module

简明释义

英[ˈmɒdjuːl]美[ˈmɑːdʒuːl]

n. （机器、建筑物等的）组件，模件；（课程的）单元，模块；（计算机）模件，功能块；（航天器的）舱

复 数 m o d u l e s

英英释义

单词用法

同义词

反义词

例句

1.Go download the module and get started.

去下载这个模块，然后开始。

2.They tightened bolts and made connections so ammonia could flow into the module.

他们拧紧螺栓并进行连接，这样氨就可以流入到舱内。

3.Some people have argued there's a module for sociology, for dealing with human groups, races and classes and so on.

有些人认为存在一个社会学模块，用以面对各种人类团体，种族以及阶级等等。

4.Create a module.

创建一个模块。

5.A rescue plan could be achieved by sending an unmanned module to the space station.

营救计划可以通过向空间站发送一个无人舱来完成。

6.If your project is developing an integrated circuit, you will have to take a module on advanced concepts in microelectronics.

如果你的项目是开发集成电路，你就必须学习一个课程，这个课程是关于微电子领域的先进概念。

7.This module (模块) allows users to customize their settings.

该模块（模块）允许用户自定义设置。

8.Each module (模块) in the course focuses on a specific topic.

课程中的每个模块（模块）都专注于一个特定主题。

9.The training program is divided into three modules (模块) for better learning.

培训项目分为三个模块（模块），以便更好地学习。

10.The software consists of several different modules (模块) that can be updated independently.

该软件由几个不同的模块（模块）组成，可以独立更新。

11.You can add more modules (模块) to enhance the functionality of your system.

您可以添加更多的模块（模块）以增强系统的功能。

作文

In modern education, the concept of a module (模块) has become increasingly significant. A module (模块) refers to a self-contained unit of study that focuses on a specific topic or skill. This approach allows students to engage with material in a more focused and manageable way. For instance, in higher education, courses are often divided into several modules (模块), each covering different aspects of the subject matter. This structure not only helps students to digest information more effectively but also encourages them to take ownership of their learning process.One of the primary advantages of using modules (模块) in education is flexibility. Students can choose which modules (模块) to take based on their interests and career goals. This personalized learning experience enables them to tailor their education to meet their specific needs. For example, a student pursuing a degree in computer science might select modules (模块) such as artificial intelligence, data science, and web development. This targeted approach helps students build a robust skill set that is relevant to their future careers.Furthermore, modules (模块) often include various forms of assessment, such as projects, presentations, and exams. This diversity in evaluation methods caters to different learning styles, allowing students to demonstrate their understanding in ways that suit them best. For instance, a student who excels in practical work may perform better in a project-based module (模块) than in a traditional exam setting. This adaptability not only enhances student engagement but also fosters a deeper understanding of the subject matter.In addition to academic settings, the concept of a module (模块) has found its place in various industries. For example, in software development, a module (模块) can refer to a distinct component of a larger application. These modules (模块) can be developed independently and then integrated into the final product, allowing for greater efficiency and collaboration among developers. This modular approach simplifies the development process, making it easier to update or replace specific features without overhauling the entire system.Moreover, the use of modules (模块) can enhance problem-solving capabilities in teams. When team members work on separate modules (模块), they can focus on their specific tasks while still contributing to the overall project. This division of labor not only streamlines the workflow but also promotes innovation, as individuals can experiment with new ideas within their modules (模块) without affecting the entire project.In conclusion, the idea of a module (模块) plays a crucial role in both education and industry. By breaking down complex subjects or systems into smaller, manageable parts, modules (模块) facilitate focused learning and efficient collaboration. As we continue to advance in technology and educational practices, the importance of modules (模块) will undoubtedly grow, shaping the way we learn and work in the future.

在现代教育中，“模块”的概念变得越来越重要。“模块”指的是一个自包含的学习单元，专注于特定的主题或技能。这种方法使学生能够以更集中和可管理的方式接触材料。例如，在高等教育中，课程通常分为几个“模块”，每个模块涵盖主题的不同方面。这种结构不仅有助于学生更有效地消化信息，还鼓励他们对自己的学习过程负责。使用“模块”在教育中的主要优点之一是灵活性。学生可以根据自己的兴趣和职业目标选择要修读的“模块”。这种个性化的学习体验使他们能够根据自己的特定需求量身定制教育。例如，攻读计算机科学学位的学生可能会选择人工智能、数据科学和网络开发等“模块”。这种针对性的方式帮助学生建立与未来职业相关的强大技能组合。此外，“模块”通常包括各种形式的评估，例如项目、演示和考试。这种多样的评估方法适应了不同的学习风格，使学生能够以最适合他们的方式展示自己的理解。例如，一个在实践工作中表现出色的学生可能在基于项目的“模块”中表现得比在传统考试环境中更好。这种适应性不仅增强了学生的参与感，还促进了对学科内容的深入理解。除了学术环境外，“模块”的概念还在各个行业中找到了立足之地。例如，在软件开发中，“模块”可以指大型应用程序的一个独立组件。这些“模块”可以独立开发，然后集成到最终产品中，从而提高开发人员之间的效率和协作。这种模块化的方法简化了开发过程，使得更新或替换特定功能变得更加容易，而无需彻底改造整个系统。此外，使用“模块”可以增强团队的解决问题能力。当团队成员在不同的“模块”上工作时，他们可以专注于自己的特定任务，同时仍然为整个项目做出贡献。这种劳动分工不仅简化了工作流程，还促进了创新，因为个人可以在自己的“模块”中尝试新想法，而不会影响整个项目。总之，“模块”的概念在教育和工业中都发挥着至关重要的作用。通过将复杂的学科或系统分解为更小、更易管理的部分，“模块”促进了集中学习和高效合作。随着我们在技术和教育实践上的不断进步，“模块”的重要性无疑会增长，塑造我们未来的学习和工作方式。