The best definition of technology is the study and transformation of techniques, tools, and machines created by humans. Technology enables man to study and develop the physical elements that are present in his life.
We can study the technology of an automobile engine, the technology of television, and the technology of a profession or art. Nature cannot be viewed as a technology because humans played no role in its creation. Surface, but not deep. In this case, we call it science.
Science is a theoretical knowledge that man tries to master in order to understand the functioning and the connection between different natural phenomena. Rather, technology is practical knowledge that is alive. We study technology to improve the observed object. It is an activity that is always on the go. On the contrary, science is frozen in time. The science of mathematics has changed little for centuries. .The concepts have remained the same.
For example, the technology of a mobile phone did not exist 100 years ago. It is the engineers who invented it. Technology can be simple or complex, which is why many types exist. In this article, I have mentioned the meaning of technology, why it came to be, and the different kinds that surround us.
What is Technology?
Technology is a collection of terms and knowledge used to achieve a precise goal that leads to the solution of a specific problem that the individual has or the satisfaction of some of his or her needs. that can range from electronics to art.
Examples: Invention of tablets that can do the work of the computer. Tablets are overly light and portable, thanks to technology.
As well as the development of robots to automate repetitive tasks.
Important Aspects Of Technology:
Technology is about understanding how knowledge is creatively applied to organized tasks with people and machines that achieve sustainable goals. There are three important aspects to this definition:
- Technology is about taking action to meet a human need rather than simply understanding how the natural world works, which is the goal of science. The invention of the microscope was driven by the need to explore the world of the small, beyond our vision, without help. This technological solution to a long-standing problem has in turn allowed us to better understand how the world works, which in turn has led to the development of more technologies.
- It uses far more than scientific knowledge and includes values as well as facts, practical craftsmanship and theoretical knowledge. The iPod is an example of how the physics of a small device that carries so much music is combined with creative design to make an iconic must-have accessory.
- It encompasses organized procedures, it encompasses the intended and unintentional interactions between products (machines, devices, artifacts) and the people and systems who manufacture them, use them or are influenced by various processes. Drink coffee, often in a coffee shop. This coffee can come from trees specially grown for higher yields that will feed a smallholder and his family, but that require pesticides developed and manufactured in another country. The harvested coffee beans are transported around the world, processed and packed in packaging that is distributed to companies, which then manufacture the coffee cup in a specially made Styrofoam cup, which then has to be disposed of. Every decision we make is based on and nourishes a highly interdependent and powerful way of life in which some have a lot and some have little.
- Technology is practical, you can have a job that requires people to have skills in many of the following areas: engineering, communication, design, development, innovation, management, manufacturing, modeling, and systems thinking. But technology also provides us with various products that can be used for better or for worse or for disputed advantages, and we should all care about the processes involved in the production and use of technology to determine whether it will benefit us for a sustainable future us and everyone else.
Types of Technologies:
Technology using elements of hard science such as engineering, mechanics, math, physics, chemistry, and others can be used in this way as an example of hard technology applied to the field of computer science, biochemistry, and electronics, etc.
Further features of this technology are that the product obtained is not only visible but also tangible, for example, the manufacture of material goods.
Technology-based on humanistic or soft sciences such as sociology, psychology, economics, etc. Generally, they are used to make improvements within institutions or companies.
Companies that allow them to achieve their goals more effectively, in this case, the product obtained is neither visible nor tangible, as it consists of the development of services, strategies, theories, and others.
In short, hard technology gives us tangible assets, like a wooden spoon, and soft technology gives us intangible assets, like creating and developing software. It is common to associate soft technology with business, management, and administration. Hard technologies, on the other hand, are closely related to physics and chemistry.
On the other hand, we find a flexible technology that diffuses technologies in different fields.
For example, the microchip can be used in both telephones and computers, as well as in the technologies that comprise the set of technologies for a specific product or area (for example, rat poison can be used to purposefully eliminate that animal).
To Sum Up:
The role and influence of technology in our personal and work lives is increasing. Understanding how people shape technology and how technology affects people’s interactions with one another and with nature is important not only for those who research, develop and implement new technologies but also for all persons and organizations that need to use these technologies shapes her professional and private life.
Technology is not a neutral word, different people will give it a different meaning depending on your point of view and context.