Assignment Description

Our client in the automotive industry is currently seeking a Brake System Software Verification Engineer. Within Deceleration & Steering, our client offers an exciting opportunity to join their brake modulation team, which holds overall responsibility for system selection, design, and verification. At ART Deceleration, they handle both hardware and software, spanning from early phases to industrialization and launching new cars on the market. Their primary role is to develop software for the brake system to meet customer expectations and enhance the customer’s experience of a premium car.

Responsibilities:

• Realize safety systems for the next generation of highly automated electric vehicles, focusing on software verification to ensure required functions and attributes.
• Be a key contributor to the development of future braking systems, defining new methodologies to accelerate development loops and improve system verification, with a focus on HiL fidelity and integration.
• Work on automation and continuous integration within the scope of the project.
• Test in various environments, from HiL to actual cars.
• Collaborate with a cross-functional team using agile processes and tools, leading interactions with other teams and suppliers.
• Implement and ensure quality assurance of the brake system software.

Team Tasks Include:

• Conceptualizing, demonstrating, and integrating new virtual methodologies for brake software testing.
• Working with concepts and suppliers according to platform and vehicle targets.
• Breaking down complete vehicle attribute requirements to the system level and ensuring the fulfillment of all system requirements.
• Verifying the software according to project milestones.
• Developing verification methods.
• Designing and maintaining continuous integration processes.
• Utilizing Vector knowledge in both hardware and software.

Qualifications:

• A master’s degree in electrical, computational, automotive engineering, or controls and systems, with a passion for cars and chassis systems.
• Competence and learning ability in developing virtual analysis tools for system engineering, with forward-thinking skills to understand future needs and draw conclusions from simulation and real-world data analysis.
• Ideally, 2-5 years of experience in software testing or development, SiL/HiL tools, and the development of chassis systems for passenger cars.
• A positive attitude with high motivation and a never-give-up mentality.
• Strong sense of urgency and flexibility in prioritization.

Tools Include:

• C++, Vector, GIT/Gerrit, CANalyzer, CANoe, Vtest Studio, CAPL, Software Quality Assurance.

Additional Requirements:

• Driving License: B
• Meritorious: Experience with Autosar and Python.