After successful completion of the course, students are able to students are able to plan a technical-scientific project, survey and discuss the state of the art, develop and implement proposed solutions and validate them by means of simulation or experiment. As part of the practical course Smart Grids, students acquire in-depth knowledge in the area of the selected research topic and are able to write a report in accordance with scientific principles. Students will be able to evaluate the results of their topic by analyzing aspects relevant to the topic and assessing the underlying principles accordingly. 

The practical course deals with current topics from research projects in smart grids, such as industrial and building automation, smart grids, energy communities, forecasting methods, control mechanisms and interoperability of end devices. The topics will be presented at the beginning of the course and supplemented as required during the semester.

Project work, this includes: project specification, requirements catalog, functional specification, elaboration (realization with hardware or software, programming or extension of functionalities for the Smart Grid).

The work can be carried out after coordination with the supervisor (also during vacations). There are regular meetings with the supervisor.

https://tuwel.tuwien.ac.at/course/view.php?id=61925 

Depending on the task, submission and presentation of a hardware or software implementation in the field of smart grids, a documentation or written work.

Knowledge of a programming language is an advantage