577 Engineer English-speaking jobs in Bavaria

Drive AMS verification of I/O interfaces by defining verification approaches, building testbenches, and executing diverse simulations. Analyze results, debug functional and timing issues, and collaborate with design teams.

Translate concepts into flight-ready prototypes for advanced drone platforms. Own the build cycle from concept to field testing, integrating avionics and configuring flight control platforms. Requires experience with UAV systems and proficiency in 3D CAD and FEA.

Lead collaboration on grid integration and power system simulation with European utilities and researchers. Drive RMS/EMT studies, validate models, and contribute to technology roadmaps for inverter-based resources. Requires relevant advanced degree and power system simulation experience.

Develop and optimize test programs for Teradyne J750 ATE, supporting wafer and final test of microcontroller devices. Analyze test data, document results, and collaborate cross-functionally to improve yield and reliability.

Define and validate DO-160 compliant environmental test procedures for airborne systems. Develop qualification plans and coordinate testing for EASA, FAA, and military programs. Requires relevant engineering degree and strong knowledge of RTCA DO-160.

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.

Overview As Lead Electrical Engineer, you own the electrical scope for utility-scale Battery Energy Storage

Define and mature CONOPS for post-flight recovery, refurbishment, and return-to-flight of reusable launcher elements. Align recovery concepts with vehicle design and ground operations to enable safe, cost-efficient reuse at scale.

Own vehicle-level thermal architecture and manage active/passive thermal control for avionics and payloads. Develop and correlate detailed thermal models using FEM/FDM/FVM tools to support hardware qualification.

Overview As Lead Engineer for Low Observability & RF Interoperability, you lead initiatives to minimize

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.

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.

Shape virtual assembly lines and AI-powered product experiences globally. Own end-to-end feature development, influence architecture, and build AI integrations using LLMs. Requires fullstack proficiency in TypeScript, React/Next.js, and Node.js/NestJS.

Build the Heartbeat AI virtual power plant by co-owning features from framing to production. Define scope, drive technical decisions, and deliver fast, reliable software in a cross-functional team.

Design and implement advanced automation concepts for precise machine movements. Responsibilities include drive component selection, motion control loop parameterization, and PLC programming with TwinCAT. Must have a degree in a relevant engineering field.

Shape converter-based grid development and grid modernization at Ohm Research Center. Drive advanced power technologies, integrate renewables, and contribute to industry standards for scalable, reliable energy systems. Expertise in MVDC or SST is required.

Lead architecture, modeling, and component development for medium-voltage DC-DC converters in SST. Shape technical roadmaps for data centers, PV, and EV charging. Drive end-to-end support for strategic power conversion projects.

Develop and validate vehicle dynamics control algorithms for stability, steer, brake, and suspension systems. Collaborate with international R&D teams to explore future trends in vehicle dynamics and ADS features. Requires a Master's degree and proficiency in control theory and modeling tools.

Overview As a Semiconductor System Engineer, you will own the end-to-end system architecture for sensor