01
Distributed observing infrastructure
BHTOM
A web platform coordinating time-domain observations and automated photometric processing across a global telescope network.
- Django
- Docker
- Prefect
- PostgreSQL
Projects
Four case studies connecting web systems, pipelines, scientific data and physical instruments.
01
Distributed observing infrastructure
A web platform coordinating time-domain observations and automated photometric processing across a global telescope network.
02
Environmental measurement network
A live network view combining station availability, all-sky imagery, SQM readings and environmental measurements.
03
Time-series and observational data
A connected body of work spanning space-telescope photometry, time-series analysis, Fourier methods and spectroscopic preparation.
04
Field systems and instrumentation
Control software, telescope automation and hands-on diagnostics where cameras, sensors, networks and mechanical systems meet.
Additional software
A Python desktop application for planning astronomical observations, combining visibility calculations, external data services, weather analysis, telescope integration and optional local AI support.
Application and domain logic
Modular desktop interface
Configuration and data validation
Local settings and application state
Coordinates, time and astronomical calculations
Visibility and observing constraints
Astronomical catalogue integrations
Numerical processing
Scientific plots and finder views
Interactive visibility visualisation
Weather, catalogue and transient services
Optional telescope integration and simulator workflow
Optional OpenAI-compatible local assistants
Domain, storage, integration and UI tests
Automated CI checks