🤖💻 Project development experience in the IoT and Network field, integrating AI-Powered Software Tools into the daily development process.
📡🔧 Designed end-to-end solutions for sensor systems based on ESP32/ESP8266 - Raspberry - Arduino, using the MQTT protocol and NodeRED/InfluxDB3/Grafana data pipelines.
🐍⚙️ Proficient in Python and C++ Programming, Git Version Control, Virtualization with Docker and Proxmox, and CCNA-Certified network infrastructure knowledge.
🖥️🔄 Experienced in deploying Self-Hosted infrastructure and automating workflows through tools such as n8n and Langflow.
🚀🔍 Actively follow open-source projects on GitHub to test new technologies and prototype my startup ideas.
| Category | Tools |
|---|---|
| Embedded Systems | ESP32, ESP8266, Raspberry Pi Pico W / Raspberry Pi Zero 2 W / Raspberry Pi 4, Arduino Uno / Nano |
| IoT | MQTT (Mosquitto), NodeRED & Grafana & Blynk, Adafruit, IFTTT, PlatformIO, Fritzing |
| Programming Languages | Python, C++ |
| Databases | InfluxDB3, PostgreSQL, SQLite, BaaS (Supabase, InsForge) Vector DBs (Pinecone, Zvec), NocoDB |
| Networking | Cisco (CCNA), GNS3, Wireshark |
| Virtualization | Proxmox, Docker, VMware Fusion, UTM |
| Linux | Diet-Pi, Ubuntu Server |
| Self-Hosted | Nginx Proxy Manager, Tailscale, Cloudflared, Cosmos, Dokploy |
| Version Control System (VCS) | Git, Github |
| Web | HTML, CSS, JavaScript |
Physical Security System With ESP32 Engineered an ESP32-based security system integrating motion, gas, and laser sensors with a servo lock, streaming telemetry via MQTT to a self-hosted Node-RED/InfluxDB3/Grafana stack with automated Telegram alerts.
Secure Data Collection and Access With ESP8266 Developed an ESP8266-based IoT system that encrypts BME280 environmental telemetry and Bluetooth-controlled LED states prior to MQTT transmission into a self-hosted Node-RED/InfluxDB3 pipeline, accompanied by a custom Python tool for decryption and data export.
- Computer Engineering, Duzce University (2015–2021)
- CCNA – Cisco Certified Network Associate (2022)