🚀 Aerospace & Embedded Systems Engineer | 📡 Telecommunications Enthusiast | 🛠️ IoT & Low-Level Developer
Passionate about wireless communications, avionics, and embedded systems, I love building projects that bridge hardware and software—from CanSats to UAVs! Currently finishing my Master's in Electrical & Computer Engineering with a focus on aerospace communications and IoT.
- Microcontrollers: ESP32, STM32, PIC18, Arduino, Raspberry Pi
- Sensors: Gyroscopes, Accelerometers (IMUs), LoRa, SDR (GNU Radio)
- PCB Design: EasyEDA, Soldering, Lab Equipment
- Low-Level Programming: Embedded C, FreeRTOS, ASM
- Wireless Protocols: LoRa, Bluetooth, Wi-Fi
- Antenna Design & Propagation
- Digital Signal Processing: MATLAB, Simulink
- Languages: C, C++, Python, Java, Go
- Tools: Docker, Linux, Node-RED, Git
- Simulation: X-Plane, ROS, Kalman Filters (KF/EKF/UKF)
Team Leader | 🏆 1st Place in Category
Built a miniaturized satellite to localize Wi-Fi beacons in emergency scenarios using ESP32, telemetry systems, and custom PCBs.
🔗 Project Link
Designed a centralized IoT interface using ESP32, LoRa, and The Things Network to collect/display sensor data via Node-RED.
🔗 GitHub
Developed avionics and telemetry systems for a UAV, integrating MATLAB with X-Plane for autopilot simulations.
- M.Sc. Electrical & Computer Engineering
University of Western Macedonia | Telecommunications & Networks - Erasmus Exchange
University of Antwerp | ICT & Electronics Engineering
- 🏆 UAS Challenge Simulation Award (2023)
- 🥇 SPIN Space Innovation (CanSat 2020)
- 📧 Email: [email protected]
- 🌐 Website: www.delaportas.se
- 💼 LinkedIn: Markos Delaportas
🔍 Fun Fact: I once debugged a PCB issue at 3 AM with a multimeter and sheer willpower!