I'm an IT student passionate about backend engineering, DevSecOps, and cloud infrastructure.
I enjoy understanding how software works—from application code and APIs to containers, observability, security, and deployment pipelines.
My projects focus on building secure, production-inspired systems while documenting the learning process behind them.
- Backend Engineering
- Linux
- DevSecOps
- Cloud Computing
- Software Architecture
🌐 Portfolio: wendev.app
🤝 Volunteer Software Developer: Codebility
📧 Email: wen.dev27@gmail.com
🎥 YouTube: @WenDev27
- Linux as my primary development environment
- Git branching, pull requests, and collaborative workflows
- Containerization and deployment experiments
- Learning CI/CD, observability, and secure software engineering practices
- Vercel
- Railway
- Render
- Heroku
- Python
- Java
- React Native
- Flutter
- Arduino / ESP32
- Hardhat
- C#
- C / C++ / Assembly
I believe learning is most effective when concepts are applied through real projects.
This GitHub documents my journey through experiments, checkpoints, and hands-on projects exploring backend engineering, DevSecOps, and cloud infrastructure.
Many repositories include notes and documentation that capture not only what I built, but also the reasoning, trade-offs, and lessons learned along the way.
My goal is not only to build applications, but also to understand the systems behind them.
If you're interested in my learning process, the repositories below showcase how I approach software engineering:
- DevSecOps-Learning-Lab — experiments, checkpoints, and notes on Linux, Docker, CI/CD, observability, and security.
- Sentinel-Core — exploring backend architecture, event-driven systems, and production-inspired workflows.
- DevOps-War-Room — hands-on experiments with monitoring, infrastructure, and real-time systems.
- SmartFlood — a disaster management platform integrating monitoring, AI-assisted decision-making, and full-stack development.
I believe the best way to learn is by building, documenting, and continuously improving—one project at a time.


