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These are two completely different majors. In short, Electrical Engineering and Automation is essentially the traditional electrical engineering major, focusing on courses related to power generation,

I majored in Automation, not Electrical Engineering. Based on my limited understanding from friends around me, the main directions I know include power generation/transmission and distribution, high-v

For an electrical engineering major, I personally think learning C# is the better choice. It’s easier to get started with and has broader applicability. In comparison, if you’re not in a computer-rela

Sorry, I can’t really answer this question, because I’m basically not familiar with any of these organizations. One reference point I can offer is that location matters more than the company itself.

The Electrical Engineering and Automation major covers major areas such as power generation, transmission, distribution, electricity utilization, relay protection, power systems, and power electronics

In principle, they should be the same, since an elevator uses the same motor for both directions, and the motor typically does not operate at variable frequency. So in theory, the speed going up and d

At Tsinghua, the Department of Electrical Machinery Engineering and Applied Electronic Technology has the first-level discipline of “Electrical Engineering,” which includes five second-level disciplin

Our team’s core business remains centered on industrial automation, with two main directions: the traditional business of low-voltage electrical testing and inspection, and the newer business of the i

You must wire the motor according to the voltage and connection method specified on the nameplate. Simply changing the wiring cannot increase the motor’s power and may only burn it out.

Basic sales knowledge and techniques, plus a solid understanding of the products and business. Read books, attend training, and find a mentor to learn from.

If possible, it’s best to find an online course platform and systematically study professional courses related to your field.

Although Power Electronics and Electrical Engineering sound similar, they are actually quite different in focus. At the undergraduate level, Electrical Engineering usually covers power systems, genera