The Role:

Develop and implement vehicle communication designs in Vector PREEvision Implement and configure software architectures to enable automatic routings Maintain and add to E2E, DoIP and security implementations in PREEvision Implement Some/IP Create and maintain communication network data and artifacts (Ethernet, CAN/CANFD, LIN) Work with Engineering teams and suppliers on interface specifications, create commonality and share artifacts Implement and configure automated quality checks of your work Support Test Engineers and develop network design verification test plans at the ECU and vehicle level Conduct network simulations for analyzing and optimizing bus loading and message latency Work with the Platform software team to help implement and configure network communication in ECU software Engage with Vector to further automate the workflow and to implement additional Lucid requirements in PREEvision Manage multiple programs and variants

Qualifications:

3+ years of experience with creating, implementing, and testing network communications for automotive ECUs Significant experience with Automotive Ethernet, CAN, CAN-FD, and LIN Experience in specifying and implementing Automotive Diagnostics (DoIP, DoCAN) based on the UDS standard Experience or background in the development of vehicle electronic and software architectures Strong experience with E/E architecture tools such as Vector PREEvision Experience with programming or scripting languages, such as Java, Python, CAPL, C/C++ Worked with verification / validation tools (Vector CANoe or equivalent and its extensions for Ethernet and diagnostics) Experience with audio, video, control and precision timing messaging Experience with software development workflows Knowledge of Autosar Classic and Autosar Adaptive concepts

Education Requirements:

Bachelor's degree in Computer Science or related STEM field; Master's degree preferred