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In essence, these three are variations of the same core topic: microcontrollers are embedded systems, and PLCs are manufacturer-packaged microcontrollers. If you know microcontrollers, PLCs are relati

Generally speaking, it’s best to buy a computer. Even though most schools now provide access to computer labs and hands-on computing resources, for an automation major, a computer is almost as essenti

Overall, they are about the same. More specifically, it depends on the particular program at the particular university.

Of course, you should head toward software engineering. But personally, I feel that becoming a software engineer does not necessarily require a graduate degree.

There’s truth to the saying that if you don’t work hard, you fall behind. Overall, I still remain optimistic that automation is the future direction of industry.

Siemens, definitely.

If you don’t yet know what kind of career you’ll pursue in the future, how can you know which course will be the most useful? From a practical standpoint, programming, drafting, embedded systems, and

Automation, computer science, and electronics are all information-related disciplines: closely connected, yet each with its own emphasis. Because automation sits somewhere between software and hardwar

I’m currently working at an automation company, mainly on automated testing equipment, and also involved in industrial robots, IoT, and 3D printing.

If you’re not a heavy user, the Huawei MateBook 13 is a well-balanced choice within budget. Lightweight laptops with low-voltage processors are generally sufficient for everyday use, programming, and

An overview of what students in an Automation major typically study, including general education, foundational engineering courses, and core professional subjects such as automatic control, process co

Automation generally refers to the traditional automation major, with coursework spanning circuits, electronics, computers, and control theory, leaning somewhat more toward computing. Electrical Engin