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Chair of Measurement and Sensor System Technique

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Important Subjects

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The Chair

Since the end of 2004, employees of the Chair of Measurement and Sensor System Technique (MST) teach and research in the fields of: adaptive laser systems for bio-medicine, laser sensors for the investigation of complex flows, laser sensors for product metrology, ultrasound measurement systems for opaque fluids.
Vorlesung © Professur MST
Teaching

The Chair MST is responsible for basic education in metrology and sensor technology during the 4th, 5th and 6th semester. As core subject for studies in electronics and mechatronics, modern applications are presented and fundamentals in analog and digital metrology are taught.
Versuchsaufbau © Professur MST
Czarske Lab

The leitmotif of using novel measurement technique to gain fundamental insights and implement innovations by engineering is followed to enhance the quality of life and secure or create jobs. The Chair MST works on nationally and internationally recognized projects in the field of non-contact metrology and sensor systems.
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Information About the Chair

The Laboratory for Measurement and Sensor System Technique (MST) / Czarske Lab is dedicated to research and teaching in systems technology. Holistic systemic approaches to the design of sensors and measurements are pursued. Applications in biomedicine (health), process and production engineering (energy and environment), aerospace (mobility), automation and control (security) as well as information systems (communication) are aimed for. Fundamentally, systems are the entirety of related elements which are outwardly organized as a defined structure.
At the chair MST, novel systems utilizing coherent electromagnetic and utrasound waves are realized involving a cooperation network. Outstanding research has been done in adaptive optics and wavefront control. Using adaptive lenses, novel microscopes for the investigation of thyroid glands of transgenic organisms have been developed. In-situ 3d shape measurement with keyhole access in machine tools have been carried out, enabling 100 % quality control. The realized ultrasound-based systems allow for flow measurements in liquid semiconductors, whereby new insights into crystallization processes (photovoltaics) were gained.

CV of Prof. Czarske
Organigram
Annual report 2023

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Visiting address:

Barkhausen-Bau (BAR), Room 023 Helmholtzstraße 18

01069 Dresden

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Postal address:

TUD Dresden University of Technology Chair of Measurement and Sensor System Technique Helmholtzstraße 18

01062 Dresden

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+49 351 463-37716

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Monday to Friday:
08:00 - 11:00
13:00 - 15:00

Bertha-Benz-Preisträgerin 2020 ist Dr.-Ing. Katrin Philipp - Investigation of aberration correction and axial scanning in microscopy employing adaptive lenses © Daimler und Benz Stiftung

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