Mechanical Manufacturing and Automation
Mechanical manufacturing and automation is a discipline that studies mechanical manufacturing theory, manufacturing technology, automated manufacturing systems, and advanced manufacturing models. Mechanical manufacturing and automation major incorporates the latest developments in related disciplines, bringing a new look to manufacturing technology, manufacturing systems, and manufacturing models. The goal of mechanical manufacturing and automation is clear. It combines mechanical equipment with automation through a computer to form a series of advanced manufacturing technologies. Mechanical manufacturing and automation courses include Computer Aided Design, Computer Aided Manufacturing, Flexible Manufacturing System, and Large Scale Computer Integrated Manufacturing System. Mechanical manufacturing and automation have made a quantum leap in traditional machining. The specific applications of mechanical manufacturing and automation in the industry include CNC machine tools and machining centers.
Mechanical manufacturing and automation degree is closely linked to design institutes, machinery manufacturing, and light industrial vehicles. Mechanical manufacturing and automation graduates can work in the combination of mechanical manufacturing technology and computer application technology, such as computer-aided design and manufacturing of mechanical products, computer-aided product modeling, computer-aided process management and numerical control technology.
WHY STUDY MECHANICAL MANUFACTURING AND AUTOMATION?
1. Mechanical manufacturing and automation is constantly evolving
According to recent reports, the mechanical manufacturing and automation market is expanding and even affecting people's everyday products. There has also been positive progress in the global industrial automation industry. In addition, the use of mechanical manufacturing and automation is rising and is expected to continue to grow in the foreseeable future. These expectations indicate that global industrial automation companies are more inclined to adopt automation to reduce labor input and reduce costs. It further eliminates the need for many low-paying offshore jobs and allows companies to increase demand for highly skilled activities. It increases productivity, process or product consistency, and guarantees quality products for consumers.
2. Mechanical production and automation is important to the industry
The industrial world is facing many technological changes that increase the urgent need for high-quality products and services that can only be delivered through high levels of productivity. This requirement requires process engineering systems, automated manufacturing, and industrial automation.
On the other hand, industrial automation is about working smarter, faster, and more skillfully. This makes automation even more powerful, which is why customers are looking for groundbreaking end-to-end technologies with open, modern architecture and new data from new connections. As the industrial automation industry understands the benefits of the Internet of things, it becomes critical for organizations to adopt these technologies.
3. Mechanical manufacturing and automation has a bright future
Driven by superior energy efficiency, strict safety standards, and better design, industrial automation is moving toward superior productivity. Instruments and controls have always been the source of new products such as amplifiers, displays, control components and more.
Mechanical manufacturing and automation is important because it is the best solution. It involves the process of using new technologies in the business to introduce new features to reduce the limits. Automation can be achieved by installing automation or embedded systems and automation software that performs logical tasks and controls the operational processes.
Numerical control technology
Electrical and electronic technology
Microcomputer principle and application
Common skills gained from this degree
- Knowledge of mechanical and electrical engineering processes
- computerized systems skill
- machine programming code reading and writing skill
- manufacturing blueprints reading skill
- automated manufacturing systems operation