At a glance
- Develop multi-chip ionQPUs with chip-to-chip ion shuttling capabilities
- Develop a reliable assembly-process together with experts at Infineon, TU Chemnitz and Fraunhofer ENAS
- Fabricate ionQPUs by defining a fabrication route, find solutions to process restrictions and implement measures to improve fabrication yield
- Deploy your ionQPUs at the Infineon quantum lab and demonstrate chip-to-chip shuttling
- Collaborate with TU Chemnitz and Fraunhofer ENAS on the investigation of the ionQPUs’ thermomechanical properties
- Support the quality and reliability of Infineon ion traps by defining control concepts for inline process control, device screening and component verification
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At a glance
- Investigate both centralized and decentralized DPP systems
- Develop secured data carriers for robust product passport applications
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At a glance
- Research field: Creation, manipulation and control of magnetic skyrmions in thin film multilayers
- Research Objectives: Perform experiments to understand the fundamental static and dynamic properties of magnetic spin structures with a particular topologies.
- Research Activities: Explore the magnetic device design to match industry requirements for the use case of a power free magnetic revolution counter. Verify different magnetic designs under real application conditions.
- Employment and Secondment: The selected DC will be enrolled as Ph.D. student at Physics Department of Johannes Gutenberg University Mainz and will be employed by Infineon Technologies Austria AG (IFAT) within the project period. Furthermore, the TOPOCOM network offers ideal possibilities for scientific exchange with leading groups in the field and secondments are planned at selected partners
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At a glance
- Drive technology development for trapped-ion quantum processors, with focus on photonic interfaces
- Co-develop the next generations of QPUs with our commercial partners
- Enable the research community through projects with academic partners
- Supervise master and PhD students
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At a glance
- Drive technology development for trapped-ion quantum processors, with focus scaling towards very large chips
- Co-develop the next generations of QPUs with our commercial partners
- Enable the research community through projects with academic partners
- Supervise master and PhD students
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Your future responsibilities
- Lead and advance the Integrated Photonics Technologies research, overseeing a team of 10-15 researchers.
- Strategically plan and allocate resources for the Research Unit, ensuring alignment with organizational goals.
- Provide mentorship, scientific guidance, and supervision of international researchers.
- Corporate and profit responsibility.
- Initiate and oversee collaborative projects with academia and industry.
- Expand the research unit’s international network through partnership acquisition and ongoing network activities.
- Shape the research program of the Research Unit, creating project portfolios together with the division head.
- Grow the research unit towards research excellence and economic impact.
- Create a motivated, collaborative, and relaxed atmosphere for scientists to thrive in.
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In your career, let’s prove what’s possible.
- Working under laboratory conditions to develop innovative wet chemistry applications.
- Conduct process engineering research, development, and evaluation in support of Lam’s cutting-edge semiconductor equipment and systems.
- Characterize material properties of wet chemical components, research its chemical composition and ensure their compatibility with process and hardware.
- Develop and sustain new chemical processes and process improvements to reduce production costs and increase yields.
- Compile and analyze test data to establish innovative process development, determine appropriate limits and variables for process specifications and identify process improvement opportunities.
- Collaborate with cross-functional teams to drive innovation projects.
- Provide process support for customer demonstrations and collaborations with development partners.
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At a glance
- Work with high voltage chip products (SiC, IGBT) used in automotive traction inverter applications
- Be part of product development projects for power electronic transistors: Define the right-fit product and technology requirements matching to application trends and customer needs
- Work closely with cross-functional teams to identify and prioritize product features, understand trade-offs and key limitations ensuring that new products meet the evolving demands of the automotive industry
- Contribute to technical design-in activities at major automotive customers with our high voltage SiC and IGBT chip products
- Closely collaborate with our regional field application engineering teams
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