I want to create sophisticated, well tested and documented software packages for scientific applications. See my GitHub.
At the moment I mainly develop packages written in Julia.
RadonKA.jl: A Julia CPU and CUDA implementation for the (exponential) Radon transform.
WaveOpticsPropagation.jl: Differentiable wave propagation
The Julia implementation of PtyLab
A generic deconvolution package called DeconvOptim.jl written in Julia. The gradient step is calculated using automatic differentation (Zygote.jl) and the deconvolution is able to run on CPU and GPU.
FourierTools.jl which is a collection of tools and several algorithms working in Fourier space.
PhysicalOptics.jl [WIP] allows to calculate scalar wave propagation which can be automatic differentiated by Julia's AD.
Several small packages. You can find them on GitHub.
SwissVAMyKnife.jl: Optimization of TVAM patterns
Dr. TVAM: A Mitsuba based Python package for the optimization of TVAM patterns.
I had a short but intense Django+Python adventure to develop the webpage for Orpheus e.V.. Also, in my undergrad I enjoyed coding in OCaml.