Teaching
Summer 2020
- BIQ 940 Mathematical Modeling of Biological Systems (Heinrich Heine University Düsseldorf, B.Sc. Quantitative Biology, syllabus)
Winter 2019
- Computational Systems Biology (Heinrich Heine University Düsseldorf, Department of Computer Science)
Summer 2019
- BIQ 950 Bioinformatics II (Part 2) (Heinrich Heine University Düsseldorf, B.Sc. Quantitative Biology, syllabus)
Winter 2018
- Computational Systems Biology (Heinrich Heine University Düsseldorf, Department of Computer Science, syllabus)
Spring 2018
- BIO 304 Biological Function and Structure & BIO 532 Structural Biology (syllabus)
Fall 2017
- ENS 210 Computational Biology (syllabus, EVALUATION)
- BIO 466/NS 566 Biophysics: Molecules and Systems (syllabus, EVALUATION)
Fall 2016 – Spring 2017
Sabbatical leave
Spring 2016
- ENS 222 Biological Circuits and Molecular Machines (syllabus)
- BIO 304 Biological Function and Structure & BIO 532 Structural Biology (syllabus)
Fall 2015
- PROJ 102 Project Course (offered project: Modeling and simulation of drug molecules)
- BIO 466/NS 566 Biophysics: Molecules and Systems (syllabus, EVALUATION)
Spring 2015
- ENS 222 Biological Circuits and Molecular Machines (syllabus, EVALUATION)
- BIO 304 Biological Function and Structure (syllabus)
Fall 2014
- PROJ 102 Project Course (offered project: Modeling and simulation of drug molecules)
- BIO 466/NS 566 Biophysics: Molecules and Systems (syllabus, EVALUATION)
- PHYS 48M Selected Topics in Physics: Biophysics (Bogazici University Department of Physics)
Spring 2014
- BIO 304 Biological Function and Structure (syllabus)
- PHYS 48M Selected Topics in Physics: Biophysics (Bogazici University Department of Physics, syllabus)
- BIO 511 Advanced Bioinformatics (syllabus)
Fall 2013
- PROJ 102 Project Course (offered project: Modeling and simulation of spin-labeled molecules)
- ENS 210 Computational Biology (syllabus)
Spring 2013
- PROJ 102 Project Course (project offered: Modeling and simulation of molecules)
- BIO 304 Biological Function and Structure
Fall 2012
Spring 2012
- BIO 304 Biological Function and Structure (syllabus)
- ENS 526 Mathematical Methods for Scientists and Engineers II (syllabus)
Fall 2011
- ENS 525 Mathematical Methods for Scientists and Engineers I (syllabus)
- BIO 532 Structural Biology (syllabus)
Spring 2011
- BIO 304 Biological Function and Structure (syllabus, EVALUATION)
- BIO 466/NS 566 Biophysics: Molecules and Systems (syllabus)
Fall 2010
- ENS 525 Mathematical Methods for Scientists and Engineers I (syllabus)
- BIO 532 Structural Biology (syllabus)
(BIO: Biological Sciences and Bioengineering; ENS: Engineering Sciences; NS: Natural Sciences; PHYS: Physics)