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• Lead the development, scaling, and industrialization of SiC MOSFET and GaN HEMT technologies across internal fabs and external foundries
• Act as a technical authority in wide bandgap process integration, driving architecture definition and innovation

• Check models, assemblies and manufacturing methods and challenge possible difficulties before production release
• Approach colleagues in charge for the respective manufacturing methods to ensure technical feasibility and highest quality standards from early on

• Lead and coordinate international innovation projects across AI & Engineering
• Build trust-based partnerships with clients and researchers
• Translate complexity into clarity – and ideas into business value
• Mentor teams and foster a culture of excellence

• Research and development of state-of-the-art numerical solvers for real-time simulation of power systems and power electronics
• Development of real-time simulation solvers for HIL / HPC platforms based on hybrid systems FPGA – CPU

• 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

• Define the quality requirements for power modules to achieve a reliable and durable design till manufacturing
• Represent the Quality Management for Power Modules within the development team

• Represent the Quality Management for Power Modules within the development team
• Correlate the failure mechanisms on power modules, equipped with SiC and GaN, with reliability measures to be implemented into the product quality

• 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

• Development of APIs for electrolysis systems and analysis devices
• Implementation of autonomous process control
• Conceptualization and implementation of degradation models for electrolysis
• Studying performance and degradation of electrolysis in dependence on different operating modes

• 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

• Work in an engaged multi-cultural team with global footprint, co-operate with internal and external development and production partners
• Having as Package Architect the leading responsibility for functionality and performance of Semiconductor Packages

Reimagine AI-based engineering: You collaborate closely with domain experts from international corporate research departments and business units to develop novel agent-based approaches towards engineering, addressing Bosch's extensive product and service portfolio....

• 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

Lead the R&D, process and application development organization in Leuna, with line-management responsibility for researchers and the Laboratory Solution Manager...

Scientist / PostDoc position to work on the integration of CCUS processes to energy system models Scientist / PostDoc position to work on the integration of CCUS processes to energy system models Materials science and technology are our passion. With our cutting-edge research, Empa's around 1,100...

• Develop and improve manufacturing processes for high-value components.
• Create and validate machining and assembly methods (turning, milling, welding).
• Define and optimize CNC programming and cutting tool strategies.

Management and control of consulting projects focusing on strategic challenges of OEMs and suppliers in the global markets for aircraft, passenger and cargo drones...

• Design and simulate head mounted AR and VR systems including individual vision correction
• Analyzing and optimizing optical systems regarding virtual image and see-trough performance

Management and control of consulting projects in the space industry along the entire value chain ranging from satellite and launcher manufacturing to ground and service operators...

• Take technical ownership for the Systems Engineering of a novel X-ray-based 3D inspection and metrology system for semiconductor wafers
• Lead system design, requirements definition, and architecture across mechanics, optics/X-ray, electronics, software, controls, sensors, and infrastructure