Openings


Are you interested in being part of an international team and working in an exciting field of research?
We offer interesting and responsible positions with continuing education and development opportunity.

Positions for PhD Students & PostDoc

Currently we do not have any open job offers for PhD students and PostDocs. Please come back at a later time.

Theses for Bachelor & Master Students

A list of currently available student projects and openings at different levels can be found below. Please note, Research topics vary over time and we would like to tailor them to your interest.
Please apply via email including your motivation and expressing your interests in working in our team.

Topics on Bachelor level

Topics on Master level

A List on Recently Completed Theses

on Bachelor level

  • Winkelaufgelöste spektrale Intensitätsmessungen von Silizium-Nanokristall Leuchtdioden
    BA: dated 01/2020, Supervisor: Josef Mock.
  • Angle-resolved spectral intensity measurements on nano-crystal LEDs
    Simulative exploration of FIB tuned Magnetic thin films for Skyrmions
    BA: dated            , Supervisor: Valentin Ahrens.
  • Silicon Nanocrystal Light Emitting Diodes: Efficiency- and long term Measurements via Integrating Sphere
    BA: dated 01/2020, Supervisor: Josef Mock.
  • YIG Sputter Process Optimization and Investigation of FIB Irradiation Impact on the Magnetic Properties
    BA: dated 11/2019, Supervisor: Martina Kiechle.
  • Using Carbon in Magnetic Thin-Films - A way towards Skyrmions?
    BA: dated 10/2019, Supervisor: Valentin Ahrens.
  • Current-Voltage Characteristics unsing MATLAB
    IP: dated 10/2019, Supervisor: Markus Becherer.
  • Entwicklung eines Masken Konverters für Sub-Mikrometer Lithographie
    IP: dated 09/2019, Supervisor: Markus Becherer.
  • Reutilization of a high current nanopulser and creation of a Labview control program
    IP: dated 09/2019, Supervisor: Markus Becherer.
  • Automatization of oxyde layer characterization
    BA: dated 09/2019, Supervisor: Matthias Golibrzuch.
  • Simulations on Generation and Dynamics of Skyrmions
    BA: dated 08/2019, Supervisor: Valentin Ahrens.
  • Messaufbau zur winkelaufgelösten LED Intensitätsmessung
    IP: dated 07/2019, Supervisor: Markus Becherer.
  • Simulator for an RF-Magnetron Sputtering Machine in C++
    BA: dated 06/2019, Supervisor: Simon Mendisch.
  • MuMax Simulation of a magnonic crystal
    BA: dated 06/2019, Supervisor: Martina Kiechle.
  • Simulator for an RF-Magnetron Sputtering Machine in C++
    BA: dated 02/2019, Supervisor: Valentin Ahrens.
  • Simulation of a Moving Field Inductive Power Transfer (MFIPT) Control System
    BA: dated 12/2018, Supervisor: Michael Haider.
  • Inverted OLEDs with Spray-Deposited Emitting Layer
    BA: dated 10/2018, Supervisor: Florin Loghin.
  • Modeling and Realization of a Moving Field Inductive Power Transfer System
    BA: dated 09/2018, Supervisor Michael Haider.
  • Antiferromagnetic Interlayer Exchange Coupling in pNML
    BA: dated   /2018, Supervisor: Simon Mendisch.
  • Waveguide Optimisations for Ferromagnetic Resonance Measurements
    BA: dated 09/2018, Supervisor: Simon Mendisch.
  • Measuring First and Second Order Anisotropy Terms via th Anomalous Hall Effect in Magnetic Thin Films
    BA: dated 09/2018, Supervisor: Simon Mendisch.
  • Design of a Wireless Power Transfer Link
    BA: dated                , Supervisor: Michael Haider.
  • The Impact of Ion Beam Precleaning on Fabrication of Magnetic Multilayers
    BA: dated 03/2018, Supervisor: Grazvydas Ziemys.

on Master level

  • Biosensors and EG-FETs
    FP/MA: Supervisor: Saumya Joshi, Vijay Bhatt
  • SoilSpy IoT Provisioning Firmware and Interface Development
    IDP: Supervisor: Saumya Joshi, Vijay Bhatt
  • SoilSpy IoT Sensor Firmware Development
    IDP: Supervisor: Saumya Joshi, Vijay Bhatt
  • Implementation and Characterization of a Magnetic Stress Setup for Multidirectional High Temperature Magnetic Stress
    MA: dated 03/2020, Supervisor: Markus Becherer.
  • On-chip integration of Si/SiGe based circuit and quantum dot
    MA: dated 2019,TU Delft (external), Supervisor: Markus Becherer.
  • Current-Voltage Characteristics unsing MATLAB
    IP: dated 10/2019, Supervisor: Markus Becherer.
  • Entwicklung eines Masken Konverters für Sub-Mikrometer Lithographie
    IP: dated 09/2019, Supervisor: Markus Becherer.
  • Reutilization of a high current nanopulser and creation of a Labview control program
    IP: dated 09/2019, Supervisor: Markus Becherer.
  • Messaufbau zur winkelaufgelösten LED Intensitätsmessung
    IP: dated 07/2019, Supervisor: Markus Becherer.
  • Development of a characterization and calibration platform for TMR based current sensors
    MA: dated 05/2019, Supervisor: Markus Becherer.
  • Thermomagnetic drift in TMR devices
    MA: dated 05/2019, Supervisor: Markus Becherer.
  • On-chip integration of Si/SiGe based circuit and quantum dot
    MA: dated               , Supervisor: Markus Becherer.
  • Macro Nutrient Analyzer targeted towards Agricultural Sector
    MA: dated 03/2019, Supervisor: Markus Becherer.
  • A Quantum Model of a Resonantly Phase-Matches Josephson Traveling Wave Parametric Amplifier
    MA: dated 03/2019, Supervisor: Michael Haider.
  • Next Generation antennas based on printed and transparent silver nanowire films
    MA: dated 03/2019, Supervisor: Marco Bobinger
  • A Quantum Model of a Resonantly Phase-Matches Josephson Traveling Wave Parametric Amplifier
    MA: dated   /2018, Supervisor: Michael Haider.
  • Development of a characterization and calibration platform for TMR based current sensors
    MA: dated   /2018, Supervisor: Markus Becherer.
  • Next Generation antennas based on printed and transparent silver nanowire films
    MA: dated   /2018, Supervisor: Marco Bobinger.
  • On the Metrology of Frequency- and Field-swept Ferromagnetic Resonance in Perpendicular and In-plane Configuration
    MA: dated 10/2018, Supervisor: Markus Becherer; Simon Mendisch.
  • Implementation of Metallic and Dielectric layers in flexible OLEDs with flexographic Roll-to-Roll printing
    MA: dated 08/2018, Supervisor: Andreas Albrecht.
  • Market Opportunities for Printed Electronics
    MA: dated 08/2018, Supervisor: Andreas Albrecht.
  • On the magnetic properties in DMI anhanced pNML
    MA: dated 07/2018, Supervisor: Markus Becherer.
  • Modeling and Simulation of hysteresis characteristics of Carbon Nanotube Random Network Channel Field-Effect Transistors
    MA: dated 06/2018, Supervisor: Markus Becherer.
  • Analysis of Nonidealities in Undersampling SAR ADCs
    MA: dated 06/2018, Supervisor: Markus Becherer.
  • Fully printed gas sensors on flexible substrates: Fabrication and Frequency characterization
    MA: dated 04/2018, Supervisor: Rivadeneyra-Torres.
  • Screen-Printing of Multilayer Electronics
    MA: dated 04/2018, Supervisor: Andreas Albrecht.
  • Fine-line and Multilayer Screen Printing of Sensor Electrodes
    MA: dated 04/2018, Supervisor: Andreas Albrecht.
  • Carbon-Nanotube Thin-Film Transistors with Various Electrode Materials for Glas Sensing
    MA: dated 04/2018, Supervisor: Florin Loghin
  • Growth of Silver Nanowires for Transparent Electrodes
    MA: Supervisor: Marco Bobinger.
  • Antenna prototyping and antenna designs for chip-to-chip communication
    MA: dated 03/2018, Supervisor: Johannes Russer.
  • Physically Uncloneable Functions Realized with Nanomagnetic Logic
    MA: dated 03/2018, Supervisor: Markus Becherer.
  • On Frequency and Quality Factor Measurements of Cantilevers in Gases
    MA: dated 03/2018, Supervisor: Peter Reith; Markus Becherer.
  • Solution based transparent copper nanowireelectrodes for organic solar cells and light emitting diodes
    MA: dated 02/2018, Supervisor: Marius Loch.
  • Siebgedruckte mikrostrukturierte dielektrische Silikongummischichten für Kraftsensoren mit kleiner Hystenese
    IP: dated 02/2018, Supervisor: Markus Becherer.

MA: Master Thesis, BA: Bachelor Thesis, DA: Diploma Thesis,
FP: Forschungspraxis, IP: Ingenieurpraxis