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I have developed a physics-based automatic buoyancy compensator for scuba divers which is a technological advance that replaces the current manual systems. The current method is manual, making it a difficult skill to master, and creating a dangerous risk for new divers. I have developed a scuba diving computer HUD with a simple graphical interface placed in the diver's mask and is easy to learn and use.Īlso, scuba divers must maintain neutral buoyancy during the dive. Current models have indecipherable interfaces that hang from dongles or are worn as bulky wristwatches. Scuba diving computers have become a necessary part of diving. This is a super neat project, though, however it ends up! If I were going to turn this into a product-shaped product, I'd probably turn it into three: a bare PCB with a BOM for the buyer to fill, a prestuffed SMT PCB for people who just want to assemble the display and run it, and in between a PCB with a bag full of parts, for those who want what I guess would be a reasonably high-end-beginner-to-low-end-intermediate assembly project without a lot of hassle.īut that's just me! Opinions vary, and mine's worth exactly what you paid for it. On the one hand, I actually enjoy soldering, which I freely concede is bizarre on the other, through-hole parts can actually be worked with by hand, so that if, for example, I want to replace a resistor with a trimpot or a digital pot in order to play around with flip speed or the like, I can totally do that. To just throw out a counterexample, this is exactly the kind of project I'd prefer to build with through-hole components, rather than buying a preassembled PCB with SMT parts.

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