Jobs at Isuzu Technical Center of America, Inc.

Develop and validate onboard diagnostic strategies and calibration data for diesel powertrain systems. Support OBD development plans, software and calibration integration, regulatory compliance, verification testing, certification, benchmarking, issue resolution, and technical documentation. Collaborate with calibration engineers, software developers, suppliers, and cross-functional product teams. The role is fully on-site in Plymouth, Michigan, with 20–30% domestic and international travel.

Supports development, integration, simulation, testing, and deployment of Level 4 autonomous commercial vehicles. Responsibilities include perception, planning, and control algorithm development; system integration; SIL/HIL and on-road validation; root-cause analysis of driving failures; and iterative performance improvements across autonomous driving modules and vehicle interfaces.

Develops and validates autonomous driving software for perception, localization, planning, prediction, or control. Responsibilities include implementing production software, analyzing driving data, building ML training pipelines, evaluating systems through simulation, researching autonomous driving algorithms, and supporting vehicle tests. The role collaborates with Isuzu teams, external partners, and research institutions, with potential focus on embedded deployment, machine learning, sensor fusion, vehicle dynamics, or real-time control.

Develops and validates autonomous driving software across perception, localization, planning, prediction, and control modules. Responsibilities include software implementation, ML data pipeline development, driving log analysis, simulation and emulation, vehicle testing, algorithm research, and collaboration with Isuzu teams, partners, and research institutions. The role requires Python and C++, machine learning frameworks, robotic middleware, embedded deployment, real-time validation, and familiarity with automotive systems, CAN, functional safety, and autonomous driving architectures.

Develops, validates, and troubleshoots onboard diagnostic strategies and calibration data for diesel powertrain systems. Supports diagnostic software integration, regulatory certification, verification testing, issue resolution, benchmarking, and project documentation. Collaborates with calibration, software, and product development teams to ensure compliance with OBD requirements. The role requires independent judgment, guidance of junior staff, hands-on vehicle validation, and 20–30% domestic and international travel.

Supports systems engineering and safety activities for automated driving kits and vehicle integration. Develops system requirements, use cases, interfaces, MBSE models, operational states, and traceability. Integrates functional safety, SOTIF, and cybersecurity considerations; collaborates with verification teams on testing and safety assurance; coordinates with suppliers and global teams; and performs standards reviews, gap analyses, and technical documentation. The role requires systems engineering experience in automotive, MBSE, or automated driving environments.

Supports validation and deployment of Level 4 autonomous driving and robotic systems using generative AI, vision-language-action models, world models, simulation, and machine learning. Analyzes driving data, develops edge-case simulations, contributes to safety and reliability improvements, and communicates technical findings to research teams in the United States and Japan.