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alisabourii/README.md

Hi, I'm Ali SABOURI 👋

I am an Electrical & Electronics Engineering Student and Systems-Level Engineer specializing in embedded firmware, heterogeneous SoC architectures (FPGA + ARM), and high-performance software development.

I bridge theoretical engineering with practical execution by building reliable, deterministic, and low-latency systems—ranging from TÜBİTAK-supported local communication frameworks to real-time control architectures.


🔬 Active Research & Featured Projects

  • 🚀 Heterogeneous SoC Control System (Capstone Project) Developing a real-time Data Acquisition (DAQ) and closed-loop control system using Xilinx Zynq (FPGA + ARM), utilizing AXI4 interconnects for low-latency HW/SW co-design.

  • 📡 UDP-Based Local Communication Prototype (TÜBİTAK 2209-A) Engineered a decentralized, zero-infrastructure local communication network designed for emergency and disaster scenarios.


🛠 Tech Stack & Systems Expertise

Domain Technologies & Frameworks
Languages C, C++, VHDL / Verilog, Kotlin, C#, Rust
SoC & Hardware Xilinx Zynq (FPGA + ARM), STM32 (Cortex-M), ESP32, KiCad PCB Design
Protocols & Interconnects AXI4 (Lite/Stream), CAN-BUS, LIN-BUS, UDP/TCP, MAVLink, LoRa, SPI, I2C
Architectures & OS HW/SW Co-Design, RTOS / FreeRTOS, Embedded Linux, Interrupt-Driven Systems

💼 What I Do

🔄 End-to-End Hardware & Firmware Lifecycle

I bring ideas from concept to a fully functional production prototype:

  1. Schematic & PCB Design: Circuit design, component selection, and PCB layout (KiCad).
  2. Prototyping & Fabrication: Physical PCB manufacturing, soldering, and hardware debugging (Board Bring-Up).
  3. Firmware & Control: Bare-metal / RTOS firmware development, driver integration, and real-time control logic.
  • Embedded Firmware & Heterogeneous SoC: Low-level software and HW/SW co-design on ARM architectures and Xilinx Zynq SoCs, focused on strict timing constraints and memory efficiency.
  • Real-Time Control Systems: RTOS-based architectures and deterministic control loops for high-speed sensor data processing and field automation.
  • Hardware Companion Software: Building specialized cross-platform interfaces (Android/Desktop) to transform raw telemetry streams into intuitive control panels.

📬 Connect & Collaborate

Pinned Loading

  1. community/community community/community Public

    Public feedback discussions for: GitHub Mobile, GitHub Discussions, GitHub Codespaces, GitHub Sponsors, GitHub Issues and more!

    Ruby 8.7k 4.2k

  2. Free-TV/IPTV Free-TV/IPTV Public

    M3U Playlist for free TV channels

    Python 19.8k 2.9k

  3. ublnsite ublnsite Public

    UBln project's promotional website. The main goal of this project is to enable people to communicate more quickly during natural disasters. The project will be open-source in the near future.

    HTML

  4. koshar_air_purifier koshar_air_purifier Public

    The objective of this project is to develop a compact and portable system for monitoring and improving indoor air quality. The system uses sensors to continuously measure oxygen and humidity levels…

    C++

  5. gamePAD gamePAD Public

    This is a hobby project. i making this in my free times.

  6. hotspot_communicating hotspot_communicating Public template

    A solution for communicating via a hotspot

    Kotlin