Teaching

Current

  • 2017 FY529 Fundamentals of physics. Responsible for Laboratory exercises. (2ECTS, 1st year)
  • 2017 KE523: Physical chemistry (10ECTS, 2nd year with M. Pedersen)
  • 2017 FY508 Condensed matter. Teaching physics of soft-materials. (10ECTS, 3rd year, with S. Tougaard)

Past

  • 2017: FY820 Computational statistical mechanics. (5 ECTS, candidate, with P. Sibani)
  • 2016: FY508 Condensed matter. Teaching physics of soft-materials. (10ECTS, 3rd year, with S. Tougaard)
  • 2016: FY529 Fundamentals of physics. Responsible for Laboratory exercises. (2ECTS, 1st year)
  • 2015: FF502 Fundamentals of physics. Responsible for Laboratory exercises. (2ECTS, 1st year)
  • 2014: FF502 Fundamentals of physics. Responsible for Laboratory exercises. (2ECTS, 1st year)
  • 2012 Instructor of Thermodynamics I (SDU, 5 ETCS undergraduate)
  • 2012 Contributed a lecture “Coarse-graining and mesoscopic Molecular Dynamics” to the "Assembling minimal living systems” course (SDU/KE 819, 5 ECTS graduate level)
  • 2009: B31 ''Physical Chemistry of Soft-Matter''. (AU, 10 ECTS elective master course)
  • 2008: B31 ''Physical Chemistry of Soft-Matter''. (AU, 10 ECTS elective master course)
  • 2007: B31 ''Physical Chemistry of Soft-Matter''. (AU, 10 ECTS elective master course)
  • 2006: B31 ''Physical Chemistry of Soft-Matter''. (AU, 10 ECTS elective master course)
  • 2007. Active in the ''Scattering study group' teaching fundamental aspects of radiation-matter interactions and Fourier transform theory.
  • 2006. Instructor "From atoms and molecules to materials" (AU/K10 5 ECTS undergraduate).
  • 2006 Co-organiser of "Simulating polymers" tutorial at Cecam, Lyon, France.
  • 2005 Co-organiser of "From colloids to polymers" tutorial at Cecam, Lyon, France.

Contributed lectures:

  • 2014 Contributed lecture “Coarse-graining and mesoscopic molecular dynamics (DPD)” to the “Biomolecular simulations” course (SDU KE824, 5 ECTS graduate level course)
  • 2013 Contributed a lecture “Coarse-graining and mesoscopic molecular dynamics (DPD)” to the “Biomolecular simulations” course (SDU, 5 ECTS graduate level course)