Module details

M1107-CMS24  Computational Life Science Advanced

Module Owner: N.N.
Displayed in timetable as: CMS-CLS-ELV
Duration: 3
Number of electives: 0
Credits: 10,0
Start Semester: WiSe 2019/20
Lecturer Responsible Prof. Dr. Ivo Sbalzarini
ivo.sbalzarini@tu-dresden.de
Qualification Goals After completing the module, students will have in-depth skills in the application of computer-aided modelling and simulation in life sciences, extended to complex spatio-temporal systems. They have in-depth knowledge of the application domain and are able to study mixed models using self-implemented simulation methods, model complex systems independently and test and validate the models. Students are familiar with the application domain to the extent that they can hold solution-oriented project discussions with partners from the engineering sciences.
Content The contents of the module are optional, depending on the student's focus: biomechanics, particle methods, mathematical and computational biology, cognitive neurology, advanced biophysics, advanced machine learning, complex biological networks, multiphase simulation, advanced genomics, biological hydrodynamics.
Forms of Teaching and Learning The module includes lectures, exercises, seminars, tutorials, internships and project work to the extent of 8 SWS and self-study. The courses are to be selected from the CMS-CLS-ELV catalogue to the specified extent; this will be announced as usual at the Faculty of Computer Science, at the beginning of each semester, including the language of the course, the necessary examination performances and the weighting of the grades.
Applicability The module is a compulsory module for students of Computational Life Science in the Computational Modelling and Simulation Master's program.
Prerequisites for the Assignment of Credit Points The credit points are awarded if the module examination is passed. The module examination consists of the examinations specified in the CMS-CLS-ELV catalogue.
Credit Points and Grades The module allows one to earn 10 credit points. The module grade results from the average of the grades of the examination performances, weighted according to the catalogue CMS-CLS-ELV.
Frequency of Offer The module is offered each winter semester.
Workload The workload is a total of 300 hours.
Duration of Module The module takes one semester.
Module Number Module Handbook TU Dresden CMS-CLS-ELV

Registration periods

Phase Block Register from | to End cancellation
Ohne Auswahlverfahren Vorlesungszeit 08.09.2019 00:00 | 30.01.2020 00:00 02.02.2020 00:00

Courses
Number Name Semester  
DK1100-MA001X Dummykurs CMS 1 SWS  
DK1100-MA002X Dummykurs CMS 2 SWS  
DK1100-MA003X Dummykurs CMS 3 SWS  
DK1100-MA004X Dummykurs CMS 4 SWS  
DK1100-MA004 SCPROG Scientific Programming - Advanced Aspects WiSe 2019/20
DK1100-MA004X Dummykurs CMS 4 SWS WiSe 2020/21
K0108-40543xV Numerik partieller Differentialgleichungen (V) 1  
K0108-40543xV Numerical Mathematics of Partial Differential Equations (L) WiSe 2019/20
K0108-40543xV Numerical Mathematics of Partial Differential Equations (L) WiSe 2020/21
K0108-40543xÜ Numerik partieller Differentialgleichungen (Ü) 1  
K0108-40543xÜ Numerical Mathematics of Partial Differential Equations (E) WiSe 2019/20
K0108-40543xÜ Numerical Mathematics of Partial Differential Equations (E) WiSe 2020/21
K0401-41CAN1V Cognitive Neuroscience (V) 1  
K0401-4CAN1xV Cognitive Neuroscience (V) WiSe 2019/20
K0401-4CAN1xV Cognitive Neuroscience (V) WiSe 2020/21
K0403-41CAN3V Lifespan Developmental Neuroscience (V) 1  
K0404-4CAN3xV Lifespan Developmental Neuroscience (V) WiSe 2019/20
K0404-4CAN3xV Lifespan Developmental Neuroscience (V) WiSe 2020/21
K1102-MA0002V High Performance Computing (L) 1  
K1102-MA0002V Parallel Programming and High-Performance Computing (L) WiSe 2019/20
K1102-MA0002Ü High Performance Computing (E) 1  
K1102-MA0002Ü Parallel Programming and High-Performance Computing (E) WiSe 2019/20
K1102-ZIH001V Introduction to Mathematical Biology 1 (V) 1  
K1102-ZIH001Ü Introduction to Mathematical Biology 1 (Ü) 1  
K1102-ZIH002V Introduction to Mathematical Biology 2 (V) 1  
K1102-ZIH002V Introduction to Mathematical Biology 2 (L) WiSe 2019/20
K1102-ZIH002Ü Introduction to Mathematical Biology 2 (Ü) 1  
K1102-ZIH002Ü Introduction to Mathematical Biology 2 (E) WiSe 2019/20
K1104-CMS03V Data Visualization (L) 1  
K1104-CMS03V Data Visualization (L) WiSe 2019/20
K1104-CMS03Ü Data Visualization (E) 1  
K1104-CMS03Ü Data Visualization (E) WiSe 2019/20
K1104-MA0024V User Interface Engineering (V) 1  
K1104-MA0024V User Interface Engineering (L) WiSe 2019/20
K1104-MA0024Ü User Interface Engineering (Ü) 1  
K1104-MA0024Ü User Interface Engineering (E) WiSe 2019/20
K1104-MA0025V Computer Graphics 1 (L) 1  
K1104-MA0025Ü Computer Graphics 1 (E) 1  
K1104-MA0034V Interactive Multimedia Information Retrieval (L) 1  
K1104-MA0034V Interactive Multimedia Information Retrieval (L) WiSe 2019/20
K1104-MA0034Ü Interactive Multimedia Information Retrieval (E) 1  
K1104-MA0034Ü Interactive Multimedia Information Retrieval (E) WiSe 2019/20
K1104-MA0045V Computer Graphics 3 (L) 1  
K1104-MA0045Ü Computer Graphics 3 (E) 1  
K1107-MA0002T Stochastic Modeling and Simulation (T) 1  
K1107-MA0002T Stochastic Modeling and Simulation (T) WiSe 2019/20
K1107-MA0002V Stochastic Modeling and Simulation (L) 1  
K1107-MA0002V Stochastic Modeling and Simulation (L) WiSe 2019/20
K1107-MA0002Ü Stochastic Modeling and Simulation (E) 1  
K1107-MA0002Ü Stochastic Modeling and Simulation (E) WiSe 2019/20
K1107-MA0062V Machine Learning 2 (V) 1  
K1107-MA0062Ü Machine Learning 2 (Ü) 1  
K1112-5MB15bV Principles of Biophysics (V) 1  
K1112-5MB15bÜ Principles of Biophysics (Ü) 1  
K1112-5NB23bV Biological Hydrodynamics (V) 1  
K1112-5NB23bÜ Biological Hydrodynamics (Ü) 1  
K1302-EX3040V Computational Fluid Dynamics (L) 1  
K1302-EX3040V Computational Fluid Dynamics (L) WiSe 2019/20
K1302-EX3040Ü Computational Fluid Dynamics (E) 1  
K1302-EX3040Ü Computational Fluid Dynamics (E) WiSe 2019/20
K1314-EX0201V Molecular Electronics (V) 1  
K1314-EX0201Ü Molecular Electronics (Ü) 1  
K1314-EX3006P Concepts of Molecular Modelling (P) 1  
K1314-EX3006P Concepts of Molecular Modelling (P) WiSe 2019/20
K1314-EX3006V Concepts of Molecular Modelling (L) 1  
K1314-EX3006V Concepts of Molecular Modelling (V) WiSe 2019/20
K1314-EX3006Ü Concepts of Molecular Modelling (E) 1  
K1314-EX3006Ü Concepts of Molecular Modelling (Ü) WiSe 2019/20
K9601-110713V Computer- and Robot-assisted Surgery (E) 1  
K9601-110713V Computer- and Robot-assisted Surgery (E) WiSe 2019/20
K9601-110713V Computer- and Robot-assisted Surgery (E) WiSe 2020/21
K9601-110713Ü Computer- and Robot-assisted Surgery (E) 1  
K9601-110713Ü Computer- and Robot-assisted Surgery (E) WiSe 2019/20
K9601-110713Ü Computer- and Robot-assisted Surgery (E) WiSe 2020/21
K9603-11073V Computational Cell Biology (V) 1  
K9603-11073V Computational Cell Biology (V) WiSe 2019/20
K9603-11073V Computational Cell Biology (V) WiSe 2020/21
K9603-11073Ü Computational Cell Biology (Ü) 1  
K9603-11073Ü Computational Cell Biology (Ü) WiSe 2019/20
K9603-11073Ü Computational Cell Biology (Ü) WiSe 2020/21

Passing rules
Context Name Description
Global * For information on the module examination please see module description
Global * For information on the module examination please see module description

Requirements
Course / Final module requirements Requirements Compulsory pass Weighting
DK1100-MA001X Dummykurs CMS 1 SWS Assessment No 1
DK1100-MA002X Dummykurs CMS 2 SWS Assessment No 2
DK1100-MA003X Dummykurs CMS 3 SWS Assessment No 3
DK1100-MA004X Dummykurs CMS 4 SWS Assessment No 4
K0108-40543xÜ Numerical Mathematics of Partial Differential Equations (E) Oral Assessment Numerics of Partial Differential Equations I No 4
K0401-41CAN1V Cognitive Neuroscience (L) Written Examination Cognitive Neuroscience No 2
K0403-41CAN3V Lifespan Developmental Neuroscience (L) Written Examination Lifespan Developmental Neuroscience No 2
K1102-MA0002V High Performance Computing (L) Written Examination/Oral Assessment Parallel Programming and High-Performance Computing No 4
K1102-ZIH001V Introduction to Mathematical Biology 1 (L) Oral Assessment Introduction to Mathematical Biology 1 No 3
K1102-ZIH002V Introduction to Mathematical Biology 2 (L) Oral Assessment Introduction to Mathematical Biology 2 No 3
K1104-CMS03V Data Visualization (L) Written Examination/Oral Assessment Data Visualization No 4
K1104-MA0024V User Interface Engineering (L) Written Examination/Oral Assessment User Interface Engineering No 4
K1104-MA0025V Computer Graphics 1 (L) Written Examination/Oral Assessment Computer Graphics 1 No 4
K1104-MA0034V Interactive Multimedia Information Retrieval (L) Oral Assessment Interactive Multimedia Information Retrieval No 4
K1104-MA0045V Computer Graphics 3 (L) Written Examination/Oral Assessment Computer Graphics 3 No 4
K1107-MA0002V Stochastic Modeling and Simulation (L) Written Examination/Oral Assessment Stochastic Modeling and Simulation No 4
K1107-MA0062V Machine Learning 2 (L) Written Examination/Oral Assessment Machine Learning 2 No 4
K1112-5MB15bV Principles of Biophysics (L) Written Examination Principles of Biophysics No 4
K1112-5NB23bV Biological Hydrodynamics (L) Oral Assessment Biological Hydrodynamics No 3
K1302-EX3040V Computational Fluid Dynamics (L) Written Examination/Oral Assessment Computational Fluid Dynamics No 4
K1314-EX0201V Molecular Electronics (L) Written Examination/Oral Assessment Molecular Electronics No 4
K1314-EX3006V Concepts of Molecular Modelling (V) Written Examination Concepts of Molecular Modelling No 6
K9601-110713V Computer- and Robot-assisted Surgery (E) Oral Assessment Computer- and Robot-Assisted Surgery No 4
K9603-11073V Computational Cell Biology (V) Oral Presentation Computational Cell Biology No 4

Caption
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For this final module requirement, several combinations of requirements do exist. The passing rules (see above) specify, whether you have to complete one or several requirement combinations.