1. Breadboards are the best thing I can use, to create a PCB, I can only rely on manually soldering connections on a general-purpose PCB (the kind of PCB with many holes). And I had never heard of EDA at that time (~2008-12ish)
2. Being raised in a family where my parents never went to college, they can't give me any help and advice in study, let alone the funding. It took me 2 years of begging to convince my parents to buy me a computer, which already costs them 2 months of wages.
3. In the small town in middle west China where I grown up, I searched every corner of the library, only to find 2 or 3 books that are related to electronics, and I spent all my time after school studying them. I can't find anyone who are also interested in the same things I was doing, I was all on my own.
What happened then?
1. I studied hard on the only books I found, and learned about C51 microcontrollers, and that introduced me to the world of programming
2. I took a selective examination and went to one of the most prestigious high school in the capital of the province (Changsha, Hunan), and because of my intests in programming, I took part in olymptics in informatics, which is competitive algorithmic contest, and got the entrance to one of the best universities of China
3. After graduation and 5 years of working as a professional programmer, I was finally able to give myself a good environment for what I loved as a kid, something people like Bryan would already have when they were born. I bought myself 3d printing machines, and learned EDA and found JLC, PCBWays are so helpful.
I really wish I could have all these when I was young, but I think I'll give myself all the things my parents can't, and make myself a kid again, to learn and to play.
It is no doubt an incredible achievement. I don't like the 'anyone can do this' when that clearly isn't true - it comes across as a humble brag and seems to be a strong part of hustle culture. I would much prefer 'anyone with a decent amount of money and a high enough intelligence can do this', or 'this is now far easier to do than it has ever been'.
I do like the idea of MIT being a beacon to the best and brightest and I do think that the lack of a level playing field means that many otherwise talented people miss out on that opportunity. Perhaps what I would really like is for the world to have more MITs but I don't know if that is possible and I worry that attempts to do this would undermine the quality of MIT. So perhaps I should be content that MIT exists as is and that some people get to go there even if I did not - we all benefit from the fruits of their labor. My university was a top tier university renowned for harsh grading and I was still rather disappointed by the quality of my peers and I worry that the quality at universities in general has since declined further.
Cheap and high quality small batch electronics and hardware fabrication is rapidly changing the world in a way that I think few people understand. It used to be that you had to have a decent size company to do this kind of stuff and that company needed capital investment, layers of management etc. So the cost of bringing a widget into the world was really expensive, risky, and took a long time. The only way to make that money back was to do things in bulk and sell a lot of them which meant you had to be sure there was a sufficient target market. These days a single person can design and fabricate a single item for comparatively very little. And if they want to make it accessible to the rest of the world there is no need to build a factory, just upload the plans. If it's a popular design in all likelihood someone in China will produce it in bulk at commodity prices. The speed of commodification has become so fast that it's practically instant. There is a bit of a phenomena going on at the moment with 'high tech overproduction' where it is claimed that China is intentionally over producing high tech goods to undermine Western markets - it's my view that they're ahead of us on the commodification curve. As manufacturing also manufactures the manufacturing tools the commodification process is a self reinforcing cycle.