Aptiv

Develop simulation software and virtual validation environments for embedded automotive ECUs, supporting early-stage verification of ADAS systems. The role combines model-based development, microcontroller expertise, and C/C++ implementation across SIL workflows.

Develop next-generation real-time operating system components at Wind River, focusing on kernel and device-driver technologies for high-performance, secure, and safety-critical systems. This hybrid role combines C-based systems programming, OS design, debugging, and end-to-end software delivery.

Lead the development and optimization of embedded AI solutions for real-time automotive systems, from prototyping and benchmarking through deployment on advanced hardware. You will help shape AI SoC and accelerator implementations while mentoring engineers and collaborating across algorithm and systems teams.

Lead the development of C++ simulation software used to validate ADAS and autonomous-driving systems. The role combines hands-on engineering, technical leadership, team mentoring, and scrum delivery ownership.

Develop large-scale C++ simulation software that tests and validates ADAS and autonomous driving algorithms. You’ll integrate automotive features into simulation environments and collaborate with global engineering teams to advance safer mobility.

The AI Solution Architect designs scalable enterprise AI agents, agentic workflows, and governed automation solutions aligned with business and enterprise architecture standards. The role combines AI architecture, data engineering, evaluation, governance, and cross-functional delivery.

Develop and support Linux-based software for data logging, processing, and visualization while administering development, testing, and production environments. The role combines Linux systems expertise, C++ development, networking, and hardware-software integration.

Senior Data Processing Software Engineer developing C++ software for data logging, visualization, and processing on Linux platforms. The role combines implementation, testing, troubleshooting, documentation, and collaboration across software, hardware, and systems teams.