human engineering

简明释义

人体工程学

英英释义

例句

1.The company implemented new policies based on the principles of human engineering (人类工程学) to improve employee productivity.

该公司根据人类工程学的原则实施了新政策，以提高员工的生产力。

2.The ergonomic chair was developed using human engineering (人类工程学) principles to support long hours of work.

这款符合人体工学的椅子是基于人类工程学原则开发的，以支持长时间的工作。

3.In designing the new software, the team focused on human engineering (人类工程学) to enhance user experience.

在设计新软件时，团队专注于人类工程学以提升用户体验。

4.The success of the product was largely due to its human engineering (人类工程学) design that meets user needs.

该产品的成功主要归功于其满足用户需求的人类工程学设计。

5.Training programs now incorporate human engineering (人类工程学) techniques to improve safety in the workplace.

培训项目现在纳入了人类工程学技术，以提高工作场所的安全性。

作文

In today's rapidly evolving world, the concept of human engineering (人类工程学) has gained significant attention across various fields, including psychology, technology, and even healthcare. Human engineering refers to the design and optimization of systems, processes, and environments to enhance human performance and well-being. This interdisciplinary approach integrates knowledge from multiple domains to create solutions that improve the interaction between humans and their environments.One of the most prominent applications of human engineering is in workplace design. As organizations strive to boost productivity and employee satisfaction, they increasingly turn to human engineering principles to create ergonomic workspaces. By considering factors such as physical comfort, cognitive load, and social dynamics, companies can design office layouts that minimize distractions and promote collaboration. For instance, adjustable desks, proper lighting, and noise-canceling technologies are all products of human engineering aimed at fostering a conducive work environment.In addition to workplace applications, human engineering is crucial in the development of technology. As our reliance on digital devices grows, ensuring that these technologies align with human capabilities and limitations becomes paramount. User interface design, for example, is heavily influenced by human engineering. Designers must consider how users interact with software and hardware, ensuring that products are intuitive and accessible. This focus on user-centered design helps prevent errors and enhances overall user experience.Healthcare is another area where human engineering plays a vital role. The design of medical devices, patient care environments, and health information systems must prioritize human factors to ensure safety and efficacy. For instance, the layout of a hospital room can significantly impact patient recovery. By applying human engineering principles, healthcare facilities can create spaces that reduce stress and promote healing. Furthermore, training programs for healthcare professionals often incorporate human engineering concepts to improve communication and teamwork, ultimately leading to better patient outcomes.Moreover, human engineering extends into the realm of education. Educators are increasingly recognizing the importance of designing learning environments that cater to diverse learning styles and needs. By applying human engineering principles, schools can create classrooms that foster engagement and collaboration among students. This might include flexible seating arrangements, interactive technology, and inclusive teaching methods that accommodate various abilities.As we continue to advance technologically and socially, the importance of human engineering will only grow. It challenges us to think critically about how we design systems and environments that serve humanity. By prioritizing human needs and capabilities, we can create a future that enhances well-being and performance across all aspects of life. In conclusion, human engineering (人类工程学) is not just a theoretical concept; it is a practical approach that has profound implications for how we interact with the world around us. Whether in the workplace, healthcare, technology, or education, embracing the principles of human engineering can lead to more effective, efficient, and humane solutions that benefit society as a whole.

在当今快速发展的世界中，人类工程学的概念在心理学、技术甚至医疗保健等多个领域获得了重要关注。人类工程学指的是设计和优化系统、流程和环境，以增强人类的表现和福祉。这种跨学科的方法整合了来自多个领域的知识，以创造改善人类与环境之间互动的解决方案。人类工程学最显著的应用之一是工作场所设计。随着组织努力提高生产力和员工满意度，它们越来越多地转向人类工程学原理来创建符合人体工程学的工作空间。通过考虑身体舒适度、认知负荷和社会动态等因素，公司可以设计出减少干扰并促进合作的办公室布局。例如，可调节的桌子、适当的照明和降噪技术都是旨在营造良好工作环境的人类工程学产品。除了工作场所应用之外，人类工程学在技术开发中也至关重要。随着我们对数字设备的依赖不断增加，确保这些技术与人类能力和局限性相一致变得至关重要。用户界面设计就是一个受到人类工程学深刻影响的领域。设计师必须考虑用户如何与软件和硬件交互，确保产品直观且易于访问。这种以用户为中心的设计关注有助于防止错误并增强整体用户体验。医疗保健是另一个人类工程学发挥重要作用的领域。医疗设备、病人护理环境和健康信息系统的设计必须优先考虑人因，以确保安全和有效。例如，医院房间的布局可以显著影响患者的恢复。通过应用人类工程学原理，医疗设施可以创建减少压力并促进愈合的空间。此外，医疗专业人员的培训项目通常会融入人类工程学概念，以改善沟通和团队合作，最终导致更好的患者结果。此外，人类工程学还延伸到教育领域。教育工作者越来越认识到设计满足多样化学习风格和需求的学习环境的重要性。通过应用人类工程学原理，学校可以创建促进学生参与和合作的教室。这可能包括灵活的座位安排、互动技术和包容性教学方法，以适应各种能力。随着我们在技术和社会上不断进步，人类工程学的重要性只会增长。它挑战我们批判性地思考如何设计服务于人类的系统和环境。通过优先考虑人类的需求和能力，我们可以创造一个增强各个生活方面福祉和表现的未来。总之，人类工程学不仅仅是一个理论概念；它是一种具有深远影响的实用方法，影响着我们如何与周围世界互动。无论是在工作场所、医疗保健、技术还是教育中，拥抱人类工程学的原则都可以导致更有效、高效和人性化的解决方案，从而使整个社会受益。