• Summer term 2018: Complex Networks (lecture [1] and excercise lab [2])
• Winter term 2017/2018: Nonlinear Dynamics - Neuroscience (website in German only) [3]
• Summer term 2017: Nonlinear Dynamics/Epidemiology (website in German only) [4]
• Summer term 2015: Nonlinear Dynamcs and Epidemiology (webtsite in German only) [5]
• Winter term 2014/2015: Nonlinear Dynamics - Neuroscience (website in German only) [6]
• Summer term 2014: Theoretical Physics VI: Nonlinear Dynamics and Control (website in German only) [7]
• Winter term 2013/2014: Mechanics (website in German only) [8]
• Summer term 2011: Networks (with applications to neuroscience) [9]
• Winter term 2010/2011: Dynamics on Networks (website in German only)
  [10]
• Summer term 2010: Theoretical Physics VI: Nonlinear Dynamics and Control (website in German only) [11]

• Sommer term 2018: Empirical Networks: Dynamics and Evolution [12]
• Winter term 2017/2018: Complex Systems and Networks [13]
• Summer term 2017: Spreading processes on complex networks [14]
• Winter term 2016/2017: Control of complex systems and networks
  [15]
• Summer term 2016: Synchronization Patterns in Complex Networks [16]
• Winter term 2015/2016: Chimera States and Applications [17]
• Summer term 2015: Noise Effects in Complex Systems [18] (in cooperation with Saint-Petersburg State University, working group Fradkov, and supported by the G-RISC program [19])
• Winter term 2014/2015: Applications of Complex Networks [20] (in cooperation with Saint-Petersburg State University, working group Fradkov, and supported by the G-RISC program [21])
• Summer term 2014: The role of symmetries in dynamical networks [22] (in cooperation with Saint-Petersburg State University, working group Fradkov, and supported by the G-RISC program [23])
• Winter term 2013/2014: Control of network dynamics [24] (in cooperation with Saint-Petersburg State University, working group Fradkov, and supported by the G-RISC program [25])
• Summer term 2011: Kontrolle nichtlinearer stochastischer Systeme (Control of nonlinear stochastic systems) [26]
• Winter term 2010/2011: Komplexe Netzwerke und Anwendungen (Complex networks and applications) [27]
• Summer term 2010: Nichtlineare Dynamik mit Zeitverzögerung (Delay differential equations) [28]
• Winter term 2009/2010: Retardierte nichtlineare Dynamik (Delay differential equations) [29]
• Summer term 2009: Nichtlineare Dynamik von Netzwerken (Nonlinear dynamics of networks) [30]

• Eugene-Wigner-Colloquium
  [31](initiated and organized by the Research Training Group 1558 [32] and Collaborative Research Center 910 [33])
  Thursdays at 16:15 in EW 202
• Colloquium of the Physics Department [34] (TU Berlin)
  once a months (on a Thursday) at 17:15 in EW 202
• Talks at the Bernstein Center for Computational Neuroscience (BCCN)
  [35]1st and 3rd Wednesday of the months at 17:00 in the BCCN lecture hall
• Symposium [36] of the Collaborative Research Center 910 [37]
  monthly in H 3005 (TU Berlin)
  

• G-RISC (German-Russian Interdisciplinary Science Center [38]): Virtual presence in seminars and tools for e-teaching (2014)
• G-RISC (German-Russian Interdisciplinary Science Center [39]): E-teaching and remotely attended seminars (2013)
• G-RISC (German-Russian Interdisciplinary Science Center [40]): Implementation of tools for e-teaching (2010)
• Project Visualisation of Theoretical Physics [41] (2006-2009)
• RISE program 2008
  RISE program (Research Internships in Science and Engeneering) of German Academic Exchange Service (DAAD) 2008 for North American Undergraduates (USA and Kanada) [42] 
  Further informations: German Academic Exchange Service [43]

Dynamical Systems in Neuroscience [44]