Research Projects & Repositories

A collection of my open-source projects related to air quality monitoring, IoT sensors, bioreactors, and environmental research.

🌱 Advanced Bioreactor

Arduino-based monitoring and control system for microalgae cultivation in bioreactors.

Features:

  • pH and temperature monitoring with data logger
  • Turbidostat control for maintaining optimal algae density
  • LED control mimicking natural sun patterns
  • Python simulation of microalgae growth with solar profiles

Links:

📚 Instructables Tutorials:

Technologies: Arduino, C++, Python, Data Logging

Stars: ⭐ 6 Forks: 🍴 1

🌫️ Air Quality Analysis

Data analysis tools and Jupyter notebooks for analyzing fine particle pollution (PM2.5) from low-cost sensors.

Features:

  • PM2.5 data processing and visualization
  • Statistical analysis of air quality trends
  • Jupyter notebooks with interactive examples
  • Integration with low-cost sensor networks

Links:

Technologies: Python, Jupyter, Pandas, Matplotlib, HTML

Stars: ⭐ 38 Forks: 🍴 22

🌦️ Weather Station

IoT-based weather monitoring system using Arduino and ESP8266.

Features:

  • Temperature, humidity, and light intensity sensors
  • ESP8266 WiFi connectivity
  • MQTT broker for data transmission
  • SQL database storage
  • Web interface for real-time data visualization

Links:

📚 Instructables Tutorial:

Technologies: Arduino, ESP8266, MQTT, SQL, C++

Stars: ⭐ 2 Forks: 🍴 1

🔌 Arduino Collection

A collection of Arduino projects for various IoT applications and home automation.

Features:

  • LED light control systems
  • Motion sensor integration
  • Simple control terminal interface
  • Power meter monitoring
  • Support for ATmega and ESP8266 boards

Links:

📚 Instructables Tutorials:

Technologies: Arduino, ATmega, ESP8266, C++

Stars: ⭐ 6 Forks: 🍴 3

📚 Detailed Build Guides on Instructables

Looking for step-by-step tutorials? All projects have comprehensive guides on Instructables!

Profile: binova on Instructables

📊 Tutorial Statistics

  • Total Views: 62,375+
  • Total Tutorials: 7
  • Followers: 19
  • Total Favorites: 163

🏆 Most Popular Tutorials

  1. PIR with ESP8266 and MQTT - 17,000+ views
  2. Data Logger (Temp, pH, DO) - 11,000+ views
  3. Raspberry Pi Data Logger - 11,000+ views

View All Tutorials →

Each tutorial includes:

  • ✅ Complete parts list with sources
  • ✅ Step-by-step instructions with photos
  • ✅ Downloadable code and schematics
  • ✅ Troubleshooting tips
  • ✅ Community Q&A support

🔬 Research Interests

  • Air Quality Monitoring: Low-cost sensor networks, PM2.5 analysis
  • IoT & Sensors: ESP8266/ESP32, Arduino-based systems
  • Bioreactors: Microalgae cultivation, automated monitoring
  • Water Chemistry: pH monitoring, turbidity control
  • Data Analysis: Python, time-series analysis, visualization

🤝 Collaboration & Contributions

All projects are open source and welcome contributions!

How to Contribute

  1. Fork the repository you’re interested in
  2. Create a feature branch (git checkout -b feature/amazing-feature)
  3. Commit your changes (git commit -m 'Add amazing feature')
  4. Push to the branch (git push origin feature/amazing-feature)
  5. Open a Pull Request

📊 GitHub Stats

  • Total Public Repositories: 36
  • Total Stars Received: 52+
  • Total Forks: 27+
  • Followers: 22
  • Following: 2

🏆 Achievements

  • ⭐ Starstruck: Projects with significant community interest
  • 🦈 Pull Shark: Active contributor to open source
  • 🏔️ Arctic Code Vault Contributor: Code preserved for future generations

📬 Get in Touch

Interested in collaboration or have questions about any project?

  • GitHub Issues: Open an issue in the relevant repository
  • GitHub Discussions: Available in most repositories
  • Email: Through GitHub profile contact

🔗 Quick Links

Project Language Purpose Link
Advanced Bioreactor C++, Python Algae cultivation monitoring View →
Air Quality Analysis Python, HTML PM2.5 data analysis View →
Weather Station C++, SQL IoT weather monitoring View →
Arduino Collection C++ IoT & automation projects View →

📝 License

Most projects are licensed under MIT License - see individual repository LICENSE files for details.