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
- Capture and analyze customer inputs on application and product level for the next generation Magnetic Current Sensors
- Analyze and understand relevant applications (like OBC, DCDC converters) in detail by modelling, simulation and measurements on application level to derive valuable features for best fit Magnetic Current Sensors
- Promote, explain and defend our Magnetic Sensor products to the most important Tier 1s and OEMs in Automotive Industry during Design-In activities
- Write technical documents like Data Sheets, Requirements, Manuals, Application Notes and Publications
- Perform analysis and benchmarking of competitors´ Magnetic Current Sensors as well as their support material
- Extend and develop technical training material and perform trainings for worldwide FAE colleagues and key customers to support new product launches and go to market activities
- Be the go-to person for Field Application Engineers during the world-wide Design-In of our Sensor
- Responsible for selected Application Roadmaps and Product Roadmaps
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At a glance
- Be part of product development projects for our high-voltage discrete products: drive the final data sheet and other go-to-market collaterals such as application notes and evaluation boards
- Drive and support design-ins as a technical customer interface to generate business for our direct customers in close collaboration with product marketing
- Understand the challenges of our customers and how the specific value proposition of our products makes them successful
- Prepare and provide technical documentation and training on the production application level
- Be the technical person for Discrete Automotive Products for inverter applications
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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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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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At a glance
- Challenging product requirements and transferring them into a cost-competitive System-on-Chip architecture
- Contributing to the definition of a common microcontroller architecture for our Power IC Products
- Collaborating with cross-functional teams in Analog/Digital Design, Verification, Firmware Development, Validation, Test, and Project Management to deliver first-pass functional silicon
- Influencing roadmaps and helping to set technology targets for future SOCs
- Being the technical interface to Product Marketing, Technical Marketing and Customers
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At a glance
- Be responsible for the Power Supply Concept and Sensing Architecture for Automotive Battery Management Systems
- Breakdown stakeholder requirements and application assumptions into block-based requirements for architectural High Voltage and Sensing components
- Be responsible for High Voltage and Sensing IP handling of all platforms within Automotive Microcontroller
- Drive together with the platform lead architects a strategy which enables a family concept by modular & scalable approach
- Proactively be driving innovation (according to strategy) anticipating industry and market trends
- Modeling capability allows to transfer theoretical concept in a reference for further development
- Cooperate with technical marketing team, platform lead architects, system architects, SW development, design teams and other business lines within Infineon
- Be the interface between our application engineering as well as development teams and drive active knowledge transfer
- Own and create technical documentation in order to provide the requested functional descriptions and documents to guarantee the ISO26262 compliance – Impart implementation knowhow to others
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