数字化设计与制造是把传统设计与制造过程数字化的模式，路径有用计算机辅助设计（CAD）做三维建模与仿真、用计算机辅助制造（CAM）实现数控加工、用物联网打通设计制造互联、用数字化平台采集数据。它解决的是设计反复修改、排产靠经验与产线状态不透明问题，并不解决工艺水平与技能短板问题。
1.建立数字化平台
数字化设计与制造需要建立一个数字化平台，实现数据的数字化采集、处理和存储。该平台需要实现数据的实时采集和监控，确保数据的及时性和准确性。同时，数字化平台需要进行数据挖掘和分析，以提高数据的价值和效用，支持数字化决策和数字化管理。
2.采用计算机辅助设计（CAD）技术
数字化设计需要采用计算机辅助设计（CAD）技术，通过计算机辅助设计软件实现数字化设计。CAD技术可以实现设计的自动化和智能化，大大提高设计效率和准确性。例如，利用CAD技术可以进行三维模型设计和模拟分析，以实现数字化设计和数字化验证。
3.采用计算机辅助制造（CAM）技术
数字化制造需要采用计算机辅助制造（CAM）技术，通过计算机辅助制造软件实现数字化制造。CAM技术可以实现制造的自动化和智能化，大大提高制造效率和准确性。例如，利用CAM技术可以实现数控加工和数字化生产线，以实现数字化制造和数字化管理。
4.采用物联网技术
数字化设计与制造需要采用物联网技术，通过物联网技术实现数字化设计和数字化制造的互联互通。例如，利用物联网技术可以实现设备的智能化和自动化，提高制造效率和准确性。同时，物联网技术还可以实现数字化监控和数字化管理，以提高管理效果和效率。
5.普及数字化素养
数字化设计与制造需要普及数字化素养，提高员工的数字化技能和管理能力。例如，可以通过培训和学习，提高员工的数字化素养和技能，以适应数字化设计与制造的发展趋势。同时，数字化设计与制造还需要加强员工的数字化安全意识和数字化伦理教育，以提高员工的数字化素质和素养。
综上所述，数字化设计与制造是一种基于数字化技术和信息化手段的现代化设计和制造模式，可以提高设计效果、制造效率和管理效果。数字化设计与制造需要建立数字化
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翻译
Digital design and manufacturing refers to the digitization of traditional design and manufacturing process, and the realization of digital design, digital manufacturing and digital management through digital technology and information means. The following will be introduced from the following aspects of digital design and manufacturing.
1.Build a digital platform
Digital design and manufacturing need to establish a digital platform to realize digital data collection, processing and storage. The platform needs to realize real-time data collection and monitoring to ensure the timeliness and accuracy of data. At the same time, digital platforms need to carry out data mining and analysis to improve the value and utility of data and support digital decision-making and digital management.
2.Computer Aided design (CAD) technology is adopted
Digital design needs to adopt computer aided design (CAD) technology and realize digital design through computer aided design software. CAD technology can realize the design automation and intelligence, greatly improve the design efficiency and accuracy. For example, CAD technology can be used for 3D model design and simulation analysis to achieve digital design and digital verification.
3.Computer Aided Manufacturing (CAM) technology is adopted
Digital manufacturing needs to adopt computer aided manufacturing (CAM) technology and realize digital manufacturing through computer aided manufacturing software. CAM technology can realize the automation and intelligence of manufacturing, and greatly improve the manufacturing efficiency and accuracy. For example, using CAM technology can realize numerical control machining and digital production line to realize digital manufacturing and digital management.
4.Adopt the Internet of Things
Digital design and manufacturing need to use the Internet of Things technology, through the Internet of things technology to achieve the interconnection of digital design and digital manufacturing. For example, using the Internet of Things technology can make equipment intelligent and automated, improving manufacturing efficiency and accuracy. At the same time, the Internet of Things technology can also realize digital monitoring and digital management to improve management effect and efficiency.
5.Universal digital literacy
Digital design and manufacturing need to popularize digital literacy, improve the digital skills and management ability of employees. For example, employees’ digital literacy and skills can be improved through training and learning to adapt to the development trend of digital design and manufacturing. At the same time, digital design and manufacturing also need to strengthen the digital safety awareness and digital ethics education of employees, so as to improve their digital quality and accomplishment.
To sum up, digital design and manufacturing is a modern design and manufacturing mode based on digital technology and information means, which can improve the design effect, manufacturing efficiency and management effect. Digital design and manufacturing need to establish digital
