System Meaning
System Definition & Usage
A set of connected things or parts forming a complex whole, especially in the context of social, technological, or mechanical structures.
Examples
- "The healthcare system is in urgent need of reform."
- "They have implemented a new transportation system to reduce traffic congestion."
- "The banking system in this country is highly regulated."
- "The system was designed to improve communication within the company."
- "A good education system is crucial for a nation's future."
A method or procedure for doing something in an organized or regular way.
Examples
- "He follows a strict exercise system to stay healthy."
- "The teacher uses a grading system based on student performance."
- "They have an effective filing system for all their records."
- "The company’s time management system has boosted productivity."
- "Our project follows a step-by-step system to ensure consistency."
A set of principles or theories that organize and explain phenomena within a particular scientific or technical domain.
Examples
- "Newton’s laws of motion are part of a physical system that describes movement."
- "The software system is built using advanced algorithms."
- "The immune system is a complex network of cells that protect the body from pathogens."
- "He is studying the solar system and its planetary dynamics."
- "The computer system crashed due to an error in its code."
Cultural Context
The word 'system' has its origins in the Greek word 'systēma,' meaning an organized whole. Over time, its usage has expanded across various fields such as science, technology, and social sciences. A 'system' can refer to anything from a series of related machines, a method of working, or even the social institutions governing a country. The flexibility of the word makes it integral to discussions about organization, efficiency, and complexity in both everyday life and specialized fields.
The New System
Story
The New System
In the bustling city of Riverton, a team of engineers was tasked with implementing a new transportation system to alleviate the city's chronic traffic problems. As the project manager, Ava knew this was a challenge unlike any she had faced before. She gathered her team for their first meeting to discuss the design. 'We need to create a system that works seamlessly, not just on paper but in real life,' Ava said. 'We’re not just building a series of roads and buses; we’re designing a system that will change the way people move through this city.' Over the following months, the engineers worked tirelessly, integrating advanced technology into the system. They used real-time data to predict traffic patterns and adjust routes dynamically. Ava also ensured the system was environmentally friendly, incorporating green energy solutions where possible. 'A system that works for everyone – that’s the goal,' she often reminded her team. When the system was finally unveiled, the city saw immediate improvements. Traffic was reduced by 30%, and public transport became more reliable than ever. The system included buses, light rail, and even electric bike-sharing stations, all interconnected in a way that made commuting efficient and convenient. But as Ava was walking through the newly redesigned station one evening, she overheard a conversation between two commuters. 'This new system is amazing,' one said. 'I’ve never been able to get to work this quickly before.' The other nodded. 'It’s great, but I wish they had done something about the old system too. The roads are still a mess.' Ava smiled to herself. She knew that building a successful system was just the beginning. Maintaining it would be a never-ending challenge. Her work wasn’t done yet, but she felt a sense of pride. 'Systems,' she thought, 'they’re not just about the tools you use, but about how everything fits together.'
Related Words
