Person working on PC.

The completion of a Master thesis is mandatory for the successful completion of the Master’s Program Elektrotechnik or Elektrotechnik- Wirtschaft, The time allotted corresponds to approximately 6 months, depending on the intensity of work of the student.

The choice of the topic for a master thesis is decisive. The topic should primarily correspond to the student’s interest and be directed at the future professional interest of the student. Therefore, topic proposals by students are gladly accepted provided they fit the research interests of the IEE. Additionally, the IEE regularly advertises topics for possible master theses in order to provide students with appropriate ideas. In either case, the student is advised to contact an assistant at the institute. These advertised topics may be found on the notice board of the institute, or on the institute’s homepage.

Approach

The master thesis can be started at any point of time and is to be supervised by an assistant. The conclusion of the master thesis is the submission of a final report and the presentation of the final presentation at the Institute. The organizational issues are to be processed in TUG Online via the TeachCenter. The documents provided include:

  • Templates for the thesis (LaTeX and Word)
  • Templates for the presentations (PowerPoint, LaTeX and Google Slides)
  • Documents for scientific work
  • Information on the organization of projects
  • Information on presentation techniques

These documents are intended to provide non-technical assistance in the drafting of the thesis.

Open topics

The following master's theses are currently advertised by our institute. If you are interested, please contact the supervisors listed.

You can submit your own topic suggestions as long as they fit the IEE's subject area.

Shining a Light on Heat Demand: The Role of Solar Gains in High-Resolution Heat Demand Modeling

The goal of this master's thesis is to extend an existing Python-based tool for generating high-resolution heat demand time series by integrating solar heat gains, in order to improve the accuracy of hourly heat demand estimations at the building level.

Download Description

Critical scenario identification in energy system planning under uncertainty using decomposition methods

The goal of this Master thesis is to extend the Benders decomposition for scenario-based stochastic programing to perform a reduction of the considered scenarios during the decomposition based on their marginal information.

Download Description

Benefits for the students

  • Gain experience in energy system modeling, scenario development for decarbonization, and related data science
  • Deepen your knowledge of various software applications (e.g., GAMS, Python, QGIS, MATLAB, Excel etc.)
  • Extend your data research skills
  • Learn to create sound presentations and deliver concise talks
  • Get feedback from professors and institute staff
  • Get the chance to publish your research (e.g., Thesis & Publication)

Previous Master Thesis

In TUGonline you will find a list of completed Diploma Theses and Master's Theses.

Contact
image/svg+xml

Institute of Electricity Economics and Energy Innovation
Inffeldgasse 18
8010 Graz

Tel.: +43 316 873 7901

IEEnoSpam@TUGraz.at
www.IEE.TUGraz.at