Embedded Software Engineer

10/2012 – 11/2015

Responsibilities:
- Changing the domain of activity was one of the most daunting challenges ever taken;
- The greatest achievement was starting an i.MX processors with Linux kernel 3.10.17, and coordinating the team in the direction of having as soon as possible an working environment;
- Develop/update/integrate software for radar system according to the V-Cycle process;
- Use of scripts and tools specific to Linux environment.

Projects
- Clusters based on a Linux system;
- Project stages in which I was involved: starting up the ECU from nothing;
- Configuration of the U-Boot in order to start the uC.

Other Responsibilities
- Developer / Architect;
- SW Design Document;
- Integration Tests Specifications Document;
- Integration for existing modules.

Technological environment:
- Linux on an i.MX6 dual core processor.

Embedded Software

5/2012 – 9/2013

Responsibilities:
- Starting up an ECU from 0 was one of the most interesting tasks done;
- Entering the realm of Power Engineering was quite an experience;;
- Develop/update/integrate software for invertor system according to the V-Cycle process;
- Use of internal tools like Picea to configure different modules;
- Software architecture developing.

Projects
- Power invertor based on AUTOSAR RQs;
- Project stages in which I was involved: starting up the ECU from nothing, using parts from three different projects;
- Integration of the MCU, PORT and DIO modules in the FBL, for status based on LEDs and adding this functionality;
- Architecture defined was with a Boot Manager and FBL plus Application. Created the BM, where added in assembler reset discrimination plus in the FBL check for request for flashing flag and decision mechanism based on a key to jump to application if it was not corrupted.

Other Responsibilities
- Developer / Architect;
- SW Design Document;
- Integration Tests Specifications Document;
- Integration for existing modules;

Technological environment:
- Programming microcontroller MCP5607 using C language;
- Use of abstraction layers between HW and SW signals;
- SW quality assurance MISRA-C rules.

Embedded Software

8/2010 – 4/2012

Responsibilities:
- Develop inside the BSW group technical skills needed in day by day work;
- Responsible for group achievements without members of the group directly reporting;
- Actively participating to reviews made by group members;
- Tools acquire, configure.

Embedded Software

8/2010 – 4/2012

Responsibilities:
- Develop/update/integrate software for radar system according to the V-Cycle process;
- Use of Elektrobit’s Tresos Studio, Vector's DaVinci Configurator, WinIDEA;
- Test bench responsible - manage the SW/HW tools for the test bench: acquiring, installing and requesting the right testing tools (emulators, oscilloscopes, cables, sample ECUs, etc.) for the test bench;
- Software architecture developing.

Projects
- Radar system based on AUTOSAR RQs;
- Project stages in which I was involved: all phases of development.

Embedded Software

11/2008 – 7/2010

Responsibilities:
- Develop/update software for airbag system according to the V-Cycle process;
- Use of Elektrobit’s Tresos Studio;
- Test bench responsible - manage the SW/HW tools for my SW team in the test bench: acquiring, installing and requesting the right testing tools (emulators, oscilloscopes, cables, sample ECUs, etc) for the test bench;
- Configuring almost the entire HAL part.

Projects
- Airbag system based on AUTOSAR RQs;
- Project stages in which I was involved: first phase of development.

Other Responsibilities
- Developer;
- Set-up the project (integrate the customer library, set-up the operating system, HAL);
- Ramp-up a developing platform;
- SW Design Document;
- Integration Tests Specifications Document;
- Develop the LIN CANoe simulation;

Technological environment:
- Programming microcontroller MCP5604P using C language;
- Use of abstraction layers between HW and SW signals;
- SW quality assurance MISRA-C rules

Challenges encountered: on the start of the project creating a development environment from scratch, involving acquisition of compiler, debuggers and setting up the first bench.

Embedded Software

11/2008 – 7/2010

Responsibilities:
- Develop/update tests for HERA module (Freescale accelerometer);
- Use of internal testing tools;
- Test bench responsible - installing and requesting the right testing tools (emulators, oscilloscopes, cables, sample ECUs, etc) for the test bench;
- Configuring benches.
Projects
- Airbag system;
- Project stages in which I was involved: testing phase.

Other Responsibilities
- Tester;
- Set-up testing equipment;
- SW Testing Document;
- System Tests Specifications Document.

Technological environment:
- Use of in house developed tools;
- Configuration of these tools.

Embedded Software

11/2008 – 7/2010

- Project stages in which he was involved: development and validation of the product;
- SW developer;
- BIOS driver integration;
- SW design of the diagnostics services;
- PolySpace and QAC testing;
- Manual integration tests.

Technological environment:
- Programming microcontrollers NEC 78K0 using C languages, ICE Cube debugger;
- SW quality assurance tool MISRA-C;
- Challenges encountered: In the validation part of the project joined validation team in order to test the application part of the project.

Embedded Software

9/2007 – 10/2008

- SW developer;
- Analysis & update of the application part;
- Translate KWP 2000 diagnostic protocol to UDS;
- Update the SW Specifications Document with the variant manager part.

Technological environment:
- Programming microcontrollers Freescale S12X using C languages.

Embedded Software