Setup a CI/CV virtual testbench to perform virtual validation of BCM and IPC components. Involved component-level testing, regression testing, and virtualization to ensure correct functionality of software components. Integration of Level 3 and Level 1 vECUs and REST bus simulation was executed to validate multiple communication networks and software interactions.
Description:
This project involved automating the MIL-SIL testing workflows for automotive subsystems to enhance software validation efficiency. By leveraging Jenkins pipelines, the team ensured consistent and repeatable testing of models for key automotive functionalities.
Key Responsibilities:
Developed automated MIL-SIL testing scripts using MATLAB and Simulink for various subsystems.
Configured Jenkins pipelines to automate testing and reporting processes.
Conducted unit and integration testing for model-based designs.
Generated Model Advisor reports and automated coverage verification.
Assisted in training team members on MIL-SIL automation and best practices.
Results / Achievements:
Reduced manual testing time significantly through automation.
Improved accuracy and reliability of automotive software components.
Delivered high-quality test reports and increased model coverage.
Skills / Tools Used:
MATLAB, Simulink, Jenkins, MIL-SIL Testing, Automated Reporting, Model Advisor