Best electronics kit for computer engineer?

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Discussion Overview

The discussion revolves around the best electronics kits for computer engineers, particularly in relation to how these kits may impact a resume and perceived employability. Participants explore various options, including Arduino, Raspberry Pi, and Lego, while debating the relevance of these kits in professional settings.

Discussion Character

  • Debate/contested
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • Some participants suggest that Arduino kits are affordable and relevant for practical applications.
  • Others argue that mentioning kits like Arduino or Raspberry Pi on a resume may detract from the perceived professionalism of the projects.
  • One participant emphasizes the importance of showcasing the results of projects rather than the tools used to create them.
  • Another viewpoint highlights that employers prioritize the outcomes of technical skills over the specific technologies used.
  • There is a suggestion that the learning process from project building is more valuable than the specific kits employed.
  • One participant mentions that Lego products are acceptable in certain educational contexts, challenging the notion that they are merely toys.

Areas of Agreement / Disagreement

Participants express differing opinions on the relevance of specific electronics kits for resumes, with no consensus on which kit is best or whether mentioning them is beneficial. The discussion remains unresolved regarding the impact of these kits on employability.

Contextual Notes

Some participants' views depend on assumptions about employer expectations and the importance of technical skills versus project outcomes. There is also a lack of agreement on the categorization of certain kits as "toys."

ainster31
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There are a lot of electronics kits available. Lego has a couple and there are things like the arduino, the PIC, etc.

Which kit should I use that looks best on my resume? I should probably avoid Lego products as those might appear as toys.
 
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The arduino ones are great because they're cheap and highly relevant.
 
I would recommend ardunio for the reasons states by analog
 
None of them. Do not list toys. List projects that you built and make no mention of the toy factor in the resume. Mind you, I have the Arduino, Raspberry Pi, and some MSP430 based stuff. I love to tinker with it. But people aren't interested in tinkering. They're interested in results.

If you built a power scavenging remote temperature monitor that reports back by radio, and it happens to have been built around an Arduino variant, don't mention the Arduino. If you built a web-enabled thermostat, don't mention that you did it with a Raspberry Pi.

Let the interviewer ask you how you built the project. If they do, feel free to answer and tell them in gory detail what you did.
 
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JakeBrodskyPE said:
None of them. Do not list toys. List projects that you built and make no mention of the toy factor in the resume. Mind you, I have the Arduino, Raspberry Pi, and some MSP430 based stuff. I love to tinker with it. But people aren't interested in tinkering. They're interested in results.

If you built a power scavenging remote temperature monitor that reports back by radio, and it happens to have been built around an Arduino variant, don't mention the Arduino. If you built a web-enabled thermostat, don't mention that you did it with a Raspberry Pi.

Let the interviewer ask you how you built the project. If they do, feel free to answer and tell them in gory detail what you did.

Hmm but don't people care that I have experience with electric circuits or programming? I guess arduino knowledge isn't helpful in industry?
 
At the end of the day, the employer doesn't care about your technical skills. They care about what those technical skills can do for them. You could be the next Albert Einstein; but unless you can make money for them by building the things they seek, they really couldn't care less whether it was an Arduino, a BeagleBone, a Raspberry Pi, or some FPGA with an embedded processor.
 
To put JakeBrodsky's message a different way: what you learn from project building is the process. The specifics of what projects you build and what you use to build them doesn't matter much. The important lessons are things like planning, time and cost management, persistence, problem solving strategies (when it doesn't work first time!), avoiding "mission creep" so you actually reach an end point, etc.
 
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