879 English-speaking jobs in Munich

Principal Engineer to shape vehicle dynamics for human-driven and autonomous features. Develop and refine control strategies for lateral and longitudinal dynamics in x-by-wire and EV contexts. Requires 6+ years in vehicle dynamics control systems.

Develop advanced models for PHY components and systems to predict real-world impairments. Explore signal processing and compensation techniques, quantifying dominant impairments. Propose system and block-level solutions for Ethernet and high-speed interconnect research.

Chief Engineer leading intelligent vehicle dynamics at Huawei. This executive role steers R&D for advanced control architectures and sensor/actuator innovation for autonomous and electric vehicles. Requires a Master's in relevant engineering and 15+ years of experience.

Lead end-to-end modeling and verification of complex analog and mixed-signal blocks. Define system-level modeling strategies and collaborate with design teams. Requires experience in analog modeling, high-speed interface development, and AMS IP verification.

Develop and design next-generation mobile antenna systems for 6G base stations. This role involves RAN system analysis, prototype development, and integrating cross-industry solutions. Requires a Bachelor's in RF Engineering and 5+ years of antenna RF system experience.

Lead development and calibration of advanced braking and BbW control strategies for automated vehicles. Responsibilities include modeling pedal feel, calibrating slip/stability controls, and ensuring safety compliance. Requires 10+ years in braking/BbW design.

Senior Systems Safety Engineer applies comprehensive safety approaches to programs, ensuring robust integration throughout the design and development lifecycle. Responsibilities include conducting safety assessments and performing hazard analyses per MIL-STD-882 and ARP4761A.

Own the end-to-end EMI/EMC lifecycle for airborne platforms. Translate requirements into subsystem specs, lead EM modeling for antenna placement, and manage compliance against standards like MIL-STD-461.

Lead Systems Engineer for LO Emission Control & RF Interoperability. Own emission control and RF interoperability across airborne payloads, driving system-level integration and verification for mission-critical performance.

Lead end-to-end integration of airborne passive RF sensors, translating threat scenarios into sensor requirements. Shape antenna architecture, manage emitter data, and coordinate EM compatibility. Oversee supplier relations and drive verification with software and avionics teams.

Define and integrate tactical datalinks for airborne platforms, focusing on secure communications and NATO standards. Responsibilities include Link 16 and MIDS integration, RF, and network design challenges. Requires a degree in engineering and experience with military tactical communications.

Own end-to-end structural simulation of drone systems, defining loads and performing static/dynamic assessments. Develop validated finite element models and execute structural tests to guide design decisions for autonomous systems.

Lead technical definition and integration of airborne jammer payload and antenna systems. Translate EW needs into measurable requirements, assess technologies, and define system architectures across RF and integration.

Own end-to-end Integrated Logistics Support for CA-1, guiding maintenance planning, spares, documentation, and training. Structure ILS proposals, manage complex schedules and risk/cost baselines, and collaborate across engineering, procurement, and customer teams.

Own the electromagnetic architecture of drone platforms, guiding RF and EMC from design to certification. Define platform-level RF/EMC concepts, perform analyses, and collaborate across teams to ensure robust operation.

Radio Engineer owns end-to-end radio communications for product development. Responsibilities include testing, validating, and integrating RF systems, and coordinating with government bodies for approvals. Requires a strong technical foundation in radio systems.

Senior Industrial Designer shapes the physical design language for defense technology. Own projects from concept to production, translating complex systems into usable products. Requires strong 3D modeling skills and experience in engineering-driven development.

Translate complex sensing requirements into test plans for EO, LWIR, and LiDAR systems. Own ground support equipment specification, test execution, and calibration traceability across the full lifecycle.

Lead end-to-end system engineering and integration of an airborne AESA radar from requirements to flight test. Translate mission needs into radar performance KPIs and manage supplier technical control.

Senior EMC Engineer drives compliant, customer-ready solutions across automotive MCU/MPU development. Responsibilities include planning and analyzing EMC measurements, defining test strategies, and influencing design decisions. Requires a Master's degree and several years of hands-on EMC experience.