Electrical Engineering student at ETH Zürich with a strong interest in embedded systems, electronics, robotics, and real-world engineering projects.
I enjoy building technical systems where software, hardware, mechanics, and practical constraints meet. My projects usually involve debugging, prototyping, soldering, repair, documentation, and iterative improvement until a system works reliably in a real environment.
- Embedded systems
- Electronics and circuit debugging
- Hardware/software integration
- Low-power systems
- Prototyping and repair
- Practical system integration
Battery-powered ESP32-CAM security camera with Telegram control, PIR motion detection, deep sleep, Wi-Fi setup portal, role-based access control, persistent configuration, and a custom 3D-printed enclosure.
What this project demonstrates
- ESP32-CAM firmware development
- Telegram bot integration for remote control and image delivery
- multilingual Telegram user interface with English, German, and Spanish messages
- PIR-based motion detection and wakeup from deep sleep
- power-aware operation with scheduled online windows
- runtime Wi-Fi and user configuration through a local setup portal
- role-based Telegram access control with command, notify, and audit users
- sunrise/sunset-based automatic flash control
- persistent configuration storage using ESP32 Preferences/NVS
- stripboard-based hardware integration
- 3D-printed enclosure design with Mark I, Mark II, and Mark III design iterations
- practical engineering trade-offs between reliability, assembly effort, and available hardware
Diagnosis and repair of unstable ANC behavior in Sony WH-1000XM4 headphones.
What this project demonstrates
- structured fault diagnosis
- datasheet-based component selection
- precision soldering
- technical documentation
- practical troubleshooting in a mixed analog-digital consumer device
- repair-oriented engineering instead of simple part replacement
Non-invasive doorbell detection and relay system using ESP32 nodes.
Current direction
- vibration-based doorbell detection
- distributed ESP32 communication
- indoor receiver with audio output
- Telegram notification support
- practical integration into an existing home setup
- sensitivity tuning and reliability improvements
I like projects that combine structured engineering thinking with hands-on implementation.
That usually means understanding the problem, building a first prototype, testing it, finding weak points, improving the design, and documenting the result clearly.
I am especially interested in embedded and system integration work where code, electronics, mechanical design, and real-world constraints all matter.
Project-related questions are best handled through GitHub Issues.
For professional contact, you can reach me on LinkedIn.