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LeonardoCostamagna/README.md

Hi there! I'm Leonardo Costamagna 👋

Embedded Systems Developer | Biomedical Engineer | Tech Enthusiast


👤 About Me

I am an Argentine Embedded Systems Developer and Biomedical Engineer with a strong background in computing, electronics, and electromechanics. I have extensive hands-on technical experience designing, developing, and integrating critical technology across its entire lifecycle.

My background in electromechanics gives me a comprehensive view of how different technologies interact. This allows me to easily understand, architect, and seamlessly integrate complex physical and digital systems. I am deeply curious, constantly learning, and passionate about keeping up with emerging technologies to build reliable, high-performance solutions.


⚡ Tech Stack

Languages: C C++ Python Assembler CMake
OS & RTOS: FreeRTOS Linux
MCUs & Architectures: STM32 ESP32 Kinetis AVR ARM Cortex-M RISC-V
Protocols & Communication: SPI I2C UART RS232 CAN MQTT
Testing & Debugging: Unity CMock Ceedling JTAG OpenOCD
Design & Modeling: UML itemis CREATE Simulink
Hardware Analysis & Signals: KiCAD Altium Designer Analog Hardware Digital Hardware Signal Conditioning
Documentation: Doxygen LaTeX
Version Control: Git SVN


🚀 Featured Projects

📌 Peripheral Drivers

A collection of hardware-agnostic drivers for sensors and actuators, engineered to maximize code portability across microcontroller platforms.

Key Features:

  • Hardware Abstraction: Clean C design patterns for modular driver architecture.
  • Safety & Standards: Strict adherence to firmware best practices and reliability.
  • Testing & Verification: Comprehensive unit tests and integration examples per module.

Tech Stack: C HAL Layered Architecture Unit Testing Digital Protocols

🔗 View Repository

📌 Control & Signal Processing

A collection of control system algorithms, digital signal processing filters, and state control using tabulated finite state machines.

Key Features:

  • Control Systems: Robust implementation of control algorithms with optimization and stability tailored for embedded platforms.
  • Digital Signal Processing: High-efficiency digital filters designed for real-time signal conditioning.
  • Finite State Machines: Control architecture based on tabulated finite state machines for predictable and safe event management.

Tech Stack: C DSP Control Systems FSM Model-Based Design

🔗 View Repository


📚 Recommended Reading

A curated list of books that have shaped my engineering and development journey:

  • 📖 "Introduction to Embedded Systems - A Cyber-Physical Systems Approach" – E. A. Lee and S. A. Seshia
  • 📖 "Making Embedded Systems - Design Patterns for Great Software" – Elecia White
  • 📖 "Design Patterns for Embedded Systems in C - An Embedded Software Engineering Toolkit" – Bruce Powel Douglass
  • 📖 "Mastering the FreeRTOS™ Real Time Kernel - A Hands-On Tutorial Guide" – Richard Barry
  • 📖 "Reusable Firmware Development - A Practical Approach to APIs, HALs and Drivers" – Jacob Beningo
  • 📖 "The C Programming Language - Based on ANSI C" – Brian W. Kernighan and Dennis M. Ritchie
  • 📖 "C/C++ and Java: How to Program" – Harvey M. Deitel and Paul J. Deitel



📫 Let's Connect!

Feel free to reach out if you have a project in mind, a collaboration request, or just want to chat:

LinkedIn

"Always curious, constantly learning, endlessly building."

Thanks for visiting my profile! Feel free to star ⭐ any repository you find useful.

Popular repositories Loading

  1. AyPSE_Costamagna_2026 AyPSE_Costamagna_2026 Public

    Forked from prototipado/Curso_AyPSE_ESE

    Curso de Arquitectura y Programación de Sistemas Embebidos correspondiente a la Especialización en Sistemas Embebidos - FIUNER

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  2. LeonardoCostamagna LeonardoCostamagna Public

  3. peripheral_drivers peripheral_drivers Public

    Modular and highly portable embedded peripheral driver library featuring hardware abstraction (Hardware Proxy & Opaque Pointers), multi-vendor support (ESP32, STM32), and unit-tested reliability vi…

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  4. control_and_signal_processing control_and_signal_processing Public

    Modular and highly portable algorithmic library for embedded systems featuring control systems, digital filters, and state-based control architecture, with multi-platform support.

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