Giovanni Ghezzi

I manage the generation of source code the configures the memory and ports for data exchange between applications of an autonomous driving system. I work in an Agile workflow with CI/CD tools like Jenkins, Github and Jira. My tasks include: Writing code in Java-based Elektrobit Cobolt language and plantUML to generate C++ code. Adapting the system with cmake. Writing Unit Tests in gtest and checking static code analysis with QAC Helix. Managing a HiL setup to test the new releases.

I worked for Brunel at ZF Friedrichshafen. I was responsible for the integration of new releases of an AUTOSAR-structured software. My tasks included: Building new releases of application and RTE layers of an AUTOSAR architecture. Flashing and debugging with Lauterbach’s Trace32 on a microcontroller and on HiL Testing the software with Vector Canalyzer and Etas Inca, over protocols such as CAN bus and Ethernet, after appropriate calibration with Vector vCDMstudio.

I was responsible for the development of the C firmware uploaded on the control panels’ microcontrollers. My tasks included: Writing and debugging new features in Embedded C for the HVAC control firmware for ARM Cortex-M0+ processors. Analysing and plotting CAN bus log-data, parsing the packages according to J1939 and UDS protocols, utilizing Python (Pandas, Python-CAN and Matplotlib). Maintaining graphical interfaces written in C# and Visual Basic 6 to allow users to interact with the devices from a PC.

My goal consisted in programming and debugging a micro to collect data from sensors and transmit them over an IoT network. My tasks included: Writing C code to establish communication between the microcontroller and the sensors and to the PC with protocols such as UART, I2C and SPI. Debugging an ATmega microcontroller with Atmel Studio. Connecting the device to an IoT network via LoRa frequencies and AWS. Logging and displaying the collected data with Matlab and Python (Pandas and Matplotlib libraries).