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• Responsible for functionality & performance of the final product
• Work together with simulations, layout and manufacturing teams
• Develop and implement new technology concepts to manufacturing
• Ensure the process integration of the full manufacturing route

• Define a path and work plans to achieve the required product reliability level
• Coach, mentor, manage, and recruit team members
• Influence all GaN technology development activities, in particular from a reliability perspective
• Carry out product testing and analysis related to device reliability

As a Development Engineer (f/m/div) you will drive and control innovative technology developments for complex products - including scheduling and as customer interface...

• Contribute to supplier development with regard to technical and commercial requirements and support the implementation of improvement measures
• Prepare high-quality reports and presentations for employees and management
• Prepare, analyze and visualize complex data

• Develop and manage the reliability test plan for GaN/SiC products and calculate extrapolated lifetime for given mission profiles
• Enable early identification and characterization of failure mechanisms and link to performance and lifetime limitations through simulation and predictive analytics

Systems engineering: Supporting the development and optimization of complex system architectures by contributing innovative approaches to solving technical challenges...

Research, development, implementation and testing of artificial intelligence algorithms to improve the quality and robustness of the static world model in automated vehicles Focus on road structure including lanes, curbs and drivable trajectories Traffic sign and traffic light detection including...

As a research engineer in the semantic understanding and reasoning group (CR/AIR4) at Bosch Corporate Research, you will develop the next generation of agentic AI systems based on reinforcement learning, with a primary focus on applications in systems engineering. Your work will address how...

• Identify new application opportunities.
• Translate opportunities into technical concepts and application hypotheses.
• Monitor internal and external technology developments to identify further opportunities for innovation, differentiation, or platform expansion.

• Conduct Risk Engineering surveys for the power sector (erection, commissioning and operation)
• Implementation of efficient loss prevention measures with the development of effective risk management procedures at client level
• Develop and implement HRC standards, guidelines, and risk engineering tools

• Familiarize yourself with state-of-the-art methods in reliability modeling
• Develop modeling approaches for load-driven degradation data
• Implement and compare different modeling approaches to identify the most efficient method, taking statistical variation and measurement uncertainty into account

• Investigate thermal effects as a function of pressure in vacuum conditions
• Perform measurements of pressure and temperature distributions on experimental test setups
• Analyze the interaction between inflowing gases and local temperature fields

• Development and process engineering design of electrochemical CO₂ conversion processes
• Transfer of laboratory results into robust scale-up concepts for pilot scale
• Preparation and further development of mass and energy balances
• Development, application, and interpretation of process simulations

Acquire and maintain holistic domain knowledge of current and emerging photonic technologies used in integrated circuits, including system aspects, photonic devices, manufacturing and inspection technologies....

• define and further develop functional architectures for a sub-system of complex semiconductor systems for mask inspection
• analyze system requirements and derive technical specifications of modules belonging to image acquisition unit from them

gather, coordinate and manage requirements for the image acquisition system and its interfaces definition at multi-disciplinary level...

• Drive product and technology innovation by conducting research in controls engineering, state estimation, and systems engineering
• Develop new mechatronic systems through proof-of-concepts and functional prototypes

as an expert in systems engineering, you can develop, analyze and optimize EUV sensors/camera systems for high-precision metrology systems...

• Proven ability to architect and implement complex digital systems (MCU, DSP, accelerators)
• Strong RTL design skills with production‑quality IP
• Solid understanding of design intent, timing, and power
• Ability to translate system requirements into hardware architectures

• Develop processes using test samples for high-precision optical components
• Plan measurements on test samples according to the specifications provided by R&D scientists (f/m/x)
• Coordination of the execution of experiments by laboratory technicians (f/m/x)
• Operate robotic optical polishing systems