1571 English-speaking jobs in Munich

Develop SiL and HiL environments for autonomous air systems. Build high-performance Rust code for simulation and test infrastructure, focusing on reliability and performance. Requires experience in simulation, testing, or robotics frameworks.

Systems Engineer for EMI will own the end-to-end EMI/EMC engineering lifecycle for airborne platforms. Responsibilities include translating requirements, leading EM modeling, and managing test campaigns against standards.

Own radio communication end-to-end across new product development. Test, validate, and integrate RF systems, acting as subject-matter authority on Line of Sight and Satcom. Requires strong technical foundation in radio systems.

Systems Engineer responsible for architectural design and hands-on implementation of complex mechatronic and software-defined systems. Utilizes MBSE to bridge AI software and physical hardware.

AI Research Engineer in Computer Vision builds object detection, recognition, classification, and tracking models. Requires MSc in CS/ML/Robotics, experience deploying CV models, and knowledge of deep learning architectures.

Field Engineer to mature military AI products from concept to rollout. Test combined software and hardware in lab and field, capturing data and providing feedback. Requires technical aptitude, problem-solving, and clear communication.

Systems Engineer for Command and Control (Air) to design and deliver C2 capabilities for an autonomous fighter jet from concept to flight. Own the full system lifecycle, architecture, integration, and certification.

Systems Engineer (Avionics) guides system engineering for AI-enabled electronic warfare for fighter jets. Responsibilities include validating requirements, ensuring traceability, and managing certification with aviation authorities.

Software Engineer - Backend develops AI-based capabilities and infrastructure for semi-autonomous platforms. Focus areas include distributed systems, robotics, networking, and security. Requires backend experience, strong coding skills, and English proficiency.

Lead Systems Engineer for Active RF Sensing, owning end-to-end integration of airborne AESA radar from requirements to release. Translates mission needs into radar performance requirements and manages supplier technical control.

Define and integrate tactical datalinks and airborne communication systems for an advanced platform. Requires experience with Link 16, MIDS/JTRS, and relevant NATO standards.

Own safety application across programs, integrating safety practices throughout design and delivery. Conduct assessments per ARP4761A and MIL-STD-882, manage requirements traceability, and present safety cases to stakeholders.

Lead Systems Engineer for EO/IR Sensing. Oversee end-to-end integration of airborne EO/IR targeting systems, translating mission needs into performance requirements for detection and tracking. Guide testing and supplier interfaces.

Build the autonomy brain for a UCAV by integrating reinforcement learning agents into operational systems. Focus on reliable, real-time decision-making using Rust and Python.

Develop AI-based capabilities in 3D Computer Vision, focusing on scene matching, SLAM, and 3D reconstruction. Extend state-of-the-art architectures while adapting them to hardware constraints. Requires MSc and experience in advanced AI systems.

Lead Engineer for GCS & Hardware Simulator. Own the full lifecycle of military-grade hardware, defining modular architecture and leading hands-on prototyping for GCS units and HIL simulators. Must ensure compliance with MIL-STD standards.

Develop AI-based capabilities and infrastructure for semi-autonomous platforms. Solve complex engineering challenges in distributed systems, robotics, and security. Requires strong backend skills, ideally in Rust, Java, Go, or C++.

Software Engineer for Autonomous Air System V&V. Develop frontend for SiL/HiL environments, focusing on data visualization, human-autonomy teaming UIs, and real-time interfaces. Requires strong JavaScript/React skills.

Own the electromagnetic architecture of drone platforms from board level to certification. Define RF interfaces, conduct EMC analyses, and guide test campaigns for robust, compliant systems.

Define end-to-end architecture for airborne systems, including data, voice, and mission-critical links. Integrate emerging technologies and oversee the systems engineering lifecycle for communication architectures.