capacity building programs in emerging markets, the Department of State aims to promote scientific and technological development globally. This helps foster open systems of governance. Moreover, these programs advance U.S. foreign policy priorities.
While technology is important in our lives, it can also be detrimental. For example, the invention of the microscope allowed scientists to examine the world of tiny objects in detail. This technology led to many scientific breakthroughs, such as the discovery of cells, spectral lines, and seismometers. In the past, science and technology were separate, but today, we use these tools to enhance the way we live.
Engineering in technology involves the design and construction of things. The process of engineering involves the use of complex mathematics, design principles, and scientific knowledge. Engineers must have strong conceptual skills and understand the physical world. There is a wide range of engineering careers available. Some engineers specialize in one field. Others focus on more than one area.
Engineers help create machines and systems and solve complex problems. They translate scientific discoveries into practical applications. They use exact science language and design to make things work. They are responsible for many modern machines and tools. They also design and build structures that make our lives easier. Some of the most famous inventions were designed by engineers.
An undergraduate degree in engineering technology typically requires higher-level mathematics, such as calculus, as well as a working knowledge of the natural sciences. An engineering degree prepares students for research and development. Students who choose an undergraduate degree in engineering are usually called engineers. However, the National Bureau of Labor Statistics (NBLS) does not list a separate category of graduates called technologists, so they are often referred to as engineers instead of technologists. While there are some differences between engineers and technologists, they are generally similar.
Graduates of engineering technology degrees have great job prospects. There is a high demand for these professionals in specific fields. Here are some links to resources that can help prospective students in their career search. Before pursuing an engineering technology degree, it is important to consider the requirements and projected career path. In addition, it is important to ask yourself whether you have the aptitude for math, science, and technology.