Current Projects

PurePy

PurePy defines a pure, side-effect-free subset of Python. It is aimed initially at researchers in programming languages and pedagogy, and is intended to grow into a common language for scientific computing, supporting portable applications in modelling, data processing, analysis, and visualisation.

Fortl

Fortl is a statically typed programming language for scientific and numerical computing built around graded types. By enriching types with domain-specific properties, Fortl enables scientific intent, model assumptions, and correctness properties to be expressed directly in code and verified statically. With a Python-inspired syntax, it combines expressive, reliable scientific programming with a low barrier to entry for users working in the scientific computing domain.

CamFort

A verification and refactoring framework for scientific Fortran. My work focuses on extending CamFort with new methods and techniques to improve program analysis and verification for climate and scientific computing applications.

Software

Isabelle/Python

A custom Isabelle/HOL code-generation backend, roughly targeting the PurePy subset of Python.