I like that idea as well. I have taken to either making a breakout PCB for those types of circuits, or to build them up on a small donut board. I got 100 boards that are about that size that you mentioned for about $5 from Aliexpress.
On a side note, I hope to see your posts continued over here about prototyping with BGA. I was really enjoying those. I need to find out if OSHpark supports filled vias, and if because they are filled if I can get away with smaller anular rings. I really would like to use the Freescale KL02 in some of my projects.
That looks like a nice event. I have looked, and the closest I can find to an event like that is about 2 hours away for me. I do think, though, that I might look into getting my technicians license one of these days to be able to play with some different frequiencies for my RC stuff.
I find that rather than one big solderless breadboard, a lot of little breadboards are a necessity for me. The ones I get are 2.2" x 3.4" and snap together to make a larger board.
The one you've got looks incredibly handy, but what I tend to do is wire up a small section of a circuit on the solderless breadboard, like a sensor or two. I'll then use that with one of my existing PC boards. I typically have a half dozen either in use, or built up and set aside for later use, at any given time.
@Aeroengineer: How would you perform tasks like programming and PCB layout without a computer? This item is a must. It does not need to be dedicated to electronics design, but you can pick up a cheap laptop or desktop for around $300.
I think most folks who want to get into this stuff already have a computer -- but it may be a good idea to have one that's dedicated to one's hobby projects. In this case, if one is looking for a really cost-effective option, I really recommend a visit to one's local technology recycling store -- or to a local Hamfest like the Huntsville Hamfest I attended a couple of weeks ago. So long as you can live with something that's not quite state-of-the-art, you can pick up a very reasonably powered notepad computer for around ~$50...
What impressed me was that they shipped the thing for ~$7. It was a 108lb box and it came in less than a week just before Christmas. That is about the best price I have paid for shipping on such a large item. I do feel bad for the FedEx guy that had to deliver it.
You know, I had not considered that because I already had these from doing the mechanical work and modeling that I do. I guess that I took that for granted. I have a really wonderful set of screwdrivers that my wife got me for my birthday. When I get home, I will look it up and see who makes it. They store all the bits in the handle, though not in the way that most do. This one is almost like a pump action loader. At first, I thought that it was a bit lacking, but then one day they were the only screwdrivers taht I had available, and I found out how useful they really were. Now it is my go to set. They come in a set of two. There is a larger one, and a smaller one. It comes in a nice case.
As to wire strippers, I usually just use an exacto blade that I have lying around. I know that there are better things around, it has just been hard to beat a $.10 blade. The ones that are slightly dull for regular work are the best as they still cut the plastic insulation fine, but are less prone to cut the fine wires.
MP, I am glad that you found it useful. It has taken me about 5 years to get to the point that I am at now, but I have enjoyed it, and I have found it to be very useful. Now I am working on developing projects with the ARM Cortex M series uC's. Funny now that I was so scared to jump into electronics so long ago.
I do like your idea, though so far, I have been blessed with 20/10 eyesight, so I can actually do deadbug soldering on a .5mm pin spacing part with unaided vision. I am sure that will go soon enough, so you suggestion is worth considering here in the near future.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.