I'm on a mission to accelerate engineering 100x and empower teams to ship advanced hardware faster and cheaper. My story with diTwoo starts back in college. I'm an incredibly passionate engineer and I've built a ton of stuff—engineering new redox flow battery architectures, playing with weird electrolyzer designs, building (very, very safe :P) plasma-enhanced photocatalytic reactors, synthesizing advanced materials... you name it, I've probably worked on it.

But I kept hitting the same stupid wall. I just wanted to see where the hell my reactants were actually going, automate my RTDs, and find the cascading effects of temperature, pressure, and tortuous paths before I sent a geometry to print. Commercial solvers cost more than I could justify, open-source ones took weeks to set up, and I will never forget my beloved solver crashes after a 12-hour run. Good times.

Out of pure frustration, I started writing my own small solver cases just to get through my work. I kept adding to them, and at some point, I realized I had accidentally built some incredibly fast solvers! Then AI came along and made testing and validation much, much faster.

So I built diTwoo to push the frontier of engineering forward.