Bachelor-/Masterprojects and theses

The topics listed below only contain a current overview of possible theses and projects. If you are particularly interested in a specific topic that is not listed here, please feel free to contact one of the persons in charge directly.

 Legend: BP=Bachelorproject, MP=Masterproject, MT=Masterthesis

Type Topic Contact
MT

Modelling of Current Transformers

Markus Reichhartinger
Nicolai Schwartze

MT

Sensor Fault Detection and Isolation for Silicon Wafer Manufacturing Tools

Stefan Koch
MT

Modelling of multienzyme processes for their optimization in a self-driving lab

Martin Steinberger
MT

Robust Model Predictive Control

Martin Steinberger
MT

Discrete-Time Higher-Order Sliding Mode Control

Benedikt Andritsch
MT

Toggle Frequency Controller

Markus Reichhartinger
MT

Estimation and Control Algorithms for Fermentation in a Bioreactor

Markus Reichhartinger
Maximilian Graber
MP

Modelling and Control of Active Suspension for Passenger Cars

Markus Reichhartinger
MT/MP

Modellierung, Simulation und Regelung eines mechatronischen Messgeräteprüfstandes

Markus Reichhartinger
MT/MP

Machine Learning for System Identification

Martin Steinberger
Sebastian Knoll
BP/MP

Automatisierungsumgebung für einen Bioreaktor

Markus Reichhartinger
BP/MP

Trajectory following and planning

Benedikt Andritsch
Sebastian Knoll
BP/MP

Automation of a Bioreactor

Markus Reichhartinger
Maximilian Graber
BP

Implementation of Sliding-Mode Control

Markus Reichhartinger
Benedikt Andritsch
BP

Diskretisierung von Regelstrecken

Martin Steinberger
BP

Erweiterung und Erprobung eines Vernetzten Regelkreises

Martin Steinberger
BP

Parameteridentifikation linearer Systeme mit Eingangs- oder Ausgangsnichtlinearitäten

Martin Steinberger
BP

Machine learning in Pharmaceutical Engineering

Sebastian Knoll
BP

Streamlining Chemical Data

Sebastian Knoll
BP/MP/MT

Regelungstechnische Anwendungen an einer Segeldrohne

Markus Reichhartinger
BP/MP/MT

Development and Implementation of a Model Predictive Controller for Real-Time Applications

Markus Reichhartinger
Franziska Wegscheider

 

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Contact information
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Institute of Automation and Control
Graz University of Technology
Inffeldgasse 21/B
8010 Graz

Tel.: +43 (0) 316 / 873 - 7021
Fax: +43 (0) 316 / 873 - 7028

Templates
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Feel free to utilize our LaTeX template as a starting point for writing your thesis.

Moreover, you can download a LaTeX template or a PowerPoint template for your presentation.

Open positions
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If you are interested in an exciting and rewarding career at the Institute of Automation and Control, take a look at our current job openings.