After successful completion of the course, students are able to...

• to understand limited metrological questions and work out results experimentally, theoretically or by simulations or literatur research
• to be familiar with measuring devices
• to perform measurements and calculations correctly
• to evaluate data
• to prepare data graphically
• to interpret the results
• to find connections between literature and obtained data
• to summarize in a report.

Implementation of comprehensive experimental and/or theoretical work including project conception, work plan and schedule, experimental and/or theoretical work, documentation and presentation

Acquisition of basic physical phenomena and innovative experimental and/or theoretical techniques and methods in metrological sections - time and frequency, dimensonal metrology, radioactivity, dosimetry, acustics, vibration, pressure, force, hardness, flow, electricity, gravimetry, mass, density, viscosity, traffic measurements, photometry, temperatur and heat

Literatur research and/or optional simulations and/or measurements with metrological facilities. Actual measurements in the field of dosimetry, radioactivity and other metrological sectors. Eventually elaboration of a written report.

The project will be carried out in cooperation with the Federal Office of Meterology and Surveying - the Austrian National Metrology Insitute.

written report

Grundlagen der Physik I, II

Praktische Mathematik I, II

VU Metrologie (141.A41)