EE Platform Architecture and System Professional

Roles and Responsibilities:

E/E Platform Design & Development: Logical and Physical Architecture Development System Requirement Specification Development Automotive body domain functions design & development ISO 26262 ASIL compliance for all safety related body-domain functions Understanding of functions like Gateway, OTA, Digital Key etc. Functional safety and Cybersecurity adaptation Know-how of different types of E/E Platform (Distributed, Domain, Zone etc. Vehicle Network Architecture Optimization using CAN, CAN-FD, LIN, and Ethernet System Resource Optimization including ECU Consolidation, Network Load, Power Consumption, and Wiring Harness Complexity Definition and Management of System Interfaces between Vehicle Domains and ECUs

Hardware Design & Development: Hardware Interface Circuit (Vehicle side) and create requirement for ECU side I/F. FMEA (System FMEA, Connector FMEA, Design FMEA) & DRBFM Understanding of Design Guidelines & Standards for 2D & 3D making. Knowledge of design software such as Unigraphics & Teamcenter. Knowledge of BOM management and Sourcing systems: Online Ringi, E-DAS, IBOM, ENOVIA, SAP Ariba, MS Office/Outlook etc

Testing: Verification & Testing in the Vehicle Prepare vehicle test checklist and test report. Hardware Issue debugging Reliability test specification, EMI/EMC test specification and standards (ISO/JASO/CISPR etc.) Compare and corelate the reliability test specification (request) vs actual part level reliability test report

Technical/ Functional: Requirement Development and Management: System Requirement Specification Development and Management Vehicle Benchmarking Hardware Development: Part and Model development lifecycle Good understanding of Body Control domain and features

Vehicle-level functional analysis and allocation to ECUs and networks.

E/E system architecture development for Body Control, Gateway, OTA, Digital Key, Lighting, and Comfort functions.

System behaviour analysis, interface analysis, and signal-flow analysis.

Architecture evaluation considering reliability, safety, cybersecurity, diagnostics, and software update requirements.

Optimization of E/E architecture for cost, weight, wiring complexity, network bandwidth, and scalability.

Network topology analysis and communication load assessment for CAN, CAN-FD, LIN, and Ethernet systems.

Vehicle benchmarking and competitor architecture analysis.

Root cause analysis and system-level issue resolution during development and validation phases.

Support migration from Distributed Architecture to Domain-based and Zonal Architecture concepts.

Verification & Validation: Hardware verification on Vehicle Regulatory development testing Diagnostics & Communication Protocols: CAN, CAN-FD, LIN, Ethernet Communication protocol Diagnostic communication protocols e.g., KWP2000, UDS

Hardware: Micro-controller / Micro-processor architecture Micro-controller hardware I/O configuration Knowledge of multi-core platforms and Hypervisor, ICs, FPGA etc. and electronics child part selection along with technology partners.

Tools: Usage of various testing tools/equipment (CRO, Multimeter, Voltage/Current probe etc.) ECU testing, excellent electrical/electronic troubleshooting skills Analysis tools Vector CANoe, CANalyzer

Standards: Working knowledge of AUTOSAR, ISO-26262 standards, Cyber Security and Software Update standards Working knowledge of UNECE regulation and AIS standards in Body Electrical domain