[ Noise ][ Signal ]

[ Research Software ]

Software for researchers.

I build websites, data explorers, and tools for labs, small organisations, and technical projects. I'm an MSc Microbiology student at the University of Canterbury, so I'm comfortable with scientific material and messy data.

[ Profile ]

Role
Researcher & builder
Base
Christchurch, NZ
Field
MSc Microbiology
Status
Open to projects
fig. 01 — from scattered research to working software
[ Projects ]

[ Selected work ]

Software for technical ideas.

Research tool01

Galdieria Digital Twin

A browser-based simulator for batch and fed-batch phycocyanin production from Galdieria. Models growth, substrate consumption, pigment accumulation, and harvest timing. Developed as part of MSc thesis research at the University of Canterbury.

  • Heterotrophic, mixotrophic, and autotrophic growth modes
  • Scenario presets for kiwifruit hydrolysate and synthetic feeds
  • Endpoint summaries with harvest timing recommendations
Galdieria Digital Twin interface
Client web app02

Professional Insight

A professional learning platform for New Zealand teachers and school leaders. Covers professional boundary frameworks with self-paced modules, in-app progress tracking, and compliance reporting. Built for deployment across New Zealand schools.

  • Self-paced learning modules on NZ professional boundary frameworks
  • In-app compliance reporting and course tracking
  • Built for school-level deployment
Professional Insight interface
[ Capability ]

[ What I build ]

The kinds of software I build.

Tools shaped around real research, data, and technical work.

Research project websites

Credible homes for labs, grants, and theses. Methods, datasets, publications, and findings presented clearly for the people who need them.

[ Background ]

[ Thesis research ]

Improving Phycocyanin Production from Thermoacidophilic Galdieria sulphuraria Isolates on Kiwifruit Waste-Derived Feedstocks

Strain selectionOxygen controlMixed sugarsWaste validation

Natural blue pigments are hard to produce at scale. Galdieria may offer a fermentation-based route better suited to acidic food applications than traditional light-dependent Spirulina systems.

Glass bioreactor containing green Galdieria culture, with insets showing cell micrograph and extracted phycocyanin blue pigment powder
[ About ]

[ Profile ]

Researcher and builder.

I'm an MSc Microbiology student at the University of Canterbury, based in New Zealand. My research focuses on extremophilic microalgae, fermentation, natural pigments, and waste-to-value biotechnology.

Outside the lab I build websites and data tools for researchers, educators, and small organisations. Open to selected projects.

[ Contact ]

[ Open to work ]

Have a research project, dataset, or technical idea that needs a website or tool?

I'm available for selected website, app, and research-tool projects.

Send an email

I usually reply within a few days.