At a glance
- Learn about the concepts of programming Infineon AURIX with the MATLAB/Simulink environment
- Improve your skills in embedded programming with MATLAB/Simulink, C/C++ and state-of-the-art toolchains
- Develop a methodology to program the AURIX from MATLAB/Simulink environment
- Design, build and evaluate a working prototype
- Document your results by writing and submitting your Master thesis
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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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At a glance
- Knowledge gathering about state-of-the-art motor loss and inverter loss models as well as control strategies for motor drives
- Development of a loss model based on co-simulation techniques, i.e. coupling Finite Element Method (FEM) simulations with system simulations
- Implementation of the loss model into an existing simulation framework
- Validation of the simulation results with real-world experiments
- Document your results by writing and submitting your Master Thesis
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Vollzeit | befristet | Freelancer, Projektarbeit
At a glance
- Preparation of samples to enable materials characterization using SEM
- Evaluation of state-of-the-art electron microscopy techniques (EBSD,ECCI) to analyze semiconductor materials
- Optimization of the applied methodology (sample preparation, characterization technique)
- Investigation of the microstructure, lattice strain and defects in semiconductor materials (Si, SiC) after individual manufacturing steps
- Correlation of the materials characteristic and the industrial processing
- Documentation of the results and preparation of a master’s thesis
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At a glance
- Tackle the field of Acoustic and Ultrasound Sensor Systems, with the aim of exploring new opportunities and challenges in the conception and design of digital sensors
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At a glance
- Quantum mechanical modelling
- Implementation of efficient read-out model/algorithm in order to extract sensor information out of physically measured quantities
- Support measurements in quantum sensing lab
- Support the fabrication of new prototypes in a professional clean room at Infineon´s research site in Villach
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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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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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At a glance
- Gain insight in the power management of state-of-the-art microcontrollers
- Analyze, model, simulate and measure analog mixed-signal circuits and systems
- Getting familiar with the conception, design, verification and validation of electronic building blocks
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At a glance
- Get experience with Mixed-Signal High Speed, RF and mmWave and Integrated Circuits.
- Get experience with measurements related to High-Speed PLLs and Data Communication: Jitter, Eye Diagram, BERT.
- Get experience with high-end RF/mmWave measurement equipment.
- Get hand-on experience in Validation and Debugging.
- Design of PCBs for the measurement of products
- Prototype and evaluate new tools and methodologies.
- Familiarize yourself with Validation flow: definition of appropriate measurement setup, automation, data post-processing and analysis.
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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
- Working in the ISO5 clean room environment
- Performing experimental work on Plasma etching equipment
- Performing characterization
- Design of experiments
- Participation in plasma process simulation and modeling
- Writing reports and scientific papers
- Conference participation
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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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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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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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