Open source
Software
Open-source tools I build and maintain for genomics — from DNA language models to splice-site prediction, genome annotation, and pangenome indexing. Build what you need, use what you build.
Research software
Side projects
Playful experiments in biology, strategy, and learning — from browser games and interactive teaching labs to earlier Unity projects. The biology games are science-inspired arcade worlds, not molecular simulations.
Arctic flight side-scroller — flap past floating glacial columns, crystalline icebergs, and turbulent blizzard drafts in a high-precision arcade obstacle run
Science-inspired DNA slicing — learn canonical Cas9/Cas12a PAM compatibility in guided practice, then defend against mixed targets in endless mode
Bacterial defense diorama — preview enzyme ranges, deploy and upgrade defenses, and intercept injected phage genomes across 15 tactical waves
RNA-themed platform adventure — climb four chromatin chapters, collect A · C · G · U ribonucleotides, build pickup streaks, and replay a shared seed
True 3D biotech FPS — explore six multi-level laboratories, master three weapons, flank robotic threats, and face a three-phase guardian with keyboard or touch
Molecular-themed pixel flight arcade — master six authored routes with certified hazard patterns, readable warnings, shields, magnets, collection chains, and seeded endless challenges
Xiangqi / 象棋 teaching board — lacquer pieces, keyboard navigation, four rule-study positions, cancellable Worker-based AI, and local two-player play
Deduction workbench — safe opening zones, visible-clue practice hints, chord previews, keyboard navigation, adjustable cell sizes, and phone-scrollable Expert boards