• Statics, dynamics, finite element method, earthquake engineering
• Construction history
• Static and dynamic calculations of foundation structures for wind turbines
  and substations for the offshore wind industry
• Fatigue calculations and service life calculations
• Participation in various research projects within the scope of activities in
  engineering offices (development of new support structures, optimisation of structures,
  especially processes in steel construction)

Profession:

• Since winter semester 2018/19 Professor of Statics, University of Applied Sciences Potsdam
• 2017 - 2018 Visiting Professor of Statics, Berlin School of Economics and Law, Department of Dual Studies, Bachelor's degree programme in Civil Engineering
• 2014 Project manager and team leader in structural design at J?RSS-BLUNCK- ORDEMANN, Consulting Engineers in Civil Engineering, Berlin office
• 2012 - 2014 Project engineer at tkb. Technologiekontor Bremerhaven
• 2006 - 2012 Research assistant at the Department of Statics and Dynamics, TU Berlin

Education:

• 2012 Doctorate in engineering sciences at the TU Berlin
• 1999 - 2005 Studied civil engineering at the TU Berlin, graduated with a degree in engineering

most important scient. Publications

2018

• Brendike, A., Ostermann, F. and L¨¹ddecke, F. (2018), Offshore wind jacket foundation design challenges in earthquake regions. Stahlbau, 87: 860-868.
  doi:10.1002/stab.201810049

2017

• Brendike, A. ?Herausforderungen bei der Planung von Tragstrukturen f¨¹r Offshore-
  Windparks ¡° (2017), Baustatik-Baupraxis 13, Bochum, Hrsg.: G. Meschke, S. Freitag, C.
  Birk, J. Menkenhagen, T. Ricken (ISBN978-3-00-055827-6)