• Maintain and support core infrastructure systems with deep knowledge of Linux (Debian/Ubuntu preferred) • Work close to the metal: BIOS, IPMI, RAID setups, and hardware-level diagnostics are part of your comfort zone • Design and maintain scalable networks using VLANs, L2/L3 routing, VPNs, and especially UniFi equipment • Automate infrastructure provisioning and operations with Ansible, Bash/Python, and Git-based workflows • Set up and manage observability stacks, including Prometheus/Grafana for metrics and Graylog, ELK, or Loki for log centralization • Build tooling for server discovery, config auto-generation, automated OS deployments, PXE/Preseed/Cloud-init, and strong MAAS-based provisioning • Integrate and/or develop internal APIs for tracking compute and GPU resource allocation, as well as external APIs (billing, monitoring, OpenStack, etc.) • Deploy and maintain virtualization and orchestration systems such as OpenStack (preferably with Kolla-Ansible), Proxmox VE, or VMware ESXi • Support container-based workloads and isolate services efficiently

• Maintain and support core infrastructure systems with deep knowledge of Linux (Debian/Ubuntu preferred). • Work close to the metal: BIOS, IPMI, RAID setups, and hardware-level diagnostics are part of your comfort zone. • Design and maintain scalable networks using VLANs, L2/L3 routing, VPNs, and especially UniFi equipment. • Automate infrastructure provisioning and operations with Ansible, Bash/Python, and Git-based workflows. • Set up and manage observability stacks, including Prometheus/Grafana for metrics and Graylog, ELK, or Loki for log centralization. • Build tooling for server discovery, config auto-generation, automated OS deployments, PXE/Preseed/Cloud-init, and strong MAAS-based provisioning. • Integrate and/or develop internal APIs for tracking compute and GPU resource allocation, as well as external APIs (billing, monitoring, OpenStack, etc.). • Deploy and maintain virtualization and orchestration systems such as OpenStack (preferably with Kolla-Ansible), Proxmox VE, or VMware ESXi. • Support container-based workloads and isolate services efficiently.

• Maintain and support core infrastructure systems with deep knowledge of Linux (Debian/Ubuntu preferred). • Work close to the metal: BIOS, IPMI, RAID setups, and hardware-level diagnostics are part of your comfort zone. • Design and maintain scalable networks using VLANs, L2/L3 routing, VPNs, and especially UniFi equipment. • Automate infrastructure provisioning and operations with Ansible, Bash/Python, and Git-based workflows. • Set up and manage observability stacks, including Prometheus/Grafana for metrics and Graylog, ELK, or Loki for log centralization. • Build tooling for server discovery, config auto-generation, automated OS deployments, PXE/Preseed/Cloud-init, and strong MAAS-based provisioning. • Integrate and/or develop internal APIs for tracking compute and GPU resource allocation, as well as external APIs (billing, monitoring, OpenStack, etc.). • Deploy and maintain virtualization and orchestration systems such as OpenStack (preferably with Kolla-Ansible), Proxmox VE, or VMware ESXi. • Support container-based workloads and isolate services efficiently.

Role Description This role is responsible for working within the Propulsion Systems Virtual Engineering team, focusing on simulations to support product development and research activity in the areas of dynamics for durability, functionality, and NVH. It includes: - Ownership of collecting input data. - Developing and validating 1D, 2D, and 3D virtual models. - Running simulations and post-processing. - Communicating analytical results to customers. - Responding to requests from product-responsible departments by delivering analytical results using available methodologies. - Proposing and developing new virtual tools and methods whenever existing solutions are insufficient to meet project demands. The position defines and executes the development and validation of Multi-Body Dynamics (MBD) and Finite Element (FE) models for propulsion components, sub systems, and complete systems, encompassing: - Dynamic behavior of internal combustion engine mechanical systems, including timing drives, valvetrains, FEAD, direct injection pumps, and balancer shafts. - Dynamic behavior and NVH phenomena, such as rattle and whine, of transmissions and hybrid torsional dampers. - Management of critical driveline phenomena including powerhop, ice rink, and tip-in/tip-out clunk, alongside park gear systems and wheel end disconnect mechanisms. A key part of the role is executing dynamic simulations through MBD models to evaluate vibrations, loads, and boundary conditions, while leading: - Detailed root cause analyses and correlation activities to elevate the confidence level of virtual results. - Utilizing a strong understanding of physics to identify dynamics and NVH issues. - Proposing optimized solutions through Design of Experiments (DoE) to balance trade-offs between performance, durability, weight, and functionality. - Acting as a primary technical point of contact for stakeholders, managing data validation, results revision, and technical communication across all steering activities. Additionally, the position supports engineering projects on a global scale, requiring effective time and workload management to guarantee high-quality deliveries under tight deadlines. The role drives: - Continuous improvement and refinement of applied calculation methodologies to optimize precision against available resources. - Constant alignment and integration with multidisciplinary teams to maintain a broader, system-level approach toward the final product. Qualifications - Bachelor’s or Master’s degree in Engineering, preferably in Mechanical, Aerospace, Applied Physics, Applied Mathematics, or a related STEM field. - PhD is highly desirable. - Experience developing dynamics simulations, preferably for propulsion systems within the automotive, aerospace, or electronics industries. - Proven technical capability in vector mechanics, statics, mechanical vibrations, and machine design. - Strong hands-on experience with vehicle systems, including internal combustion engines, conventional transmissions, drivelines, and electrified or hybrid propulsion architectures. - Proficiency with advanced simulation and engineering tools, including ANSA/META, Nastran, Abaqus, Actran, AVL Excite, Contecs Simdrive, Siemens NX, and Teamcenter. - Advanced English, both written and spoken. - Strong analytical thinking, complex problem-solving capability, and excellent interpersonal and technical communication skills. Benefits - Programas de Bem-Estar e Saúde: avaliação preventiva anual, ambulatório dentro da localidade para atendimento durante o horário de trabalho, programa antitabagismo, programa de saúde mental, fisioterapia e curso de gestante. - Assistência médica e odontológica. - Política de reembolso para algumas condições especiais de saúde. - Subsídio para medicamentos através da Funcional Health. - Jornadas de trabalho flexível com política de home office (não aplicado para horistas). - Short Friday para administrativo e horista do turno normal (apenas em Campinas). - Participação nos lucros e resultados (PLR). - Política de expatriação internacional e de transferências nacionais. - Plano de previdência privada e empréstimos com taxas diferenciadas. - Seguro de vida. - Associação opcional ao Clube da Bosch dentro da planta com academia, piscinas, churrasqueiras, campos de futebol e society, espaço para eventos, ginásio de esportes, quadras de areia, quadra de tênis, lanchonete e calendário anual de eventos. - Auxílio para mamães com creche na planta (verificar vagas disponíveis). - Licença maternidade e adoção estendida de 180 dias. - Licença paternidade e adoção de 20 dias. - Alimentação no local de trabalho e Vale Alimentação. - Ônibus fretado (ou Vale Transporte). - Estacionamento gratuito (para quem vem presencial). - Benefícios de fim de ano com Cesta de Natal e ave congelada. - Brinquedo para filhos menores de 12 anos. - Material escolar para colaboradores (até nível universitário) e filhos (até final do ensino médio). - Política de subsídios para cursos técnicos, pós-graduação, MBA, especializações e idiomas. - Treinamentos e capacitações através da nossa universidade corporativa. - Premiação por tempo de casa (a partir de 10 anos e a cada 5 anos). - Participação opcional em várias ações de voluntariado via Instituto Robert Bosch. - Descontos com parceiros do clube: locação de veículos, mensalidade em universidades, cursos de idioma, lojas e outros.