Applied invention studio of Kristian “Fudge”

Bring me something you want to build, understand, teach, automate, organize, or make real.

I design systems, learning experiences, prototypes, tools, physical objects, smart spaces, media, and useful things that don't have a category yet.

No job too small. No specification required.

Now open · A Techie Factory experience

Techie Factory Arcade

Eighteen playable games and interactive worlds, built by kids in Techie Factory camps and labs. Search it, filter it, scan a QR code, and play — no login, no account, nothing to install.

18 games 13 collections Studio City · live platform

Techie Factory builds the games and runs the labs.
Systems architecture and hosting by Second Mouse Systems.

The range

One practice. Every size of problem.

A tiny irritation and a full platform are the same kind of work: listen, find the real problem, build the machine that fits.

Fig. 01 — System Scale

A nagging problem

The form that confuses everyone. The document rebuilt by hand every week. The thing you've muttered “somebody should fix this” about for a year. That counts. Bring it.

Looks like: a confusing intake rebuilt into a guided three-minute experience — in days, not months.

Want the full ladder, with examples at every rung? Start with “What is a system?”

Featured work

Open something instead of trusting sales copy.

Three of the current builds — two with full interactive demos you can use right now.

The small-job door

Yes, the little thing counts.

Small jobs are welcome. No retainer. Scope and price discussed before any work begins. A small useful system does not need to become a startup — and small projects should not inherit large-project overhead.

Who you're talking to

The person who hears the problem builds the machine.

I'm Kristian — most people call me Fudge. I work at the crossing point of systems engineering, education, invention, AI, software, hardware, fabrication, and media. People arrive with a fog; my job is to listen until the real project shows up, then make it visible fast.

If a human repeatedly does it on a computer, it can probably be simplified, automated, or turned into a tool.