At a glance
- Assist engineers in system board design and verification of high power density and innovative solutions in DCDC power conversion
- Build evaluation kits and perform system function verification and testing
- Prepare design documentation, application notes and getting started guides for various solutions developed
- Acquire knowledge and methodology in system design, trouble shooting and analysis
- Analyze test results and document the outcomes
- Collaborate and contribute to development projects
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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
- Develop/enhance data extraction methods using python API
- Support mixed signal team with automated flow generation
- Conduct test run for the automation tool
- Ensure the automation script is maintainable and follows a clear modular structure
- Code refactoring and documentation
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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 area of responsibility
- Technical consulting for customers and interested parties (timber construction companies, construction companies, real estate developers, etc.)
- Sales support for detailed technical questions
- Processing of project-specific inquiries, clarification of technical feasibility, calculations and preliminary engineering
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Your future responsibilities
- Design and development of novelmid-infraredphotonic integrated circuits (PICs) with a focus on passive components (low-loss waveguides, efficient splitters/combiners, high-speed modulators, optical filters) for sensing applications
- Explore novel concepts & thinfilm-based material systems
- Integrate (monolithic, hybrid) the passive components with active mid-infrared lasers and detectors based on well-known III-V material systems (InP, InAs, GaSb)
- Develop fabrication processes for the photonic devices in the R&D cleanroom facilities and in collaboration with the process engineers
- Conduct electro-optical testing of the devices for optimizing the design
- Participate in first sensing experiments with external partners from academia and industry
- Be part of the scientific dissemination of the results (conferences, journal papers, patents)
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Your future responsibilities
- Experience in Electrical and Magnetic characterization and measurements (use of oscilloscopes, spectrum analyzers, vector network analyzers, sourcemeters, electromagnets, vibrating sample magnetometer, magneto-optical Kerr effect…).
- Background in Experimental Physics, Engineering Physics, Electrical Engineering, and related fields.
- Knowledge in Material Science, materials properties and characterization.
- Experience in Cleanroom environment and microfabrication facilities (thin film deposition, lithography, etching…).
- Knowledge in simulation tools and software, with programming skills (e.g. Python, COMSOL, etc).
- Excellent English level is mandatory.
- Ability to clearly express yourself, hears others and keep open-minded discussions.
- Good presentation skills, with the will to perform scientific dissemination.
- Proactive and curious.
- Strong interest in developing applied science.
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Your future responsibilities
- University degree (Diploma, Magister, Master’s) in Physics/Chemistry/Materials Science (solid state physics, chemical engineering, physical chemistry, materials science/physics/chemistry, or related) completed with above-average results*.
- Previous experience in thin film deposition and characterization.
- Excellent experimental and analytical skills.
- Strong interest in applied research, creativity in contributing ideas and eager to engage with the ALD community .
- Excellent English communication skills in written and oral form.
- Preferred qualifications:
- prior experience with atomic layer deposition
- knowledge on nitride materials
- characterization skills: XRD, SE, AFM, SEM, XPS,…
- knowledge on plasma processes
- previous experience with peer-reviewed publishing of scientific results*see requirements of TUM admission Requirements - TUM Graduate School
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At a glance
- Work within a team of experts
- Explore and evaluate various possibilities of Python language for testing digital and mixed-signal circuits in industry-standard simulators
- Deal with industrial IC design flow and develop future extensions
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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
- Work or spin-based quantum systems in wide-band gap semiconductors for magnetometry and inertial sensing applications
- Implementation of several quantum protocols for initialization and readout of electron and nuclear spins
- Development of required magnetic, optical, electrical and RF subsystems
- Experimental work, proof of principle experiments, feasibility studies
- Building demonstrators, data processing
- Scientific dissemination (conference proceedings, journal papers, patents)
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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
- Work in the cleanroom environment with a small team
- Operate trace analysis in state-of-the-art analytical tools such as VPD,ICPMS, AAS, TXRF, AD-GCMS, Titrator, UV, Liquid particle and other little tools
- Deliver reliable high quality of measurement results, specifically from trace analysis measurements on wafer level as well as in other mediums (Boxes/FOUP, DI water, concentrated chemicals, etc.)
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At a glance
- Investigate the feasibility of Rust for the PAS CO2 firmware written in C
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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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At a glance
- Learn about Infineon’s Smart Power Switches and how to use them in power distribution topologies
- Improve your skills in high-level system modeling with state-of-the-art tools
- Evaluate different topologies and develop an evaluation scheme to scientifically compare them
- Design, build, and evaluate a working prototype
- Document your results by writing and submitting your Master thesis
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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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Vollzeit | befristet | Praktikum
At a glance
- Support component verification engineers in the validation of isolated gate drivers
- Develop 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
- Develop scaling elements for trapped-ion quantum processors
- Conduct ion-trap fabrication by defining a fabrication route, finding solutions to process restrictions and implementing measures to improve fabrication yield
- Investigate strategies to mitigate scaling blockers like RF-capacity, dielectric losses, cross-talk or ohmic losses
- Test your ion traps at the Infineon quantum lab and the Infineon material characterization lab
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Your future responsibilities
- Take on full project responsibilities by continuously assessing the progress targeting given timeframe and budget
- Organization of work, alignment of resources and coordinate the project team as well as external collaborators
- Definition and controlling of project KPIs / objectives together with the project owners
- Reporting internally to Head of Research Unit and Head of Research Division and externally to customers and partners
- Risk management and -mitigation
- Management of multi-firm consortia (typically up to 10 partners) collaborating in research projects both nationally and internationally
- Keep the overview and manage technical interdependencies of several project responsibilities
- Project documentation and reporting including internal and external communication support documents
- Support of the project acquisition and thereby being constantly involved in the future research topics to come
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At a glance
- Data Analysis & Dashboard Design – from data to meaningful dashboards
- Maintaining existing dashboards in the area of Analytics, Cleanroom Engineering & Parts Clean
- Data Science & Information Technology
- Interactive data combinations between different data sources (Databases, Excel, etc.)
- Assistance in Cleanroom Engineering Sensor Maintenance (Change Sensors/Configure Sensors/etc.)
- It is also possible to write your bachelor or master thesis during this internship.
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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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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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Your future responsibilities
- Contribute to R&D activities for novel test setups in the field of advanced electrical and thermal power semiconductor device and package characterization
- Align with other scientists and engineers to build prototypes and verify simulation results
- Contribute to research projects with international research and industrial partners
- Take on project responsibilities for successful execution of industrial research projects
- Continuously assessing the progress targeting given timeframe and budget
- Organization of work, alignment of resources and coordinate the project team as well as external collaborators
- Reporting internally to and externally to customers and partners
- Management of multi-firm consortia (typically up to 10 partners) collaborating in research projects both nationally and internationally
- Keep the overview and manage technical interdependencies of several project responsibilities
- Support of the project acquisition and thereby being constantly involved in the pushing future research topics
- Being sparring partner for Junior Scientist and supervise PhD and master students
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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
- Assisting in the creation of newsletters, data analyses, preparation of meetings and training sessions
- Assisting with the review and updating of processes and guidelines
- Support with editorial and proofreading tasks
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Teilzeit | befristet | Praktikum
At a glance
- Take over responsibility: Define solutions to setup, automate and maintain Data, Change & Requirement Management infrastructure (e.g. JAMA, JIRA, SVN,…)
- Gain knowhow: Learn details of a development process by identifying and maintain all documents that are created and used during process development
- Team work: Support the DPO Team with creation and maintenance of Process Configuration, Configuration Baselines and their records as well execution of the Process Change Board
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