MULTI-DOMAIN SYSTEM SIMULATION ENGINEER (VEHICLE & POWERTRAIN) - (34758)

## Descrição da empresa *Na Bosch, moldamos o futuro por meio das inovações tecnológicas de alta qualidade e de serviços que despertam entusiasmo e melhoram a vida das pessoas. Temos uma promessa sólida para nossos colaboradores: crescemos juntos, gostamos do nosso trabalho e inspiramos uns aos outros. Junte-se a nós e sinta a diferença.* ## Descrição da vaga This role is responsible for leading the development and integration of system-level, multi-domain simulation models that represent complete vehicle and powertrain behavior, including mechanical, electrical, thermal, and control systems. It includes ownership of the integration and co-simulation of third-party physics-based tools, such as GT Power engine and thermal models and AMESim driveline and system models, within a MATLAB/Simulink-based simulation framework. The position also involves designing and maintaining co-simulation architectures and interfaces to enable consistent data exchange, synchronization, and execution between MATLAB/Simulink, GT Power, and AMESim models. In addition, the role defines and governs model architectures, shared libraries, and integration standards to ensure scalability, reuse, and consistency across multiple vehicle and powertrain configurations. A key part of the role is planning, prioritizing, and coordinating multi-domain modeling, integration, and validation activities across internal teams and external contributors. The position leads MATLAB/Simulink-based multi-domain development through technical guidance, code and model reviews, and direct development involvement whenever needed to address complex or critical issues. This person acts as the primary technical authority for cross-domain model behavior, including diagnosing and resolving issues related to interactions between engine, transmission, electric machine, battery, thermal, and vehicle systems. The role also defines and executes validation and correlation strategies to ensure co-simulated results are robust, repeatable, and suitable for engineering decision-making. Additionally, the position oversees the structure, versioning, and quality of shared model and component libraries used across multiple programs and teams, supports internal engineering users by managing issue triage and resolution related to system level and co-simulation behavior, and drives continuous improvement of model robustness, computational performance, and complexity management to enable scalable simulation across multiple vehicle programs. ## Qualificações Candidates should hold a Bachelor’s or Master’s degree in Engineering, preferably in Mechanical, Electrical, Controls, Systems Engineering, or a related field. The role requires experience developing system-level or multi-domain simulation models for complex engineered systems such as automotive, aerospace, energy, or similar industries. Proven experience in a technical leadership role is essential, particularly with responsibility for model architecture, integration, and cross-domain consistency. Strong hands-on experience with MATLAB and Simulink is required, including development, integration, and debugging of large-scale system models. The role also requires proven experience with co-simulation and tool integration, including coupling GT Power engine and thermal models and AMESim driveline or system models with MATLAB/Simulink. Candidates should be experienced in defining and maintaining co-simulation interfaces, data exchange mechanisms, and execution workflows across multiple modeling tools. In addition, the position requires the ability to directly contribute to development efforts in order to resolve complex technical issues involving multiple interacting subsystems, along with experience coordinating work across global teams and external engineering partners. Strong analytical thinking, problem-solving capability, and technical communication skills are also essential. Fluent English, both written and spoken, is required to effectively coll…