ergonomics; human engineering

简明释义

人体工程学

英英释义

例句

1.The new office chairs are designed with ergonomics; human engineering in mind, providing support for long hours of work.

这些新办公室椅子是以人机工程学; 人类工程学为设计理念，提供长时间工作的支持。

2.Employers are increasingly recognizing the importance of ergonomics; human engineering in reducing workplace injuries.

雇主们越来越认识到人机工程学; 人类工程学在减少工作场所伤害方面的重要性。

3.The workshop focused on ergonomics; human engineering to improve workplace safety and comfort.

这次研讨会专注于人机工程学; 人类工程学以提高工作场所的安全性和舒适性。

4.Incorporating ergonomics; human engineering into product design can significantly reduce user fatigue.

在产品设计中融入人机工程学; 人类工程学可以显著减少用户疲劳。

5.A well-designed workspace incorporates ergonomics; human engineering principles to enhance productivity.

一个设计良好的工作空间结合了人机工程学; 人类工程学原则，以提高生产力。

作文

Ergonomics, also known as human engineering, is the scientific discipline that focuses on understanding human interactions with elements of a system. This field aims to optimize human well-being and overall system performance. The importance of ergonomics cannot be overstated, especially in today’s fast-paced world where individuals spend long hours at desks, operating machinery, or using technology. By applying principles of human engineering, we can design workspaces, tools, and tasks that enhance productivity while minimizing discomfort and risk of injury.One of the primary goals of ergonomics is to create environments that promote health and efficiency. For instance, in an office setting, ergonomic chairs and desks can significantly reduce the risk of musculoskeletal disorders. These conditions often arise from poor posture, repetitive movements, and prolonged periods of sitting. By incorporating adjustable furniture that accommodates different body types and encourages proper posture, organizations can foster a healthier workforce.Moreover, human engineering extends beyond physical comfort. It also encompasses cognitive aspects such as how information is presented and how tasks are structured. For example, when designing software interfaces, understanding user behavior and cognitive load is crucial. An intuitive layout that minimizes the complexity of navigation can lead to increased efficiency and reduced frustration for users. This application of ergonomics ensures that technology serves its intended purpose without overwhelming the user.In manufacturing industries, human engineering plays a vital role in enhancing safety and productivity. Workers often face hazardous conditions, and the application of ergonomic principles can mitigate these risks. For instance, redesigning workstations to minimize awkward postures and reducing the need for excessive force can prevent injuries and improve job satisfaction. When employees feel safe and comfortable, they are more likely to perform their tasks efficiently.Furthermore, ergonomics is essential in product design. Whether it’s a handheld device or a piece of furniture, understanding how people interact with products is key to creating successful designs. Products that are easy to use and fit comfortably in the hands of users tend to be more popular and effective. This integration of human engineering into product development not only enhances user experience but also drives sales and customer loyalty.In conclusion, ergonomics and human engineering are critical fields that contribute significantly to our daily lives. They help create safer, more efficient, and more comfortable environments for individuals across various sectors. As we continue to advance technologically and socially, the principles of ergonomics will remain integral to improving human performance and well-being. By prioritizing these principles in our designs and work practices, we can ensure a healthier and more productive future for all.

人机工程学，也被称为人类工程学，是一个科学学科，专注于理解人与系统元素之间的互动。这个领域旨在优化人类的福祉和整体系统性能。尤其是在当今快节奏的世界中，人们在桌子上、操作机械或使用技术时花费长时间，因此人机工程学的重要性不容小觑。通过应用人类工程学的原则，我们可以设计工作空间、工具和任务，以提高生产力，同时最小化不适感和受伤风险。人机工程学的主要目标之一是创造促进健康和效率的环境。例如，在办公室环境中，符合人体工程学的椅子和桌子可以显著降低肌肉骨骼疾病的风险。这些情况往往源于不良姿势、重复运动和长时间坐着。通过结合可调节的家具，适应不同的体型并鼓励正确的姿势，组织可以培养出更健康的劳动力。此外，人类工程学不仅限于身体舒适，它还涵盖了认知方面，例如信息的呈现方式和任务的结构。例如，在设计软件界面时，理解用户行为和认知负荷至关重要。一个直观的布局，最小化导航的复杂性，可以提高效率并减少用户的挫败感。这种人机工程学的应用确保了技术服务于其预期目的，而不会让用户感到不知所措。在制造行业中，人类工程学在提升安全性和生产力方面发挥着至关重要的作用。工人们常常面临危险的条件，而应用人机工程原则可以减轻这些风险。例如，重新设计工作站以最小化尴尬姿势，并减少对过度力量的需求，可以预防伤害并提高工作满意度。当员工感到安全和舒适时，他们更有可能有效地完成任务。此外，人机工程学在产品设计中至关重要。无论是手持设备还是家具，理解人们如何与产品互动是创建成功设计的关键。易于使用且舒适握持的产品往往更受欢迎且更有效。将人类工程学融入产品开发不仅增强了用户体验，还推动了销售和客户忠诚度。总之，人机工程学和人类工程学是对我们日常生活产生重大影响的关键领域。它们帮助为各个行业的人们创造更安全、更高效和更舒适的环境。随着我们在技术和社会上不断进步，人机工程学的原则将继续在改善人类绩效和福祉方面发挥重要作用。通过在我们的设计和工作实践中优先考虑这些原则，我们可以确保所有人更加健康和高效的未来。