Automotive ECU validation

Job Role: Automotive ECU validation

Location: Bangalore

Experience:-4-6Years

Job Description:

As a Software Development Engineer, you will engage in a dynamic work environment where you will analyze, design, code, and test various components of application code across multiple clients. Your typical day will involve collaborating with team members to ensure the successful implementation of software solutions, performing maintenance and enhancements, and contributing to the overall development process. You will be responsible for delivering high-quality code while adhering to best practices and project timelines, ensuring that the software meets the needs of the clients effectively.Roles & Responsibilities:1. Design, develop, and pre-integrate software modules for automotive ECUs using Python.2. Develop and maintain test automation frameworks and automated test suites using Python, JavaScript, and HTML.3. Implement and manage CI/CD pipelines for automated build, test, and deployment processes.4. Manage artifact repositories using Jfrog Artifactory or equivalent tools.5. Perform and maintain test activities on automotive ECU racks and HIL benches.6. Analyze communication, power, and diagnostic issues across CAN, FlexRay, and DoIP channels.7. Handle PDX and IDX files related to flashing, configuration, and diagnostics.8. Implement and validate diagnostic services (UDS), ensuring compliance with OEM and ISO standards.9. Develop automated tests using Vector toolchains and scripting languages.10. Debug and trace issues using logs, hardware tools, and bus monitoring software.11. Collaborate with cross-functional engineering teams to integrate and validate ECU features.12. Optimize code and test frameworks for performance and reliability.13. Ensure robust configuration management of software, test cases, and hardware environments.Professional & Technical Skills:1. Strong experience in Test Automation frameworks and methodologies for automotive ECU validation.2. Proficiency in Python for scripting, automation, testing, and tooling development.3. Experience with JavaScript (JS) and HTML for developing web-based test dashboards, visualization tools, or automation front ends.4. Experience with Jfrog Artifactory for artifact management and repository handling.5. Strong understanding and hands-on experience with CI/CD pipelines (Jenkins, GitLab CI) for automated builds, tests, and deployments.6. Experience in Configuration Management for software and test environments ensuring repeatability and traceability.7. Automotive ECU Development and Pre-Integration: Hands-on experience in software development, pre-integration, and unit testing for automotive Electronic Control Units (ECUs).8. Experience with automotive ECU test benches and HIL racks including hardware integration, setup, and signal-level validation.9. Experience in analysis of ECU logs, fault traceability, and debugging using CANoe, vSpy, or custom tools.10. Familiarity with PDX, IDX, and other automotive data exchange formats for diagnostics, flashing, and validation.11. Strong understanding of automotive protocols- CAN (Controller Area Network), FlexRay, SOME/IP, DoIP, UDS, OBD-II, ISO 1422912. Experience with automotive diagnostics: DTC management, diagnostic session handling, and UDS services.13. Experience with version control tools such as Git.14. Familiarity with additional protocols like MQTT, LIN, or Serial Communication.15. Hands-on experience with hardware debugging, test bench maintenance, and signal analysis using oscilloscopes, logic analyzers, etc.16. Proficiency with Vector tools, including - CANoe, including FlexRay bus simulation and diagnostics17. Proficiency with Vector tools, including – CANalyzer for real-time bus monitoring (CAN, FlexRay)18. Proficiency with Vector tools, including – vTESTstudio for automated test development19. Proficiency with Vector tools, including - DaVinci Configurator/Developer for AUTOSAR configuration and component implementation20. Proficiency with Vector tools, including - CAPL scripting for simulation logic, fault injection, and automated testing