Our institute offers a variety of master's, bachelor's, study, and project work opportunities. In this context, we cover all areas of mechatronic development. Our topics are aligned with research activities. Therefore, you can find topics related to energy technology, system optimization, electrical measurement technology, robotics, haptic perception, actuator and motor development, and sensor development."
80% of our final theses are not pre-announced but are defined and coordinated according to the interests of the students. Therefore, we would be delighted if you contact us directly. We will then generate individual projects tailored to your interests and needs, in alignment with our research questions. To get an idea of past topics, please follow this link.
We recommend reaching out to researchers/employees in the areas of your interest for better guidance. To help you navigate, we have created a brief overview table of typical subject areas and potential contacts. Please get in touch with the researchers corresponding to your areas of interest for your final thesis.
Research Area | Researcher | Typical Topic Areas for Student-Works | Team | |
---|---|---|---|---|
VR, Robotic Teaching and Remote Control | Alireza Abbasimoshaei | Control-Engineering, Mechanical Design, Robotic and STEM Teaching | Education | |
Haptic Fudamentals, Robotic Interaction, Creativity Research | Ornella Tortorici | Robotic design,robotic control, measurement technology, people-robot-interactions | HMI | |
Maritime Power-Systems | Jana Ihrens | Component Modelling, System-Design, | Power | |
Maritime Power-Networks | Mattis Molinski | System-Optimization, System-Modelling | Power | |
Electrical Machines | Folke Schwinning | design and optimization of electrical machines (axial-flux machines) development and measurement of windings and coils, especially for electromagnetic and thermal performance metamodels and Design of Experiments (DoE) methods, Functional Mock-up Interface framework | Power | |
Maritime Sensor-Platforms | Finn Jannek Klar | Electromagnetic Sensors, Electronic & SW-System-Design | Sensors | |
Electrical Impedance Tomography Systems | Dennis Kähler | High-Performance Measurement Electronics, FPGA based parallel design, high-performance measurement systems | Sensors | |
Electrical Impedance Tomography and Electronic Optimizations | Tom Liebing | Analog and digital electronics, high performance analog and digital interfaces, automated hardware system optimizations | Sensors | |
Tomography methods and algorithms | Moritz Hollenberg | Software systems for physics informed tomographic reconstruction, advanced algorithms for electrical impedance tomography | Sensors | |
Anything, but especially Sensors & Actuators | Thorsten A. Kern | main contact for external works with industrial partners, motor units for transportation, actuators for haptic HMIs | ||
Miniature lagrangian sensors, Electrical Impedance Spectroscopy & Micro-assembly | Maximilian Becker | Miniature sensors design for chemical process measurements using electrical impedance spectroscopy: PCB design, Micro-assembly using haptic telemanipulation | Sensors | |
Enhanced interaction devices for art & medical applications | Juliana Lüer | Tactile enhanced devices and systems, actuator qualification methods, system dynamics, actuator system integration | HMI | |
Smart actuator-sensor-systems & hand-impedance-theory | Ali Elnwegy | Human-machine-interaction by vibrotactile actuator-sensor-systems, robotic interfaces and control, hand-impedance-quantification | HMI | |
Tactile sensors and Robotic Control in direct Human Interaction | Mohammad Sadeghi | Sensor dynamics, robotic application of sensor systems, robots and control in human-machine-interaction | HMI |