Jobs in Germany in Aerospace Engineer (23), Automotive Engineer (21), Biomedical Engineer (2), Chemical Engineer (3), Electrical Engineer (30), Electronic Engineer (34), Industrial Engineer (20), Mechanical Engineer (25) and Sales and Marketing (1).
Lead key projects for new material parameter for Nikon SLM next generation machines; Application support for early benchmarking of new material products; Develop parameter sets for new and existing materials to be processed by Nikon; SLM and perform full
Your primary mission is to rapidly design, package, and integrate cutting-edge EW payloads into autonomous loitering munition systems. We aren't looking for someone to spend years building a single, monolithic asset; we need a
Aerospace/Software Engineer role supporting EUMETSAT projects, requiring expertise in satellite systems, software engineering, requirements management, IV&V, project management, QA, KPIs, Agile methodologies, and AI/ML. As a
Lead cross-functional development of mechanical wind turbine drivetrain components using a systems thinking approach to align engineering, technical, design, and supplier activities for optimal results. Take full ownership of coordinating between main
You create and maintain electrical schematics, terminal diagrams, and documentation using EPLAN P8, including wiring and harness-related aspects. You own and continuously improve our EPLAN environment, including: article databases, macro libraries,
Design development, validation and manufacturing launch of Soft Trim components (dependent on phase of ongoing program(s)) balancing inputs and attributes including, but not limited to, Design Studio styling, ergonomics, serviceability
The role requires exceptional leadership to lead a team of senior engineers while coordinating across Discipline Leads, Product Managers, and Project Managers. The primary focus will be to drive roadmap execution excellence across a set of SDR investments
In this role, the successful candidate will be collaborating closely with our core technical teams across the organisation. She/he will support all activities that ensure that budget and financial planning activities for maintenance and operations are
Design and optimize in-system communication networks such as CAN, CAN-FD, LIN, and Automotive Ethernet for robust ECU communication; Define and maintain communication architectures, signal mappings, and data flows across robotic and embedded systems;
Lead, develop, and scale the existing engineering and maintenance organization for Cell Electrode - own team structure, hiring, development, and performance management across all levels. Own engineering performance across the shop - driving OEE, yield,
Provide global technical leadership, setting engineering direction and driving complex system and design decisions across multiple programs; Lead end-to-end design execution, owning critical blocks from requirements definition through silicon validation
Serving as the primary module owner, you will drive the hardware lifecycle from initial concept and cross-functional integration - collaborating closely with mechanical, embedded software and system teams - through to rigorous design verification and
You are the technical expert and driving force behind the physical qualification of our systems under extreme conditions. You will not merely test isolated components; rather, you will be responsible for the holistic system qualification according to
This role is heavily focused on the test design, validation, and field deployment of advanced RF communications and electronic attack (jamming) systems. You will design rigorous test methodologies, simulate contested electromagnetic environments, and lead
Define and drive the systems engineering strategy, aligned with overall product and company goals; Own the overall system design of our UAV platform, ensuring it is robust, scalable, and ready for certification; Build, lead, and grow the Systems
This role is a technical leadership role at the intersection of physics, electronics, and embedded systems, responsible for translating system requirements into silicon architectures. You will act as the technical authority from concept to silicon,