Our kits don't simulate learning — they simulate the world. Each kit places learners inside the role of a scientist, engineer, or designer and lets them discover knowledge the way professionals do: by needing it.
Traditional STEM kits teach isolated skills: here's a circuit, here's a chemical reaction. artineer kits do something different — they place the learner inside a complete, working simulation of a real professional world.
Inside a kit, learners don't "do a biology activity." They become biologists — with real equipment, real organisms, and a real problem to solve, be it a research question or a working product. The knowledge they need appears when they need it. That's how it sticks.
No discipline walls. Biology meets computation meets design — because that's how those fields actually work in the world.
Every kit is designed for learners with no background — the kit teaches everything it needs.
Not plastic simulations. Real biology, real physics, real consequences.
Every kit is grounded in real work — peer-reviewed research or real-world industry practice — and tested in real educational settings.
Each kit blends at least three disciplines — because real problems don't respect subject lines.
Cut, layer, and fold materials by hand to build your own triboelectric nanogenerator — no 3D printer needed. Bond conductive layers with adhesive, cut tessellation patterns, then fold them into structures that generate electricity from pressure and movement. Demonstrated by retrofitting a pair of shoes: every footstep harvests enough power to run onboard gait sensors — completely self-powered. Based on peer-reviewed research published at UIST 2025.
Provided by funguylab
Use language to interact with a virtual ecosystem and watch populations evolve in real time — natural selection, genetic drift, speciation — triggered by your own words. Abstract biology becomes something you cultivate, not just study. Based on peer-reviewed research published at SIGGRAPH Asia 2025 Art Papers.
Provided by funguylab
Connect real plants to soft robotic "earthworm" agents embedded in soil. Plant electrical signals modulate robotic behavior through cellular automata rules — no commands, just coupling. An ongoing research project in multispecies ecological computing.
Provided by funguylab
Every artineer kit blends at least three disciplines — because that's the structure of the problems worth solving.
Real experiments with real results. Mycology, chemistry, physics — whatever the world of the kit demands.
Build the machines and instruments the work requires. Mechanics, electronics, optics — by hand.
Every kit produces something beautiful, shareable, and yours — not just a report, but an artifact.
The Mycelian Micro kit is available now — order yours and start growing.