Prof. Dr. Andreas Heinrich

Room

G1 2.13

Telephone

+49 7361 576-3114

Email Address

Andreas.Heinrich[at]hs-aalen.de

Research
resumé
Publications

Center for Optical Technologies (ZOT)

2015 - today Personal background

Doctoral Center Baden-Württemberg

1993 - 2015 Personal background

Andreas Heinrich, B. Sorg, A. Grzesiak, U. Berger

Andreas Heinrich, A. Kölmel, J. Bareis, L. Stefan, G. Lanza

Further information

Andreas Heinrich, C. Weimann, S. Wolf, D. Meier, Y. Schleitzer, M. Totzeck, F. Hoeller, W. Freude, C. Koos

Andreas Heinrich, C. Weimann, D. Meier, S. Wolf, Y. Schleitzer, F. Höller, J. Leuthold, W. Freude, C. Koos

Andreas Heinrich, O. Paul, F. Widulle, B. Kleemann

Andreas Heinrich, F. Widulle, V. D. Calzadilla, E. Gridneva, H. Wegendt, B. H. Kleemann

Further information

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Prof. Dr. Andreas Heinrich

Research

resumé

Foundation of the Aalen School of Applied Photonics and Head /Director of the School

Chairperson of the Doctoral committee of Research Unit IV

Founding member of the Doctoral Center Baden-Württemberg

Dean of Field of Study Photonics (Masters and Bachelor's)

Study coordinator Bachelor's program Optical Engineering

Membership of the 3-D MID e. V. research association

Member of the board of the German Society for Applied Optics (DGaO).

Member of the Baden-Württemberg Center of Applied Research

Chairperson of Department 8 of the VDI/VDE Society for Measurement and Automation Technology

Member of the Photonics Network BW

Professorship for Optical Metrology & Sensor Technology

Head /Director of the Department of Optical Metrology

Project manager, project coordinator, head of the project

habilitation (postdoctoral qualification)

Doctorate in physics

Course of studies, physics (German university degree)

Publications

An optical bore hole sensor based on additive manufacturing

Detektion von Lufteinschlüssen bei der Kleberaupenapplikation

Fast high-precision distance measurements with electro-optic frequency combs

Accurate distance measurement to scattering surfaces using frequency combs generated by electro-optical moldulation

Nanometrology of periodic nanopillar arrays by means of light scattering

Nanometrology of periodic nanopillar arrays by means of light scattering