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• Use formal verification algorithms to formally prove the correctness of complicated logic problems
• Identify key behaviors for verification to write clear testplans for complex designs
• Implement testplans using innovative formal techniques
• Drive tools to realize their best performance

• Develop new lubricant products and improve the competitiveness of the existing product portfolio based on market and technological trends.
• Provide technical leadership for product development projects from concept to launch, including coordination of experiments, tests and documentation.

• Design, implement, and optimize compiler passes and transformations using LLVM/Clang or GCC
• Build and maintain robust toolchains
• Support new and complex architectures in compiler backends
• Work on architecture-agnostic and IR-level optimizations
• Work on silicon specific optimizations

• Support transmission system operators and distribution system operators in planning the power grid of the future
• Work directly with clients as part of international consulting project teams
• Perform power system analyses including power flow, voltage, short-circuit, N-1, redispatch

• Research, develop, implement, and test 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

Further developing physics-based electrochemical battery models for dynamic charging and discharging applications, including impedance-capable and multi-particle model structures...

• Own the development, adaptation, and implementation of novel thin-film processes and technologies (e.g., evaporation, CVD, ALD) for MEMS applications in a 300 mm environment
• Drive the transfer of new MEMS processes and equipment from research into a highly automated 300 mm production line

• Formulating objective functions and technical constraints for the optimisation of V1G and V2G charging strategies
• Integrating electrochemical battery models and battery ageing models into an optimisation framework

Adapt and optimize atomic layer deposition (ALD) protocols to deposit platinum nanoparticles with controlled size, distribution, and local environment on porous carbon supports tailored to the specific requirements of hydrocarbon (HC) ionomers...

• Prepare, lead and execute testing plans for our ASR platforms, supporting the move from R&D testing to real-world hardening and capability development
• Provide real-world, experienced-based feedback to R&D teams to strengthen the ongoing development of our ASR platforms

In your role, you will collaborate on firmware development for implantable devices. You will work closely with hardware engineers, product managers, and software teams to define new firmware requirements and deliver integrated system level solutions that meet our quality and project requirements...

Develop next-generation discrete ESD and TVS protection devices for high-speed, RF sensitive and automotive applications....

Support the development and qualification of adhesive technologies for opto‑mechanical assemblies and systems under guidance from experienced development engineers (f/m/x)...

• Review and technically evaluate large-scale battery storage solutions (BESS) from top global suppliers like Sungrow, CATL etc
• Manage the technical aspects of tender processes, compare different supplier offers, and help make clear buying decisions

• As part of your doctoral research, you will be responsible for the development of test content for the characterization of inertial MEMS on wafer level.
• Your work will involve the design and characterization of inertial MEMS test chips in direction of Stiction and Robustness.

• Conducting, evaluating, and presenting experiments related to photonic integrated circuits
• Evaluating achievable specifications using analytical methods
• Deriving critical system parameters based on an understanding of the system and the results

• 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

• Insights into the climate strategy of one of the world's leading commercial vehicle manufacturers
• The opportunity to contribute to highly relevant sustainability and transformation topics
• Collaboration with international experts and stakeholders

• Check and plan technical interventions by reviewing manuals, reference documents and required qualifications as well as identify the necessary tools, spare parts and documentation
• Support to prepare technical estimates when needed and carry out repair or maintenance work off-site

• Collecting and analyzing the requirements of various stakeholders to ensure that the wafer inspection tools meet the needs of the customers
• Consolidating and unifying the various products during further development, constantly considering the cost and benefit of unification