1. Basic knowledge of mechatronics: Learning basic knowledge of mechatronics is the foundation of mechanical automation specialty, including mechanics, materials mechanics, circuit and electronic technology, and sensor technology.
2. Control theory and application: Learning control theory and application is the core content of mechanical automation specialty, including automatic control principle, electrical control technology, motion control system and intelligent control.
3. Automated manufacturing technology: Learning automated manufacturing technology is the application direction of mechanical automation specialty, including computer integrated manufacturing system, flexible manufacturing technology, industrial automation equipment and systems.
4. Sensor and detection technology: Learning sensor and detection technology is an important content of mechanical automation specialty, including sensor principle and application, signal processing technology, instrument and measurement technology.
5. Engineering practice and practice: Mechanical automation major emphasizes the cultivation of practical ability, and students usually need to carry out activities such as course project design, laboratory practice and practice to improve their practical application ability.
Employment direction of mechanical automation major: automation equipment manufacturing and research and development, automation engineer, control engineer, automation system integrator, research and development engineer.
1. Automation Equipment Manufacturing and R&D: Mechanical automation graduates can engage in product design, R&D and production process optimization in automation equipment manufacturing enterprises, such as industrial robots, automation equipment and intelligent control systems.
2. Automation Engineer: Graduates can work as automation engineers in various manufacturing enterprises, engineering companies or automation system integrators, responsible for the design, installation, debugging and maintenance of automation control systems.
3. Control Engineer: Graduates can work as control engineers in various manufacturing enterprises, energy companies or research institutions, responsible for the design, optimization and maintenance of control systems.
4. Automation system integrator: Graduates can work as automation system integrators in automation system integration companies or engineering projects, and be responsible for the design, integration, debugging and operation of the overall automation system.
5.R&D engineer: Graduates can engage in technical research and development in related fields of mechanical automation in scientific research institutes and high-tech enterprises, and promote the innovation and application of automation technology.