Technology Meaning

UK /tɛkˈnɒlədʒi/
US /tɛkˈnɑːlədʒi/
Word Definition
technology meaning

Technology Definition & Usage

noun

The application of scientific knowledge for practical purposes, especially in industry.

Examples

  • "Advances in medical technology have improved patient care."
  • "The company is investing heavily in new technologies to stay competitive."
  • "Technology has changed the way we communicate and work."
  • "The rise of renewable energy technology is essential for sustainability."
  • "Many traditional industries are being transformed by new technologies."
noun

Machinery and equipment developed from the application of scientific knowledge.

Examples

  • "The factory has state-of-the-art technology for manufacturing cars."
  • "Agricultural technology has led to more efficient farming techniques."
  • "Military technology has advanced rapidly in recent decades."
  • "Technology in aviation has made air travel safer and more efficient."
  • "The company produces cutting-edge technology for the telecommunications industry."
noun

The branch of knowledge dealing with engineering or applied sciences.

Examples

  • "She majored in technology and now works as a software engineer."
  • "He has a deep understanding of the latest trends in information technology."
  • "The university is renowned for its programs in technology and engineering."
  • "The technology sector offers lucrative career opportunities."
  • "Technological innovation is often the result of interdisciplinary knowledge across science and engineering fields."

Cultural Context

The term 'technology' comes from the Greek word 'techne', meaning 'skill' or 'art', and 'logia', meaning 'study of'. Over time, it has evolved to describe the tools, techniques, and systems used to solve practical problems. As technology has rapidly advanced, it has become a central part of modern life, influencing everything from healthcare to communication and entertainment.

The Future in Her Hands

Story

The Future in Her Hands

Samantha had always been fascinated by technology. Ever since she was a child, she had a knack for taking things apart and putting them back together again. Now, as a young engineer working at a leading tech firm, she was at the forefront of a new wave of innovations that would change the world forever. Her latest project involved designing an AI-powered system to reduce energy consumption in large cities. As she sat at her desk, reviewing the code, her thoughts drifted back to the way technology had shaped her life. Growing up in a small town, Samantha had never imagined that technology would offer such vast opportunities. Her father, a mechanic, often talked about how machinery had changed the way people worked in his day, but Samantha was more interested in the software side of things. She’d spent her teenage years learning to code, driven by a desire to understand how the technology that powered everything from smartphones to self-driving cars worked. At the tech conference the week before, Samantha had met a group of innovators who were experimenting with renewable energy technologies. They had used solar panels, wind turbines, and advanced batteries to create a self-sustaining energy system that could power entire buildings. Samantha had been amazed by the potential of combining these technologies to create smarter, more sustainable cities. She couldn't wait to bring her own work on AI into the mix. As she worked, her phone buzzed with a message from her colleague, Jake: 'The CEO wants a demo of the energy-saving tech by the end of the week.' Samantha sighed. It would be a challenge, but she loved the rush of solving problems through technology. She knew that the world was changing fast, and she wanted to be part of it. Later that day, she met with her team. They discussed the latest advancements in technology and how they could incorporate them into their work. 'We’re not just creating software or machines,' Samantha said. 'We’re building the future.' The next few days were a blur of coding, testing, and tweaking. When the presentation day finally arrived, Samantha stood before a room full of industry leaders, showcasing their project. As the system powered on, reducing the energy consumption of an entire office building by 30%, the audience gasped. 'This is the future of technology,' Samantha thought, as the applause filled the room. In the end, the project was a success. Samantha had not only contributed to the development of innovative technology but had also proven that she could use her knowledge of engineering and applied sciences to create solutions for real-world problems. As the months passed, her work continued to shape the tech industry, but it was clear to her that the true power of technology was in its ability to improve lives and protect the planet for future generations.

The Future in Her Hands