Functional Safety Engineer – 48V & High Voltage Inverters

Responsibilities

Profile

• Development, coordination, and further development of hardware safety requirements for 48V and high-voltage inverter systems
• Ensuring complete traceability of safety requirements
• Creation and further development of the Technical Safety Concept (TSC) according to ISO 26262 / Definition and elaboration of safe state concepts for inverter systems
• Development of safety behavior models, failure reaction diagrams, and timing concepts for safe state transitions
• Analysis of system and hardware architectures regarding functional safety / Identification of critical failure points within the system and hardware architecture
• Derivation of failure detection mechanisms, diagnostic concepts, degradation strategies, and failure reactions
• Execution and evaluation of safety analyses, particularly FMEDA, FTA, and DFA / Dependent Failure Analysis
• Definition of fault injection points and support in planning and executing fault injection tests
• Evaluation and verification of the effectiveness of implemented safety mechanisms / Definition of verification and acceptance criteria for safety-relevant requirements
• Support in Functional Safety Verification & Validation / Creation, maintenance, and review of relevant ISO 26262 work products
• Documentation and evaluation of the effectiveness of developed safety concepts
• Profound practical experience in the field of functional safety in the automotive industry
• Sound knowledge of ISO 26262, particularly in the area of hardware development and technical safety concepts
• Experience in the creation and derivation of hardware safety requirements and Technical Safety Concepts (TSC) as well as in ensuring requirements traceability
• Sound experience with safety analyses such as FMEDA, FTA, and DFA / Dependent Failure Analysis
• Experience with safe state concepts, safety mechanisms, failure reactions, diagnostic coverage, and degradation strategies
• Good knowledge of system and hardware architectures as well as safety-critical electronics
• Experience with fault injection testing as well as the verification and validation of safety mechanisms
• Experience in the creation, evaluation, and documentation of functional safety work products according to ISO 26262
• Ideally, profound experience with inverter systems, power electronics, e-drive, and 48V and high-voltage systems
• Very good German and English skills as well as a structured, analytical, and independent way of working

Project details

• Start: sofort
• Location: Stuttgart, Baden-Württemberg, DE, DE
• Languages: German

Source notes

• Exciting project in a renowned company
• Option for project extension