System Validation Engineer

Summary

The System Validation Engineer is tasked with ensuring the integrity and functionality of automotive systems through systematic testing and validation. This role is crucial in achieving the organization's objectives concerning delivery, quality, and cost.

Responsibilities

• System Validation tests pattern/sequences creation and execution according to the defined strategy in line with test standards.
• Design, review and execute test cases for requirements defined by System architecture.
• Perform scenario-based testing, result analysis, and defect reporting.
• Design, review and execute test cases for Technical Safety Concept/System Requirement (ISO 26262) in alignment with System architecture requirements.
• Define system automation test strategy using an internally defined Test automation environment.
• Review and verify System Architecture Design from a testability perspective.
• Ensure traceability from System Architecture, including System Interfaces and Technical Safety concepts, to the System Test Cases.
• Design, review and execute System Test Cases according to the Test Plan and define strategies.
• Implement automated test cases in the defined Automated Test Environment.
• Generate System Test Reports in line with Forvia Standards.
• Perform re-use analysis effectively across the system test scope of work.
• Open System defects and track their progress for closure effectively.
• Define the test environment and needed instrumentation to execute System Test Cases.

Must Haves

• Bachelor of Engineering degree in Electronics/Electrical.
• 3 to 8 years’ experience in Seat/Cluster/ADAS Validation.
• Relevant understanding of key automotive system areas: CAN, Ethernet, CAPL, python.
• Knowledge of product architecture (Infotainment, Cluster, ADAS, etc.)
• Strong grasp of ASPICE and Agile methodology.
• Capability to analyze system requirements and architecture.
• Able to drive test case creation and test script execution.
• Experience with Requirements Management Tools (ALM, Interenterprise Architect) and Atlassian Suite (Jira, Confluence).
• Hands-on experience with Toolchain: Vector Canoe, VT system, Vteststudio, V-Flash DIVA.
• Experience with communication protocols: 100BT1, 10BT1S, DOIP, SomeIP, TCP, UDP.

Nice to Haves

• Experience working in a Scrum team in Agile methodology.
• Experience in Software Testing Life Cycle (STLC).
• Experience in ASPICE SYS4 & SYS5.
• Experience in Vehicle Testing.

Other Details

• Category 1: Location - Not specified.
• Category 2: Team Structure - Part of the System Validation team.
• Category 3: Reporting - Not specified.

Reason (Must Have)

• Bachelor of Engineering: Critical for understanding electronic and electrical principles necessary for validation tasks.
• Experience in Validation: Essential for executing specific industry-related validations effectively.
• Understanding of automotive systems: Required to effectively test and validate various components within automotive systems.
• Knowledge of ASPICE, Agile: Necessary for adhering to industry-standard methodologies and ensuring quality outputs.
• Capability to analyze architecture: Important for developing relevant test cases and ensuring compliance with requirements.
• Experience with automation tools: Essential for increasing the efficiency of the testing process.
• Hands-on experience with protocols: Crucial for ensuring communication integrity within automotive systems.

Reason (Nice to Have)

• Experience in Scrum: Useful for enhancing collaborative team dynamics and agile project management.
• Knowledge of STLC: Adds value in efficiently managing the testing process.
• Understanding of ASPICE SYS4 & SYS5: Provides deeper insights that can improve the validation process.
• Experience in Vehicle Testing: Beneficial for contextualizing system validation in real-world scenarios.

Trust Score

Score: High Evidence: Detailed responsibilities and specific technologies are clearly outlined, aiding effective candidate sourcing.

Sourcing Guidance

The job description provides good technical clarity for sourcing. Consider these potential recommendations to enhance the search:

• Recommendation: Search for candidates with experience in ADAS systems alongside general automotive validation skills.

Rationale: These skills are often paired in roles focused on advanced driver-assistance systems.

• Recommendation: Look for candidates who have worked in automotive software environments and are familiar with regulatory standards.

Rationale: This knowledge will add value to compliance during system validation processes.

• Recommendation: Consider flexible requirements around protocol experiences, allowing candidates with some experience in CAN or Ethernet, but not both, to apply.

Rationale: This may broaden the pool of qualified candidates significantly.