01
JD-KATS
A computational approach to adaptive K-dimensional-tree route optimisation for spacecraft and trajectory problems.
View project →Independent Astrodynamical Research
Researching the engineering of future space systems.
Jits Doomen
An independent research and engineering archive covering orbital dynamics, spacecraft systems, computational methods, and future space infrastructure.
RESEARCH
Current research
Technical research exploring problems in orbital mechanics, conjunction assessment, propagation, spacecraft architecture, and computational aerospace engineering.
THESIS
Quantifying Propagation-Model Divergence as an Early-Warning Metric for Satellite Conjunction Assessment
An investigation into whether differences between orbital propagation models can provide an early indication of uncertainty growth in satellite conjunction assessment.
Read the research →PROJECTS
Engineering & computational work
Software, simulations, engineering concepts, and computational tools developed alongside the research.
02
High Velocity Electromagnetic Orbital Rings
A proposed electromagnetic orbital infrastructure concept for transporting cargo through the Earth–Moon system.
View project →
03
Dyson Swarm Analysis
Computational analysis of Dyson-swarm concepts, including orbital dynamics, thermal behaviour, and material requirements.
View project →RESEARCH ARCHIVE
Papers, theses & technical material
A growing collection of research papers, thesis documents, technical notes, reports, simulations, and supporting material.
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