University of Hamburg Geophysics Pictures Institute of Geophysics
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 Dirk Gajewski

Chair of Applied Seismics

Institute of Geophysics

Bundesstr. 55
D - 20146 Hamburg
Germany


phone:  +49 40 42838 2975

fax:       +49 40 42838 5441

mobile: +49 176 9830 9936

Email:

CV

1975-1981
 

Study of Geophysics at the University of Clausthal

1981

Graduation (Diploma) at University of Clausthal. Diploma thesis on the interpretation of multi-component seismic wide-angle data. S-waves and PS conversions were identified by using a REMODE rectilinear motion detection filter.

1981-1987

Research associate at Geophysical Institute, University of Karlsruhe.

13.2.1987

PhD, Faculty of Physics, University of Karlsruhe. Title of Dissertation: Ray theoretical seismograms for arbitrary heterogeneous anisotropic media -- with applications to the south German Lithosphere.

1987-1989

Visiting Scholar at the Department of Geophysics, Stanford University, Stanford, California, USA and at the Center for Computational Seismology, Lawrence Berkeley Lab, Berkeley, California, USA.

1989-1993

Research assistant (Ass. Prof.), Institute of Geophysics, University of Clausthal.

1993-2006

Associate Professor at the Institute of Geophysics, University of Hamburg, Applied Geophysics. 

since 1997

Member of the international research team of the Wave Inversion Technology (WIT)  Consortium

May-Oct. 2001

Visiting Professor at the Department of Geology and Geophysics, University of Calgary, Canada

Sept.-Oct. 2003

Visiting Professor at the University of Campinas, Campinas, Brazil

Aug.-Sep. 2005

Visiting Professor at the University of Campinas, Campinas, Brazil

Mar.-Oct. 2006

Visiting Professor, Colorado School of Mines, Golden, Colorado, USA

since 2006

Chair of Applied Seismics, University of Hamburg

since 1.1.2007

Director of the Wave Inversion Technology (WIT) Consortium

since 2009

Deputy director of the Center for Earth Systems Research and Sustainability (CEN)

 

 Memberships

  • Deutsche Geophysikalische Gesellschaft (DGG)
  • European Association of Geoscientists and Engineers (EAGE, EAEG section)
  • Society of Exploration Geophysicists (SEG).

 

 Functions

 

 Interests

My general research interests are reflected by the topics of interest of the Institute of Geophysics. Special research interest are focused on seimic modelling and imaging, seismic anisotropy and high frequency methods, i.e., ray methods. Seismic model building and imaging aims to generate a subsurface image of the current structure which allows to indirectly deduce the geological history and evolution of the crust. Recent efforts were also focused on the implementation of technology and methods to image seismic passive sources in real time using technology borrowed from reflection seismic data processing. The imaging of the Earth's noise allows to directly visualize ongoing processes in the subsurface (material transport, fluid migration, etc). Most of this research interests are carried out within the Wave Inversion Technology (WIT) Consortium. Other projects are described here.
 

Seismic migration is among my key interests, however, one topic not covered here:
 Migration -- myself, to the nicest places on earth (usually either fairly high or fairly steep or both, for example on top of North America. Ski mountaineering (particularly high level traverses), rock climbing on granite and long distance back packing are my favorite activities outside geophysics. For some more information on this click here.

 Recent Publications and Presentations

For a listing of my papers in reviewed journals see here, for a list of papers and presentations of the Applied Geophysics Group please see here.

 Courses and Lectures

The following courses are given either by myself or in cooperation with members of the Applied Geophysics Group.

  • Applied Seismics, 3h course, 1h exercises 
     
  • Seismic Waves I and II, 2 semester 2h course, 1h exercises 
     
  • Signal Processing I and II, 2 semester 2h course, 2h computer exercises
     
  • Modeling of Seismic Waves, 2h course with computer excercises
     
  • Seismic Migration, 2h course with computer exercises
     
  • Seismic Anisotropy, 2h course
     
  • Ray Methods, 1h course, 3h computer exercises 
  • Numerical Methods, 2h course, 2h computer exercises 

 Lectures on techniques to produce well received presentations and reports are an integral part of my seminars.

 Interested in Graduate Studies or Cooperation

If you are interested in a cooperation with us as a guest scientist or as a MSc or PhD student please follow the instructions listed here in order to receive a fast response to your request.

Internships

 Please keep in mind that we are a university institute and have neither the personal capacity for a sufficient supervision of external 2nd or 3rd year undergraduate students. If you are a 4th+ year student, have financial support and basic knowledge in wave propagation theory, signal processing, applied seismics, and reflection seismic data processing and imaging we may consider you for an internship. The German Academic Exchange Service (DAAD, www.daad.org) provides stipends for internships. If you are accepted as an intern we provide office space, computer and library access, administrative support. However, we can not provide funding for internships. If making money is of highest priority for your intern, we are not the right place. If you are interested in a vibrant research environment with ample industry interaction, this is the place to go.

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