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This course is part of the BCGS/ML4Q curriculum and qualifies as course on good scientific practice according to the PhD regulations of the Faculty of Mathematics and Natural Sciences in Cologne as of March 2020. The course comprised both theoretical elements (among others, definition of good scientific practice, types of scientific misconduct, official regulations) as well as practical training (case studies). Register via: gsp-courses-physics@uni-koeln.de To register, please also give the starting date of your PhD and the date you appointed your TAC.

In this advanced course detailed experiments in evolution, genetics, cellular decision making, and gene expression will be conducted. The course consists of both "wet" lab experiments and computer simulations on the same topics. Similarly, lectures on the biological background will be presented both from the experimental and the theoretical perspectives. At the end of the course, participants will present their work. Participants of this course get hands-on experience with state-of-the-art experimental and computational techniques in biological physics. Contents of the course: Conducting evolution experiments, evolution of drug resistance Modelling population genetics and evolution Statistical analysis of experiments Teaching methods: Wet lab, computer simulations, lectures, seminar Please register via KLIPS2.0 (Cologne students) or via email to Johannes Berg (Bonn students).