At a glance
- Be responsible for the development and further optimization of SiC epitaxy single process solutions in terms of reliability and yield toenable world class devices
- Hand over qualified processes and control concepts to the production team
- Work in close collaboration with the technology development team and production in Villach and Kulim
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At a glance
- Be responsible for the development and further optimization of SiC epitaxy single process solutions in terms of reliability and yield toenable world class devices
- Hand over qualified processes and control concepts to the production team
- Work in close collaboration with the technology development team and production in Villach and Kulim
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At a glance
- Develop and maintain physical verification components, ensuring they meet the highest standards of quality and performance
- Lead the implementation of Calibre DRC, ERC, LVS, and PERC Physical Verification runsets for our wafer technologies
- Collaborate with device development and modelling teams to ensure seamless integration of device verification, extraction, and quality assurance processes
- Implement and apply automated quality assurance checks to ensure the accuracy and reliability of our verification tools
- Create user documentation and provide support to the design community
- Align with internal stakeholders to identify and prioritize project requirements
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At a glance
- Design and develop analog and mixed-signal circuits, with a focus on power management circuits
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At a glance
- Drive innovation by planning, designing, and evaluating advanced process experiments (including DoEs) to refine and optimize SiC technologies
- Define unit process requirements and develop forward-thinking process control and test structures for robust electrical performance
- Take the lead in coordinating frontend development lots – from split planning to trial routes – ensuring smooth transitions from lab to fab
- Shape the future of power semiconductors by defining process flows and translating new technology concepts into scalable production solutions
- Leverage your analytical skills to interpret electrical test data and guide physical analyses that boost performance and reliability
- Contribute to innovation not just technically, but strategically – supporting project management tasks and generating valuable intellectual property
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At a glance
- EDA & Simulation Leadership: Own and advance our EDA toolchain (Ansys, Comsol, Cadence, etc.) and develop/refine innovative simulation methodologies.
- Methodology Guidance: Act as the primary technical expert for simulation methodologies, driving best practices and mentoring engineers in their application.
- Automation & AI Integration: Lead the charge in identifying and implementing automation and AI/ML opportunities within our EDA tools and design workflows.
- Cross-Team Collaboration: Partner with design, layout, and technology teams to ensure optimized and effective simulation solutions.
- Continuous Improvement: Stay ahead of industry trends in EDA, simulation, AI, and automation, bringing new capabilities into our design flow.
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At a glance
- Develop new voltages classes and broadening the functionality of the existing products
- Support the ramp up and yield learning phase of new technology platforms like CoolMOS or CoolSiC together with the process integration group
- Closely collaborate with PSS production management, unit process and process integration engineers of FAB Villach
- Develop new MOSFET generations, define together with TCAD and application experts the features of the upcoming generations
- Define unit process requirements along the technology roadmap together with unit process development engineers
- Plan, coordinate and evaluate process experiments including statistical DoEs and ensure process window
- Implement improvement regarding cost, yield and stability with change management processes and/or technology projects
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At a glance
- Be the go-to person of the digital verification for complex digital and mixed signal designs, providing hands-on expertise in digital verification, from building environments from scratch to leveraging existing flows
- Oversee and coordinate all aspects of digital verification, including planning, tracking, and reporting, and ensure clear understanding of verification requirements through effective communication with multiple stakeholders
- Collaborate with and contribute to coordination of cross-functional teams, including concept, design, AMS verification, and post-silicon validation teams, to ensure high quality designs
- Focus on all-directions-reuse of the Verification Components to be implemented
- Identify and mitigate risks in dynamic projects, with proactive communication to the project team
- Drive the enhancement of existing verification methodologies and flows, drive required innovation projects and get buy-in from management
- Drive process and efficiency improvements, share your expertise to enable team growth, and inspire and mentor new lead verification engineers to help them succeed in their roles
- Identify and address synergies between digital and analog centric Pre-Silicon verification, and Post-Silicon validation
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At a glance
- Lead the digital verification of complex digital and mixed signal designs, including IPs, Subsystems, ASIC and SoCs.
- Coordinate the overall digital verification activities such as verification planning, verification tracking and reporting, as well as requirement-based verification
- Conduct the clarification of verification requirements with multiple communication interfaces
- Collaborate with cross-functional teams, including concept, design, AMS verification, and post-silicon validation teams, to ensure high quality designs
- Hands-on contributor to digital verification either from scratch, or using legacy verification environments and flows
- Focus on all-directions-reuse of the Verification Components to be implemented
- Identify and mitigate risks in dynamic projects, with proactive communication to the project team
- Drive the enhancement of existing verification methodologies and flows, drive required innovation projects and get buy-in from management
- Foster process and efficiency improvements where applicable, as well as share your expertise to the other team members so that they are able to grow
- As a technical lead inspire and mentor junior verification engineers while providing invaluable technical support and guidance to development teams and business partners
- Identify and address synergies between digital and analog centric Pre-Silicon verification, and Post-Silicon validation
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At a glance
- Co-develop the next generations of QPUs with our commercial partners
- Drive technology development for trapped-ion quantum processors, with focus on scaling towards very large chips
- Perform process integration of photonic and electrical components into the QPU’s fabrication route
- Enable the research community through projects with academic partners
- Supervise master and PhD students
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At a glance
- Technically lead the development of the new GaN platform technology
- Coordinate project activities from process definition to system
- Develop new technology and device concepts for pGaN based HEMT
- Develop FEOL and BEOL integration schemes in 300mm GaN line
- Lead design activities of technology test chip, and support lead product development
- Work in an international and multi-site team of passionate and experienced development engineers
- Collaborate closely with application engineering and TCAD concept team, to derive functional requirements and define technology specifications
- Collaborate closely with Wafer fab unit process development and process integration engineers to develop new unit processes and process blocks
- Act as interface to Product Line and R&D management to provide technical advice for management decisions
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At a glance
- Identify application trends and future requirements through customer discussions and internal experts
- Assess innovative product ideas and directly influence product roadmaps for low voltage Power MOSFETs (OptiMOS)
- Define product requirements, create target datasheets, and develop go-to-market materials like application notes and evaluation boards
- Serve as the technical interface between R&D teams and customers
- Analyze and assess topologies and application conditions through simulations, prototype measurements and benchmarking for target applications example solar power conversions
- Contribute design-in to design-win activities with leading customers
- Conduct technical discussions, coordinate requirements, and support product validation in system design
- Collaborate closely with regional field application engineering (FAE)teams
- Prepare and provide technical documentation and training on product and application levels
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At a glance
- Define target product specifications of SiC JFET variants for hotswap, Oring, protection switch and circuit breaker applications
- Be the main technical interface to the development and go-to-market teams during the product development and post product launch stages respectively
- Develop application evaluation platforms for product validation and customer promotion
- Perform measurements based on fit for use plan to validate the suitability of SiC JFET based solutions in applications environment and document the relevant results
- Run performance benchmarking tests of internal and external products
- Prepare the product datasheets; develop product and application literature such as application notes, technical articles, promotion material, webinars etc.
- Provide global product support for the customer design-in projects
- Run simulations to replicate real application use scenarios and derive analyses
- Cascade customer feedback to internal development teams
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