Mechanical design, manufacturing and automation is an important discipline in the field of engineering technology, which covers many professional names and Xi content.
1. Professional name.
1.Mechanical Engineering and Automation Technology.
2.Mechanical design, manufacturing and automation.
3.Mechatronic Engineering.
4.Robotics Engineering & Automation.
5.Engineering Mechanics and Automation.
2. Xi content.
1.Mechanical Design: Learn Xi the basic principles and methods of mechanical design, including the use of CAD, CAM, CAE and other software, and be able to design products and make models.
2.Manufacturing technology: Learn Xi processing methods and technological processes of mechanical parts, including CNC machining, assembly, welding, heat treatment and other process technologies.
3.Control technology: learn Xi control theory and method, including the design and debugging of automatic control system, and be able to carry out automatic control of mechanical equipment.
4.Robotics: Learn Xi structure and principle of robots, master the control and programming technology of robots, and be able to carry out applied research and development of robots.
5.Engineering Mechanics: Learn Xi the basic principles and methods of engineering mechanics, including structural mechanics, vibration, material mechanics, etc., and be able to analyze and calculate mechanical problems.
6.Electronic technology: Learn the basic principles and applications of electronic technology Xi, including circuit design, sensor technology, motor control, etc., and be able to design and develop electronic equipment.
The professional names and academic Xi involved in the postgraduate examination direction of mechanical design and manufacturing and automation are very extensive, covering many disciplines such as mechanical engineering, manufacturing technology, control technology, robotics, engineering mechanics and electronic technology. Xi This direction requires mastering a number of technical and theoretical knowledge, having innovative thinking and practical ability, and provides a comprehensive learning and Xi platform for cultivating high-quality engineering and technical talents.
In the current era of rapid development of science and technology, the direction of mechanical design, manufacturing and automation is also constantly evolving and innovating. With the rise of smart manufacturing, more and more research and applications are focused on robotics and automated control. In the future, the direction of mechanical design and manufacturing and automation will pay more attention to the application of cutting-edge technologies such as artificial intelligence, big data and cloud computing to promote the development of engineering technology.
In addition, the direction of mechanical design and manufacturing and its automation is also facing many challenges and opportunities. In the context of industrial intelligence and the transformation and upgrading of the manufacturing industry, researchers need to pay more attention to the combination of technology and industry, and pay attention to engineering practice and application innovation. At the same time, the cross-integration of interdisciplinarity is also the trend of future development, and the cooperation between mechanical design and manufacturing and automation and electrical, computer, materials and other disciplines will become the mainstream.
In short, the postgraduate examination direction of mechanical design and manufacturing and automation provides students with rich academic research and career development opportunities with its wide range of professional names and diverse academic Xi contents. In the future, the direction will continue to be committed to improving scientific and technological innovation capabilities, promoting the progress of engineering technology, and making greater contributions to social and economic development.
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