1, automation engineer: graduates majoring in electrical automation can work as automation engineers in the fields of industry, manufacturing and energy, and are responsible for designing, installing, debugging and maintaining automation systems to improve production efficiency and product quality.
2. Electrical Engineer: Graduates can work as electrical engineers in power systems, electrical equipment, electronic components and other fields, and be responsible for the design, maintenance and upgrade of electrical systems.
3. Control system engineer: employed in the field of control system engineering, responsible for designing and developing software and hardware for monitoring and controlling industrial processes, robots, automation equipment, etc.
4. Automation equipment maintenance workers: At the manufacturing production site, graduates can engage in the maintenance and repair of automation equipment to ensure the normal operation of the equipment and maintain the continuity of production.
5. Project Manager: Graduates have the opportunity to be project managers in various projects, responsible for planning, organizing and supervising the implementation of automation projects.
6. Pre-sales/after-sales technical support: I worked for an automation equipment supplier or a system integrator company to provide pre-sales consultation and after-sales technical support for customers, solve technical problems and provide solutions.
Learning content of electrical automation technology college
1, Circuit and Electronic Technology: Learn basic circuit theory, electronic components, circuit analysis and design, analog and digital electronic technology.
2. Digital logic and microprocessor: Understand the working principles of digital logic gates, microprocessors and microcontrollers, and learn the programming and control of digital systems.
3. Automatic control principle: Master the basic principles of control system, including feedback control, controller design, system modeling and analysis.
4.PLC programming and industrial control system: Learn the principle and programming of programmable logic controller (PLC) and understand the design and implementation of industrial automation control system.
5. Sensors and actuators: Study different types of sensors and actuators to understand how they collect and transmit control and monitoring information.
6. Motor and drive technology: learn various motor types, motor drive technology and speed regulation methods, as well as the application of motor control.