Your future responsibilities
- Perform literature review (scientific articles, patents, etc.) to gain insights into the latest advancements in wearable technologies for healthcare.
- Perform laboratory and printing tasks according to project needs.
- Support in process development for different functional inks and printers (Inkjet, Screen Printer, Pad Printer, Aerosol Jet, …)
- Support PCB and electronic design and tests compatibility of different printed components
- Perform data analysis and prepare detailed reports.
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At a glance
- Support customers during design-in activities for Infineon Medium Voltage GaN products
- Act as third-level customer support, collaborating with Field Application Engineering and Sales teams
- Create technical articles and promotional materials with Product Marketing and Product Definition Engineering teams
- Provide technical direction to in-house R&D, advocating for customer needs
- Collaborate with R&D, Validation, Verification, and Production Test teams
- Review and release technical documentation in coordination with global teams
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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 as technical customer interface the technical evaluation and design-in of our products
- Identify and analyze new system concepts, provide technical solutions to our customers and/or derive the impact on our products
- Analyze and assess topologies and application relevant operating conditions via simulation and measurements on prototypes
- Prepare and provide technical documentation and trainings on product and application level
- Be part of a global interdisciplinary expert team consisting of technical marketing, product development, quality, finance, sales and regional marketing.
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Your future responsibilities
- Technology development for MEMS-based devices in various fields such as optics, acoustic, inertial sensors from concept to prototype.
- Development and implementation of DOE to improve device performance.
- Microfabrication and prototyping in cleanroom facility by using 200 mm wafer level technology.
- Advanced testing of developed MEMS devices (electrical, mechanical, acoustic, …).
- Scientific communication / reporting of research results.
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Your future responsibilities
- Resonator design and modelling of new microstructures. 2D and 3D Multiphysics simulations of resonators (COMSOL or equivalent software)
- Experience in design of resonator-based filters (ladder filters, CRF)
- Design of SAW/BAW filters prototypes
- Analytical modelling of BAW resonators (BVD model, Transfer Matrix, Mason equivalent circuit)
- Coupling-Of-Modes (COM) analysis of SAW resonators
- Good understanding of microfabrication constrains for the development of next generation of acoustic wave resonators for RF MEMS Filters application was well as SAW sensors
- Characterization of resonators and filters
- Extraction of resonators parameters and comparison to models.
- Writing of the invention disclosures leading to patents of new solutions to solve the current technical challenges in next generation of RF MEMS Filters and SAW sensors
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At a glance
- Measure Infineon components in motor drives, battery protection and DCDC Power Conversion Applications, DCDC Buck Converters, Brick Converters for Telecom, SMPS for Servers/Telecom and Adapters
- Perform tests of leading-edge devices on specially designed boards to support the development and optimization of new technologies
- Carry out competitor benchmarking, organize and analyze data and generate test reports
- Act as technical support for product definition engineering team to validate products value proposition in customer systems during development projects
- Contribute to peer reviews of internal development documents
- Create new application test setups (e.g. design of application test board) including test automation
- Assist Product Application Engineering in writing Application notes, layout- & board design
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Your future responsibilities
- Develop semi-manual and automated assembly processes for the integration of electronic and optical devices on various handling systems.
- Test, debug and document new processes and recipes.
- Perform tasks according to project requirements and develop standard assembly processes, contract research services.
- Provide expertise and solutions to assembly related projects.
- Maintain and repair various assembly machines.
- Assist in the selection and procurement of machine parts.
- Set up and carry out measuring and testing procedures.
- Writing reports and presenting project findings.
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In your career, let’s prove what’s possible.
- Design, develop, troubleshoot, and debug software programs for enhancements and new products.
- Implement new customer requirements and features in our existing application.
- Maintain and enhance existing code base by investigating and resolving problem areas.
- Demonstrate solutions through clear documentation, flowcharts, and well-structured code.
- Collaborate with cross functional teams to design and develop software programs.
- May visit customer site to provide support and have ability to travel (total is less than 10%).
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Your future responsibilities
- As a Senior Research Engineer you will be responsible for the mechanical modelling of power electronic components, modules and devices as well as the analysis of mechanical and thermal aspects for high power density power electronic systems.
- You will work in close collaboration with other experts in the Power Electronic Division which will complement your work from an electrical system perspective. You will model loss densities in the power electronic components, optimize and design thermal interfacing as well as cooling structures with new substrate materials and work on 3D cooling integration to enable the most compact inverter and converter designs (see project example below). Your simulation work will range from steady-state thermal simulations up to very complex CFD analysis and cooling system optimization having all mechanical CAD design options for the prototype always in your hands. Collaborating with scientists from many different fields will enable you to optimize, design and build the most compact prototypes achieving highest power densities.
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Your future responsibilities
- As a Research Engineer you will be responsible for the automated code-generation workflow for the next generation of highest efficiency and power electronic systems.
- You will work in close collaboration with other experts in the Power Electronic Division which will complement your work from a topology optimization and control development system point of view. You will contribute to research projects (see example below) by defining MCU requirements, digging deep into MCU peripherals, understanding control requirements and maping them the available MCU hardware resources. Finally, you will implement control algorithms using different toolchains in selected MCU platforms and test your implementation in the lab with hardware in the loop test systems and real power electronics hardware. Collaboration with scientists from many different disciplines will enable you to optimize and implement code in order to operate the most efficient converter prototypes achieving highest power densities.
- In the DC-Microgrid project you work on:
- Developing innovative DC/DC converter technologies for varying voltage levels with advanced power semiconductor devices and new materials for magnetics design.
- Enhancing system efficiency, modularity and scalability in industrial DC-grid applications.
- Research on improving methods for energy flow optimization, protection and safety measures, EMI and stability investigations including subsystem interactions for advanced converter systems.
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At a glance
- Be responsible for high performance analog and mixed signal modules in latest CMOS technologies (e.g. for microcontroller applications)
- Closely cooperate with the design team and the concept/application team
- Applicate for existing characterization techniques, development and automation of new measurement principles
- Visualize and analyze measurement results and debug of new products
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In your career, let’s prove what’s possible.
- Design, develop, troubleshoot, and debug software programs for enhancements and new products.
- Implement new customer requirements and features in our existing application.
- Maintain and enhance existing code base by investigating and resolving problem areas.
- Demonstrate, clearly communicate, and present solutions through clear documentation, flowcharts, and well-structured code.
- Collaborate with cross functional teams to design and develop software programs.
- Provide technical guidance and mentoring for more junior engineers.
- May visit customer site to provide support and have ability to travel (total is less than 10%).
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Your future responsibilities
- Evaluation of new projects in terms of feasibility and resources
- Introduction of new technologies, flows and products
- Fabrication project management
- Build quality procedures and control tables
- Interface between internal/external partners to the clean room team
- Interaction and communication with the process team, PMs, business development, QM, etc.
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Your future responsibilities
- Responsibility for lithography systems, mainly track and exposure tools
- Develop new lithography processes
- Collaborate with research teams within SAL to fabricate state of the art research vehicles
- Ensure stable processes and equipment run for the lithography department
- Evaluate new processes and equipment
- Stay current with industry advancements and emerging technologies in lithography and semiconductor manufacturing.
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Your future responsibilities
- Responsibility for dry etch semiconductor fabrication equipment
- Develop new dry etch processes for new materials
- Collaborate with research teams within SAL to fabricate state of the art research vehicles
- Ensure stable processes and equipment run for the dry etch department
- Evaluate new processes and equipment
- Stay current with industry advancements and emerging technologies in lithography and semiconductor manufacturing.
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In your career, let’s prove what’s possible.
- Work with a cross-functional team of 12 software and controls developers and designers to deliver new features for our industrial machine control software.
- Write efficient, reliable code in C, C++, and structured text for our industrial computer devices as well as interfaces, ensuring functionality and stability.
- Create, optimize, and integrate drivers for peripherals and interfaces like sensors, actuators, and communication modules.
- Analyze and optimize code for memory constraints, performance, and power consumption in embedded environments.
- Ensure maintainability of our first-class codebase through regular peer reviews, testing, and documentation.
- Conduct unit and functional testing, debugging, and troubleshooting of our controls software applications to ensure functionality and stability.
- Collaborate with hardware engineers to integrate software with hardware components and systems.
- Stay updated with industry trends, best practices, and emerging technologies in C++ programming for hardware equipment controls.
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At a glance
- Support application engineers in the testing and validation of LowVoltage Power MOSFETs
- Develop test setups using automation
- Design PCB boards with Altium
- Document measurement results and debugging setups
- Assist with day-to-day task such as soldering components and maintaining lab equipment
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At a glance
- Be responsible for the development of system-level Signal & Power Integrity simulations to improve the early-stage predictability of Analog Mixed-signal IP within the final application.
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At a glance
- 3rd Level Support and Application/Platform Lifecycle Management in the area of Production Datawarehouse & Reporting Solutions
- Continuous enhancement of our Production Reporting Platforms using various technologies (Oracle, Hadoop, Denodo, ...)
- Define, design, build and enhance business intelligence solutions
- Partner up with management, application owner, key business customer and team members for the delivery of regional / global services
- Ensure that systems, processes and methodologies as specified are followed to ensure effective monitoring, control and support of service delivery
- Incident and Problem Management to support our internal Infineon customers
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At a glance
- Assist in testing and extending library of low-level IPs (OTA, current DAC, etc.) and demonstrating the potential of this bottom-up structural approach
- Work in a dynamic environment
- Get the opportunity to sharpen your analog IC Design skills and expand your programming knowledge
- Collaborate with experts in design methodology and analog IC design
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Your future responsibilities
- Support for managing parts of the power electronics laboratory infrastructure:
- Electronics CAD library management (symbols, footprint and 3D model database).
- Maintenance of laboratory equipment and responsible for managing electronic stock parts.
- Laboratory logistics support, managing and installing new equipment.
- Support scientists and students in research projects focusing on power electronic systems for various applications with:
- Preparation and execution of component and material orders.
- Contact with suppliers and distributors for electronic components.
- Being central contact person for students and scientists for processing orders.
- Assistance for administrative tasks e.g. documentation of research projects, laboratory setups and measurement series; documentation support of meetings…
- Depending on your knowledge, experience and interests, part of the following activities can be additionally expected:
- Electrical and mechanical engineering tasks (SMD soldering, manual soldering, preparing cables and connectors)
- Assembly of electronic circuits and laboratory setups.
- Possibility of contributing to publications in worldwide leading conferences and journals.
- Attending workshops and/or tutorials.
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Your future responsibilities
- Lead the design, fabrication, and technological advancement of metaoptics, wafer-level optics, and photonic MEMS, from initial concept to prototype development.
- Perform metaoptics and wafer-level optics fabrication using cleanroom facilities.
- Design, execute, and analyze DOE to enhance device performance.
- Execute small-scale fabrication and prototyping for metaoptics, wafer-level optics and photonic MEMS devices, including lithography, nanoimprint lithography, thin film deposition, and etching, utilizing 200 mm wafer-level technology.
- Perform testing of developed metaoptics and wafer-level optics.
- Conduct quality control and document data for statistical process control.
- Communicate and report research findings to both scientific and non-scientific audiences.
- Publish research results in scientific conferences and journals.
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Auf einen Blick
- Anpassung und Betreuung bestehender Applikationen und Platformen mit Fokus auf Asset & Enterpise Application Management
- Als Product Owner Kundenbefürfnisse erkennen und Applikationsanforderungen formulieren
- Erarbeiten von Applikationsarchitekturen basierend auf Anforderungen und Use Cases
- Entwicklung technischer Systemintegrationen
- Gestalten von Benutzeroberflächen mit Fokus auf User Experience
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Vollzeit | befristet | Praktikum
At a glance
- Analog blocks in Infineon microcontrollers
- Analog to Digital (ADC) and Digital to Analog (DAC) converters
- High speed interfaces
- High Precision Oscillators and PLLs
- Power Management Systems (PMS)
- Battery Management Systems (BMS)
- DCDC Converter for low voltage applications and Linear Voltage Regulators (LDOs)
- RF blocks for radar systems
- Bias & Control circuits for 5G antennas
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