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Teaching

We care about future generations of scientists and are convinced that they should receive the best possible training. For providing students with a profound theoretical framework that should enable them to tackle challenges situated at the interface of inorganic and bioorganic systems, the biointerface PIs propose a number of courses at TU Wien. These courses are listed below by PI in alphabetical order. Please feel free to check the corresponding TISS pages for further information.   

 

Eva SEVCSIK: 

  • Practical course to microscopy on biomolecules; PR; 2.0; 2 ECTS

 

Ille C. GEBESHUBER:

  • Interactions with surfaces; PA; 8.0; 10 ECTS

 

Christian HELLMICH:

  • Computational Biomaterials and Biomechanics (with Pahr); VU; 2.0; 3 ECTS
  • Mathematical Systems Biology (with Scheiner); VO; 1.0; 1.5 ECTS
  • Multiscale Material Modelling; VO; 2.0; 3 ECTS
  • Multiscale Material Modelling (with Pastrama); UE; 2.0; 2 ECTS

  

Gerhard KAHL:

  • Phasenübergänge und kritische Phänomene; SV; 2.0; 3 ECTS
  • Physik der Weichen Materie; SV; 2.0; 3 ECTS
  • Thermodynamik (planned); SV; 2.0; 3 ECTS

 

Robert LISKA:

  • Kunststoffverbundsysteme und Lacktechnologie; VO; 1.0; 1.5 ECTS
  • Polymerwerkstoffe; VO; 2.0; 3 ECTS
  • Synthese organischer Materialien; VO; 2.0; 3 ECTS

 

Martina MARCHETTI‐DESCHMANN

  • Organische Massenspektroskopie; VO; 1.3; 2 ECTS
  • Glykomik, Lipidomik und Metabolomik; VO; 1.3; 2 ECTS

 

Stijn F. L. MERTENS

  • Electrochemical Surface Science (with U. Diebold); VO; 2.0; 3 ECTS 73

 

Marko D. MIHOVILOVIC

  • Modern Methods in Organic Synthesis (with P. Gärtner & K. Schröder); VO; 2.0; 3 ECTS
  • Medicinal Chemistry; VO; 2.0; 3 ECTS
  • Bioorganic Chemistry; VO; 2.0; 3 ECTS

 

Aleksandr OVSIANIKOV 

  • Spezialkunststoffe; VO; 2.0, 3 ECTS
  • Ingenieurwerkstoffe; VO; 1.5, 2 ECTS

 

Heinz REDL

  • Introduction to Biomaterials and Tissue Engineering; VO; 2.0, 3 ECTS

 

Gerhard J. SCHÜTZ

  • Microscopy on biomolecules; VO; 2.0; 3 ECTS
  • Seminar on single molecule microscopy; SE; 2.0; 2 ECTS
  • Molecular cell biology; VO; 2.0; 3 ECTS
  • Biomembranes; VO; 1.0; 1.5 ECTS
  • Molecular biophysics; VO; 2.0; 3 ECTS

 

Philipp J. THURNER: 

  • Biomedical engineering: an introduction; VO; 2.0; 3 ECTS
  • Introduction to biomechanics; VU; 2.0; 3 ECTS
  • Tissue biomechanics; SE; 2.0; 3 ECTS
  • Tissue biomechanics; VO; 2.0; 3 ECTS

 

Miriam M. UNTERLASS:

  • Chemistry of nanomaterials; VO; 2.0; 3 ECTS
  • Chemistry and technology of materials; SE; 2.0; 2 ECTS
  • Inorganic materials chemistry; VO; 3.0; 4.5 ECTS
  • Synthesis of inorganic materials; VO; 2.0; 3 ECTS
  • Spezielle Synthesemethoden für Polymere; VO; 2.0; 3 ECTS