About

Giuliano Leite De Vitor is an experienced Embedded Software Engineer with a solid background in programming languages such as C, C++, Java, Verilog, and SystemVerilog. He has extensive experience in writing embedded software for microcontrollers in C and Assembly, and has knowledge of many microcontroller architectures, including ARM Cortex M, CodeFire, PIC16, PIC18, PIC32, DSPIC30, DSPIC33, ATMEGA, MSP430, HCS08, and HCS12. He also has experience using RTOS and Embedded Linux and has worked with Java SE on embedded platforms such as Raspberry Pi and Beaglebone. Giuliano has good knowledge of designing projects with Bluetooth Low Energy, and has experience designing hardware for Arduino, Raspberry Pi, and Beaglebone platforms. He is also familiar with IP design tools such as Cadence IUS and Synopsy VCS, and has experience developing desktop applications using Netbeans RCP. He has good working experience using oscilloscopes, logic analyzers, and debugging SPI, UART, I2C. Giuliano is a solid team player with the ability to work cross-functionally with other teams and groups. He is willing to learn new technologies and implement them in a short amount of time, and has the ability to multitask and manage tasks with varying priorities. His specialties include Embedded Systems, Embedded Software Development, Firmware, Bootloader, RTOS, Validation, and Test planning and development. Currently, Giuliano works as an Embedded Software Engineer at Mobile Climate Control, where he is responsible for firmware development for MCC Climate Controllers, customization and support to MCC Customers, definition and implementation of Test Framework to MCC firmware validation, implementation of bare metal driver for CAN2.0B/SAE J1939/CANOpen/Modbus, fleet tracker system development, IoT platform development for remote control and update of controllers over GSM/LTE, and bootloader customization and support including host high-level software. In the past, Giuliano has worked as a Software and Hardware Engineer at Epistemic, where he defined the hardware and software platform for a Brain Reader, helped in the improvements of a patented algorithm to detect epilepsy seizure, developed device drivers for Brain Reader Platform, and provided software solutions to evaluate the system. He has also worked as a Computer Engineer at Pullup - Electronic Solutions Startup, where he designed firmware for embedded projects, wrote device drivers, chose between a RTOS or State machine Super loop whenever necessary