Projects

Research code, scientific pipelines, and experimental builds.

A collection of current and planned projects connecting interpretable AI, medical imaging, climate data, HPC workflows, and technical prototypes.

Project index

Filter by research area or technical theme.

Research model

MixtureBetaVAE

Mixture-of-encoders β-VAE framework for interpretable latent representation learning across ophthalmic and meteorological data.

PyTorch VAE Latent spaces
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HPC pipeline

TC Tensor Builder

OzSTAR-ready pipeline for building tropical cyclone seed tensors from OWZ event tracks and ERA5 atmospheric fields.

Python Slurm xarray
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Medical imaging

OCT Processing

Placeholder project page for OCT-derived RNFL and GCIPL preprocessing, pairing, alignment, and model-ready dataset construction.

OCT NumPy Glaucoma
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Prototype

Agentic AI Experiments

Placeholder for experiments involving web automation, translation, structured extraction, and autonomous research workflows.

Agents LLMs Automation
Notes coming soon →

Research tooling

HPC Workflow Templates

Placeholder for reusable Slurm scripts, audit utilities, file counting tools, logging conventions, and scientific workflow patterns.

Slurm Bash Python
Notes coming soon →

Research notes

Interactive Scientific Notebooks

Placeholder for notebooks, explainers, teaching examples, and visual walkthroughs of machine learning concepts.

Jupyter Teaching Visual ML
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How this section will evolve

Designed to be connected to real outputs later.

Each project page currently uses placeholders for results, figures, code links, and demos. Later, these can be replaced with GitHub repositories, plots, GIFs, thesis figures, model outputs, and downloadable artifacts.

01

Add GitHub links

Replace placeholder links with repository URLs or private project descriptions.

02

Add figures

Drop in reconstruction plots, cyclone GIFs, tensor samples, and architecture diagrams.

03

Add results

Update metrics, ablation summaries, and real validated research findings.

04

Add demos

Connect latent sliders to generated images, tensors, or precomputed model outputs.

Collaboration

Building something around scientific data or interpretable AI?

I’m interested in projects that connect machine learning, research workflows, scientific visualisation, and real-world data.

Get in touch