[Answer] Any good career advice for automation graduates?

[Answer] Any good career advice for automation graduates?

The term “hardware” by itself covers too broad a range, so it is not easy to give very specific advice. But in terms of employment, I can still share a few thoughts. As is well known, automation as a major has a very broad job market. On the one hand, this breadth means that compared with some more specialized majors, the overall employment outlook is relatively stable. For example, compared with majors tied to specific career paths such as bridges, electric power, or textiles, whose job prospects often fluctuate significantly with the boom or downturn of their industries, automation tends to be less volatile overall. On the other hand, this same breadth can easily lead to blind or confusing career choices.

From a longer-term perspective, having such a dispersed employment range also means a considerable disadvantage when it comes to the natural network resource of one’s former classmates. Unlike majors such as electric power, finance, or accounting, which often produce extensive professional networks within the same industry, automation graduates are spread across many different fields. That said, in the broader trend of the internet era, cross-disciplinary collaboration may well become an even greater advantage in the future.

Back to the question: assuming the original poster means hardware in the sense of “embedded systems” (just a guess), then if you want to develop strength in this area, I think you can start from several directions:

• Become familiar with one or more mainstream embedded hardware platforms, such as ARM, FPGA, DSP, or open-source platforms like Arduino.
• Take the initiative to practice and independently complete some experiments or small practical projects.
• Be proficient in C (assembly would be even better), as well as one higher-level programming language.
• Learn the basics of circuit board design, understand the key points of PCB design, and try designing and fabricating boards yourself.

Finally, it would be even better if you could combine this with IoT technologies and build a few small projects.

Of course, if by hardware the original poster actually means robotics, electrical appliances, power electronics devices, and so on, then this answer may be beside the point.