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Embedded System Engineer - AutomotiveGlobal Connect TechnologiesUnited States
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Embedded System Engineer - Automotive

Global Connect Technologies
  • US
    United States
  • US
    United States

À propos

Job Opportunity - Embedded System Engineer Location : Carmel, IN Duration : Full-Time Role Overview We are seeking a highly skilled
Embedded Systems Engineer
with strong expertise in automotive systems, specifically in
Occupant Sensing and safety-critical features . The ideal candidate will act as a
technical owner , driving end-to-end feature development from requirements analysis to system validation, ensuring alignment across software, hardware, and algorithm teams. Key Responsibilities 1. Requirements Engineering & System Design Perform detailed requirements analysis and functional decomposition of feature-level requirements into
system and algorithm-level specifications . Define and develop system architecture, ensuring traceability and completeness. Translate customer and regulatory requirements into technical specifications. 2. Technical Ownership Act as the
technical lead/owner
for Occupant Sensing features. Ensure system coherence across
algorithms, embedded software, hardware, and validation teams . Drive design discussions and ensure alignment with project goals. 3. Architecture & Modeling Analyze and document
model architectures, data flows, and state machines . Define fault handling strategies and ensure robustness in system design. Review and validate system behavior under various operating conditions. 4. Design Review & Problem Solving Review and challenge design decisions to identify gaps and risks. Apply structured problem-solving techniques such as
5 Whys and Fishbone analysis . Ensure technical robustness and compliance with automotive standards. 5. Communication & Diagnostics Work with automotive communication protocols including: CAN, CAN-FD, LIN, SENT Implement and debug diagnostic services based on
UDS (ISO 14229) . Analyze vehicle network topology and ensure seamless communication across ECUs. 6. Tools & Development Environment Utilize requirements management tools such as
DOORS and Polarion . Work with architecture and modeling tools like
Enterprise Architect or Rhapsody . Perform debugging and validation using tools such as: Oscilloscopes Vector CAN Analyzer / CANoe 7. System Validation & Debugging Conduct system-level testing and validation in lab and vehicle environments. Analyze hardware schematics and support debugging activities. Support OTA (Over-the-Air) update validation and troubleshooting. 8. Process & Compliance Follow and contribute to
ASPICE-compliant development processes . Ensure adherence to
Functional Safety (ISO 26262)
and
Automotive Cybersecurity
standards.
  • United States

Compétences linguistiques

  • English
Avis aux utilisateurs

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