Test Automation (Python, automotive)
Project description
We are seeking a highly motivated and technically proficient QA Hybrid Test Engineer to join our dedicated testing team. You will play a crucial role in ensuring the successful and high-quality delivery of software products for our client, a prominent American automaker. This position offers a challenging and dynamic environment within a multicultural international team, demanding strong problem-solving skills and a proactive approach.
Responsibilities
- Design, develop, and execute robust automated test scenarios on a daily basis, utilizing Python as the primary scripting language. Framework Management: Actively contribute to a new and maintain the existing automation frameworks Ensure comprehensive test coverage by writing detailed test scenarios Engage in specialized testing of automotive systems, including validation of in-vehicle components Work closely with developers, business analysts, and product owners within the Scrum framework, actively participating in sprint planning and daily stand-ups.
SKILLS
Must have
- Prior work with embedded or automotive systems, especially in the context of multi-ECU scenarios. Proven experience developing, debugging, and maintaining Python code for automated testing. Thoroughly analyze logs, and quickly resolve issues within automated testing pipelines. Experience managing Python virtual environments and dependencies. Experience with Git for version control and JFrog Artifactory Ability to read and follow technical documentation in English. Strong communication skills for collaboration with developers, testers.
Nice to have
Experience with test automation for automotive multimedia, connectivity, and driver-assistance features. Hands-on expertise with modern test automation frameworks, especially those supporting Behavior-Driven Development (BDD) and keyword-driven testing. Skilled in translating requirements and Gherkin scenarios into robust, executable automation logic. Ability to analyze, optimize, and troubleshoot both hand-written and AI-generated Python test scripts for reliability and maintainability. Experience integrating automated tests with Hardware-in-the-Loop (HiL) and Software-in-the-Loop (SIL) benches via industry-standard APIs (such as ASAM HIL). Hands on experience with testing of ADAS features such as Camera, Parking Assist, and Driving Assistance modules. Experience with requirements gap analysis, traceability, and coverage reporting for ADAS or other safety-critical automotive systems. Exposure to automotive communication protocols (e.g., CAN, LIN, Ethernet).
