Octavian Postelnicu

The client, a major software development company was unable to expand the automotive embedded software development sector due to the lack of one embedded software engineer, Classic and Adaptive Autosar specialist responsible for setting the project base. As part of the development team, team leader, and architect I was responsible for Adaptive Autosar logic according to the client specifications nevertheless designed, integrated, and conducted the ADAS Camera Perception System in a successful business.

The client, a major German Tier I software development company from the automotive sector, Continental AG, encountered a major failure on the BMW project, a failure that is based on the availability of multiple bugs that are a necessity for their software components to run without any leaks. I was responsible for different Autosar locations like memory leaks, diagnostic shutdowns, communication problems on CAN and Ethernet level, and other investigation that were performed using a debugger.

The client Magna International working on the Audi ADAS Camera Systemwas expanding the Customer Function Bridge communication with Basic Software located on the classic Autosar platform, and the adaptive Autosar platform. As part of the development team, I was handling the Customer Function bridge implementation for the Basic Software (BSW) router logistics in close connection with Autosar RTE following all the requirements, design, and end-to-end test verification.

My experience with embedded systems started on Daimler and Audi on Seat Control Unit (SCU) projects and there I was responsible for the Diagnostic module and Functional Safety Module(FSM ISO - 26262). Here are some of my attributions on Diagnostic Seat Memory: Embedded C development Diagnostic Seat Memory implementation (DTC/DID/routine/functions) Register Monitoring implementation Tresos Configurator from Electrobit used for Classic AUTOSAR configuration Creation of Unit Test using a Continental internal

Java Software Developer (for ESA - European Space Agenty) working on SNAP ( Sentinel Application Platform ). SNAP architecture is ideal for Earth Observation processing and analysis. Working with XML metadata parsing, package as java.io, java.nio and image processing. Software Integration Testing: Design, write and execute test cases to validate robustness and to cover system requirements. Tools and languages used: Cygwin, Eclipse, MS Office, C, Perl; Bussines or sector Embedded Systems.