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Electrical engineering and automation are only eligible for undergraduate programs.
As for the mechatronics and electrical automation technology you mentioned, they are both majors offered by junior colleges. I don't think I can just say that one is better. This is to combine a lot of practical problems and your own situation to consider, if you like electromechanical very much, then learning electromechanical is definitely a little better for you.
What you said about upgrading to a bachelor's degree is actually useless, when you go out to find a job, people don't recognize your academic qualifications, which means that if people want to recruit majors with a bachelor's degree or above, people who upgrade to a bachelor's degree or more don't want it. These three are not intrinsically related. Mechatronics is biased towards the mechanical aspect, and electrical automation technology is only some relatively basic knowledge, mainly biased towards the industrial aspect of electrical.
You can also enter the power system, if it is not related, it is more difficult, if there is a relationship, you can enter the power system by studying this major. However, mechatronics cannot enter the power system. I'm an undergraduate in electrical engineering, and our employment counterpart is basically related to power systems.
There are those who go to the power supply bureau, the design institute, the ultra-high voltage bureau, the power plant, the large power equipment factory, Sinopec, etc.
There is also a difference in the things learned in different schools for electrical majors, and I don't know very well about junior college. However, there is a big difference between our undergraduates, and our school focuses on strong electricity, that is, mainly in the field of power system. However, some schools focus on weak electricity, and their employment direction is mainly factories, such as Foxconn
The employment situation of undergraduate students studying electrical is very good, I think the junior college should be about the same, and the employment of mechatronics should also be good. Because I studied electrical, I won't talk much about mechatronics. Hope mine is helpful to you, thanks.
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Electrical automation technology should be closer to electrical engineering and automation, in general, it belongs to the electrical category, and there are more strong electricity and power systems. Mechatronics is a bit like mechanical engineering and automation, a little more mechanical and electromechanical control, but the basic electrical knowledge is also learned. As for the power system, I think it's okay, maybe the electrical automation is a little closer.
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Shanghai Publishing and Printing College.
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First, the content of the research is different.
Electrical Engineering and Automation: Mainly studies the basic theories and basic knowledge in the fields of electrical and technical fields such as motor and its control, electrical appliances and its control, power system and automation, and building electrical.
Mechanical design and manufacturing and automation: mainly research on the comprehensive technology of enterprise management of various industrial machinery and equipment and mechanical and electrical products from design, manufacturing, operation control to production process.
2. The length of study is different.
Electrical Engineering and Automation: The duration of study is one year.
Mechanical Design and Manufacturing and Automation: The duration of study is four years.
3. The main courses are different.
Electrical Engineering and Stove Automation: The main courses are electrical engineering, control science and engineering, computing history and machine science and technology, etc.
Mechanical Design and Manufacturing and Automation: The main courses are mechanical design and manufacturing, computer science, information technology, automatic control technology, etc.
Limb Encyclopedia - mechanical design, manufacturing and automation.
Q&A gentleman invited, dare not.
First of all, I studied mechanical engineering and automation, but I am currently working in mechanical design. Judging from my work experience in the past few years, I personally think that electrical automation may be a little better. Although it is said that electromechanical is not separated, the proportion of mechatronics major is still a little more mechanical, and many basic courses are about mechanical theory, which lays the foundation for your future study or work in the fields of mechanical design and manufacturing. >>>More
Summary. Electrical engineering and automation mainly studies the basic knowledge and skills of power electronics technology, automation control technology, computer technology and other related fields, and carries out the design and manufacture of power equipment, the development of automatic control technology, and the maintenance of power systems. For example: >>>More
Electrical automation is a popular major, and it is also a major with a relatively high employment rate. >>>More
2012 National Ranking of Electrical Engineering and Automation. >>>More
It's really hard. The various classes I took were very brain-burning, and the hands-on ability was also very demanding. For example, if you want to solder this monolithic, the circuit is designed and routed by yourself.