My projects
This section showcases a selection of my personal projects, which I actively maintain and develop. As a passionate software engineer with a deep interest in both astronomy and programming, these projects reflect the intersection of my hobbies and technical expertise. The majority of these applications are built using modern web technologies like Next.js and React.js, designed to be scalable, efficient, and user-friendly. Each project represents my commitment to continuous learning and experimentation with new tools and frameworks. Explore the projects below to see how my interests shape my development process.
Interesting places and attractions
This portal, built on a microservice architecture using Next.js, PHP, and MySQL, helps users discover and share interesting places. It features a user dashboard, map integration, and the ability to upload photos and comments. Users can contribute to existing places and engage with a gamified system of levels, experience points, and reputation, promoting an interactive community.
Homemade Observatory
A fully automated homemade observatory integrated with an online service. It uses Raspberry Pi, Arduino, and Python for remote control, automation, and image analysis. The web service includes user authentication, real-time images, observatory data, and a calendar for celestial events, combining hardware and software for home-based astronomical exploration.
Arduino Weather Station
An Arduino-based weather station that collects and uploads real-time data to a remote server. It features an API for accessing current and historical weather data, as well as forecasts. This station supports the observatory by providing environmental data, ensuring accurate weather monitoring for optimal operations.
Asteroid Monitoring
Asteroid Monitoring is a system that fetches and displays real-time data about asteroids approaching Earth using the NASA NeoWS API. The application provides detailed information on each object, including: Time of close approach, Distance from Earth, Relative velocity, Estimated size range, Orbit visualization. It is designed to be user-friendly and informative, making complex data accessible to everyone.
Astronomical Project
Focused on making astronomy accessible, this project shares engaging, science-based content via Telegram. It promotes space knowledge through articles, event updates, and visuals, making complex topics easy to understand. The goal is to inspire curiosity and contribute to the public’s appreciation for space and science.