For four years, I've been a teaching assistant at the university, teaching embedded C for microcontrollers. At that time, I worked with assembly code and C.

I've also developed multiple applications as a Firmware engineer using SPI, I2C, UART, WIFI, and Bluetooth. I use diverse operative systems like FreeRTOS and FreeOSEK.
And finally, I've developed low-level char devices for the Linux kernel.

I develop some applications for Arduino platforms as a hobby from time to time.

* Microcontrollers: 
--- STM32 Nucle Boards
--- NXP LPC4337 (dual-core ARM Cortex M4/M0)
--- NXP LPC1769 (ARM Cortex-M3)
--- TI TM4C123  (ARM Cortex-M4)
--- TI MSP430
--- Microchip PIC16F84, PIC18F4550
--- Arduino

I work every day developing RTL code for FPGAs. I mainly work implementing machine learning algorithms and developing drivers for peripherals. 
-- Architectures:
* FPGA (Spartan, Artix, Virtex, Ciclone IV)
* SoC (Xilinx Zynq, Intel Ciclone V) 
-- Comms: AXI, I2C, SPI, TPC/IP, RS-232,

I've worked as a teaching assistant at the university teaching "Advance programming in C++," dealing with Object-Oriented Programming (OOP), algorithms, STL, user interfaces with Qt, and OpenGL for graphics.
Then I developed some embedded and desktop applications with Qt as an Embedded Engineer.

I've learned python because I was looking for an alternative to Matlab to prototype algorithms. At that moment, I found an incredible language so simple, fast, and complete that it was my go-to for almost everything. I've been working with python for the last 3-4 years, doing algorithm development, machine learning, deep learning, parsing text and finding patterns with regular expressions, and automating everything in windows, Linux, and embedded systems.

I've started using Matlab at the university, and I've been involved in research for my whole life. With Matlab, I always tested my algorithms, and I also developed a communication driver for a custom board to use it in a control toolbox.

I have three Linux certification levels and multiple training courses with embedded Linux, but I firmly believe that the only way to learn something is to practice, practice and practice. These are my motivation to continuously explore embedded devices, where I can work with Linux always.

Regular expression to match specific patterns. Custom code parsers. Complex file analysis to build automatic systems.

Personal details

Leandro M.

Summary

Technical skills