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Lead production launch test engineering for automotive ECUs: define scalable test strategies, industrialize flashing and DFT, coordinate across contract manufacturers, drive PFMEA/PPAP, perform root cause and failure analysis, monitor production KPIs, and close corrective actions to ensure successful LRIP-to-volume transitions.

Leads the complete hardware design lifecycle for automotive low-voltage zonal ECUs, including requirements, schematics, PCB layout, prototyping, validation, power electronics, signal integrity, EMC, troubleshooting, and production support. Collaborates with cross-functional teams and suppliers to develop robust battery-management and power-distribution hardware. Supports vehicle integration testing and ensures compliance with automotive functional-safety and regulatory standards.

Design and own high-speed, power, mixed-signal, and HDI PCB layouts for automotive ECUs, including ADAS, battery management, body, zonal, and infotainment systems. Manage signal and power integrity, component libraries, manufacturing and DFM collaboration, ECAD configuration, and PCB design process development. Drive full lifecycle development from layout through manufacturing while resolving space, performance, durability, and technical trade-offs.

Lead regulatory compliance for assigned vehicle domains, guide engineering teams on global regulations, author and manage DVPs, ensure regulation-to-code traceability, assess change impacts, coordinate validation testing and certification evidence, and improve homologation scalability across markets.

Own the organization’s data strategy, architecture, governance, and roadmap across vehicle telemetry, manufacturing, and enterprise data. Lead large-scale streaming and batch data platform development while remaining hands-on with designs, code, and performance issues. Recruit and manage data engineering and analytics teams, partner cross-functionally on reliability and product needs, establish quality and security standards, oversee reporting, and manage tooling, vendors, and budget.

Lead regulatory engineering for a software-defined vehicle domain: author and maintain DVPs, ensure regulation-to-code traceability, guide engineering and homologation stakeholders, assess change impacts, coordinate validation testing and certification evidence, and improve scalable homologation processes across programs and markets.

Design and optimize scalable geospatial data pipelines to convert high-frequency vehicle sensor telemetry into high-fidelity map features. Build map-matching, trajectory smoothing, and sensor-fusion algorithms, apply statistical tests for change detection and map validation, and lead system architecture for low-latency spatial indexing and storage while collaborating with embedded, perception, and cloud teams.

Lead architecture, design, and implementation of vehicle low-voltage energy systems. Define requirements, support integration and validation (SIL/HIL/Component/Vehicle), run trade studies and testing, support board bring-up and issue resolution, and coordinate system delivery through development to release.

Develop and maintain performance-sensitive embedded telematics software using Modern C++ or Rust. Implement and test communication protocols (NATs, MQTT, HTTPS, gRPC), protobuf serialization, mTLS security, and Yocto-based Linux builds. Optimize for resource-constrained systems, collaborate with cross-functional and cloud teams, and produce robust unit tests.

Lead hardware systems architecture for vehicle low-voltage electrical systems (infotainment, telematics, cameras, networking). Translate features into subsystem requirements, model system trade-offs (power, latency, compute, network), establish vendor roadmaps, prototype reference platforms, and create validation plans to measure system-level performance and identify bottlenecks.