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Braunschweig University of Technology

Braunschweig University of Technology. Prof. Dr. mult. Dr. h. c. Ali Müfit Bahadir Vice-President for Research, Junior Scientists and Technology Transfer. BAU Faculty 3 November 2007. Founded 1745 6 Faculties, 5 on Science & Technology 12,500 Students

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Braunschweig University of Technology

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  1. Braunschweig University of Technology Prof. Dr. mult. Dr. h. c. Ali Müfit Bahadir Vice-President for Research, Junior Scientists and Technology Transfer BAU Faculty 3 November 2007

  2. Founded 1745 • 6 Faculties, 5 on Science & Technology • 12,500 Students • 2,600 Employee, incl. 10% Prof. • 200 Mio. € Budget incl. 45 Mio. € Third-Party Funds Historical Building of TU Braunschweig Braunschweig University of Technology

  3. Mathematics & Computer Sciences Economics & Social Sciences Life Sciences Architecture, Construction Engineering, and Environmental Sciences Mechanical Engineering Electrical Engineering & Physics Humanities & Educational Sciences 1 2 3 4 5 6 Historical Building of TU Braunschweig Braunschweig University of Technology

  4. Life Sciences Construction and Environment Micro-Nano-Production Information & Communication Technology Mobility and Transportation Strategic Research Fields of the University

  5. Architecture, Civil Engineering, and Environmental Sciences Architecture Structural Engineering Environmental Science and Engineering Transportation Computational Engineering Subjects in the Faculty 3

  6. Structural Engineering Concrete Structures Steel Structures Fire Protection FoundationEngineering Large Scale Tests in Structural Engineering

  7. LCA of Structures via Innovative Monitoring • Project Fields • Methods and Strategies • Adaptive Models • Measuring Systems • Testing on Structures Collaborative Research Center 477

  8. Environmental Geology Environmental Science and Engineering Lake system response of Nam Co area, Central Tibet to Late Quaternary Monsoon dynamics

  9. Environmental System Analysis and Soil Physics Environmental Science and Engineering Environmental fate modeling depth [cm] concentration

  10. Geochemistry Environmental Science and Engineering Biogeochemical cycles of nutrients and pollutants

  11. Numerical Modelling Turbulent Flow Field Interaction Flow Sediment Vegetation Environmental Science and Engineering Layers of input data for a catchment model Large Wave Flume (GWK) Hydraulic Engineering and Water Resources

  12. Transportation Highway Engineering

  13. Railway Systems Engineering and Traffic Safety Transportation Railway operation and control Operational infrastructure Rail automation Safety targets

  14. Numerical Simulation Computational Engineering Concrete foundation in soil: Horizontal impact Noise barrier 3D Visualisation

  15. TUBS – R&D as Interdisciplinary Approach Computational Engineering Contributing Faculties Mathematics and Computer Sciences Architecture, Civil Engineering, and Environmental Sciences Mechanical Engineering Electrical Engineering, Information Technology, and Physics

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