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instrumentation

This repository contains the scripts I developed during my Master’s thesis project, which focused on designing and implementing an automatic pointing model framework for the Euler Telescope at La Silla Observatory. The codebase includes routines for data extraction, pointing model construction using a custom Python-based emulation of the TPOINT model, residual analysis, model validation tools, and additional diagnostics such as field rotation and star elongation analysis. To the best of my knowledge, this is the first publicly available implementation of a TPOINT-like model in Python. I hope it can serve both as a practical toolkit and a learning resource for others working in astronomical instrumentation or telescope automation. For full details on the methodology and context, you can access the thesis manuscript here: https://1drv.ms/b/c/8c0552583c50cd59/Ec80tP1h7G9BoY9CqG4-bFwB3IvmEx3xr4MQdE3A3gaDzQ?e=p7YwIy and watch the recorded thesis defense presentation here: https://youtu.be/jAweU7BmVwM?si=8z-KtTzvGopoLIz4

Code related to the elimination of crosstalk in 2D resistive sensor arrays

Detector bandwidth and polarisation switching rates: Spectrophotometric observations of the Sun by the Birmingham Solar Oscillations Network (BiSON)

Everyone's first project! But for real this time.

The next generation Birmingham Solar Oscillations Network (BiSON) spectrophotometer: a new miniaturised instrument for helioseismology

The blueprint applicator program introduced in the bachelor thesis "Composing instrumentation tools for Android apps".

A fork of ACVTool (https://github.com/pilgun/acvtool) that outputs blueprints as a side-effect of instrumentation, as introduced in the bachelor thesis "Composing instrumentation tools for Android apps".

Code to control the instruments in the Kuipers Lab at TU Delft.

SPIE Astronomical Telescopes + Instrumentation 2020