The module Experimental Thermodynamics is offered in English and takes place every semester. It provides a comprehensive introduction to experimental methods in thermodynamics, combining solid theoretical foundations with intensive practical laboratory experience. The focus lies on understanding physical measurement principles and their proper application in real experimental environments. Due to the high laboratory component and the associated level of individual supervision, the number of participants is limited to a maximum of 15 students, ensuring a practice-oriented and interactive learning environment.

In terms of content, the module first addresses the fundamental concepts of experimental thermodynamics. This includes methods for temperature and pressure measurement and their calibration, which play a central role in achieving precise and reliable results. Another key focus is systematic uncertainty analysis, enabling students to quantitatively assess measurement deviations and critically evaluate the validity of experimental data. In addition, research data management is covered to ensure the proper handling of collected data within a scientific context. An advanced topic varies depending on the semester: in the summer semester, the focus is on thermophysical properties, while in the winter semester, transport properties are addressed.

Upon successful completion of the module, students are able to select appropriate measurement principles and methods according to the specific requirements of a given measurement task and to critically evaluate different measurement techniques. They can identify, analyze, and systematically minimize potential sources of error, as well as quantify measurement deviations through structured and transparent uncertainty assessment. The assessment consists of three multiple-choice tests conducted throughout the semester. Two tests take place during the lecture period, and a final test concludes the module, each covering clearly defined parts of the course content.