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Leads development and integration of virtualized software-in-the-loop simulation environments for embedded automotive controllers. Responsibilities include creating virtual controller, plant, ECU, hardware I/O, RTOS, communication, sensor, and actuator models; integrating cosimulation components; supporting requirements definition, testing, troubleshooting, documentation, cloud deployment, and team guidance. The role requires embedded C/C++, Python, MATLAB/Simulink, automotive communications, build tools, simulation standards, and AUTOSAR knowledge.

Designs and maintains automated, high-coverage verification and validation for ADAS/AV platform software. Builds HIL, SIL, and VIL environments; develops test frameworks and scripts; analyzes diagnostics and logs; triages defects; performs root-cause analysis; and collaborates with software and hardware teams. The role requires testing Linux/QNX-based systems, automotive networks, diagnostics, safety standards, and vehicle simulation environments, along with operating test vehicles.

Leads software integration for hybrid and electric vehicle propulsion controllers, managing software content, release timing, verification, validation, testing, build resources, and issue resolution. The role coordinates internal and supplier teams, chairs execution meetings, ensures engineering process compliance, documents delivery and validation plans, and mentors technical personnel. Hands-on embedded controls software development, project leadership, operating systems, instrumentation, configuration management, and build tool expertise are required.

Leads approximately 10 interior engineering professionals across instrument panel, console, decorative trim, and mechanism programs. Owns technical design reviews, system integration, robustness, DFMEA, issue resolution, quality, cost, and performance. Partners with design, manufacturing, suppliers, quality, safety, and global teams to deliver vehicle milestones. Develops technology roadmaps, drives innovation and automation, evaluates supply chains, and coaches engineering talent.

Design, build, and operate security-focused software, services, automation frameworks, APIs, and developer platforms. Integrate security controls into CI/CD and cloud-native workflows, implement identity and access-management capabilities, conduct secure code reviews and threat modeling, and maintain security telemetry systems. Collaborate with engineering, security, and compliance teams, support incident response, translate emerging threats into engineering requirements, and mentor engineers on secure coding and architecture.

Develop and integrate virtualization and Software-in-the-Loop co-simulation environments for embedded automotive controllers and propulsion systems. Build virtual controller, subsystem, sensor, actuator, and plant models; integrate dynamic simulation and test environments; support automated cloud testing; document releases; troubleshoot end-user issues; and collaborate with software and calibration engineers to deliver high-quality environments on schedule.

Design, develop, and ship production automotive embedded software across MCU and SoC platforms for ADAS driver-facing experiences. Responsibilities include software architecture, real-time interfaces, C/C++ development, cross-domain debugging, integrated testing, vehicle validation, production launch, tooling improvements, and mentoring junior engineers. The role requires collaboration across systems, electrical, HMI, ADAS, platform, supplier, and vehicle integration teams while addressing safety, performance, reliability, and maintainability.

Leads development and application of high-fidelity CFD methods for engine airflow, fuel spray, combustion, exhaust, aftertreatment, and emissions systems. The specialist designs combustion chambers, interprets simulations and testing, improves analysis tools, coordinates virtual capability development, supports urgent product issues, and guides cross-functional engineering teams. The role also interfaces with software vendors, tracks industry technology, and represents GM in external collaborations.

Develops and correlates 1D engine performance and valvetrain simulation models using GT-SUITE and GT-POWER. Performs full-load, part-load, transient, controls, calibration, optimization, and fuel-efficiency analyses for gasoline and diesel engines. Processes test data, validates models with dynamometer testing, creates fast-running models, develops analytical methods, recommends hardware and calibration improvements, and supports embedded controller calibration. The role also involves MATLAB or Python automation, cross-functional collaboration, and presenting technical results.

Analyzes warranty and quality data to identify vehicle software and electronics issues, develops dashboards and automation, and drives containment and permanent corrective actions. The role collaborates with product engineering, manufacturing, and suppliers to resolve root causes, improve reliability and durability, apply APQP and PFMEA practices, and implement quality metrics and continuous improvement initiatives across global vehicle programs.