Lehrveranstaltungen

Auf dieser Seite finden Sie Links zu einzelnen Lehrveranstaltungen der drei angebotenen Studiengänge.

Grundvorlesungen Informatik:

• Programmierung II [SS 2012]
• Nebenläufige Programmierung [SS 2012]
• Programmierung I [WS 2011/2012]
• Grundzüge von Datenstrukturen und Algorithmen [WS 2011/2012]
• Grundzüge der theoretischen Informatik [WS 2011/2012]
• Programmierung II [SS 2011]
• Nebenläufige Programmierung [SS 2011]
• Programmierung I [WS 2010/2011]
• Programmierung II [WS 2010/2011]
• Grundzüge von Datenstrukturen und Algorithmen [WS 2010/2011]
• Grundzüge der theoretischen Informatik [WS 2010/2011]
• Programmierung I [SS2010]
• Programmierung II [SS2010]
• Nebenläufige Programmierung [SS2010]
• Programmierung I [WS09/10]
• Grundzüge von Datenstrukturen und Algorithmen [WS09/10]
• Grundzüge der theoretischen Informatik [WS09/10]
• Programmierung II [SS09]
• Nebenläufige Programmierung [SS09]
• Theoretische Informatik [WS08/09]
• Grundzüge von Datenstrukturen und Algorithmen [WS08/09]
• Programmierung I [WS08/09]
• C++ [WS08/09]
• Programmierung II [SS08]
• Programmierung I [WS07/08]
• Grundzüge der theoretischen Informatik [WS07/08]
• Grundzüge von Datenstrukturen und Algorithmen [WS07/08]
• Programmierung II [SS07]
• Programmierung I [WS06/07]
• Programmierung II [SS05]

Stammvorlesungen Informatik:

• Introduction to Computational Logic [SS 2012]
• Optimization [SS 2012]
• Geometric Modelling [SS 2012]
• Artificial Intelligence [SS 2012]
• Software Engineering [SS 2012]
• Computer Graphics [WS 2011/2012]
• Image Processing and Computer Vision [WS 2011/2012]
• Algorithmen und  Datenstrukturen [WS 2011/2012]
• Information Retrieval and Data Mining [WS 2011/2012]
• Introduction to computational logic [SS 2011]
• Optimization [SS 2011]
• Database systems [SS 2011]
• Computer algebra [SS 2011]
• Data networks [SS 2011]
• Software engineering [WS 2010/2011]
• Image processing and computer vision [WS 2010/2011]
• Computer graphics [WS 2010/2011]
• Data networks [WS 2010/2011]
• Machine learning [WS 2010/2011]
• Introduction to computational logic [SS2010]
• Geometric modeling [SS2010]
• Optimization [SS2010]
• Artificial intelligence [SS2010]
• Automated reasoning [SS2010]
• Complexity theory [SS2010]
• Information retrieval and data mining [WS09/10]
• Database systems [WS09/10]
• Computer graphics [WS09/10]
• Algorithms and data structures [WS09/10]
• Machine learning [WS09/10]
• Image processing and computer vision [WS09/10]
• Introduction to computational logic [SS09]
• Software engineering [SS09]
• Optimization [SS09]
• Image processing and computer vision [WS08/09]
• Machine learning [WS08/09]
• Computer graphics [WS08/09]
• Algorithms and data structures [SS08]
• Artificial Intelligence [SS08]
• Optimization [SS08]
• Introduction to computational logic [SS08]
• Image Processing and Computer Vision [WS07/08]
• Algorithms and Data Structures [WS07/08]
• Computer Graphics [WS07/08]
• Information Retrieval and Data Mining [WS 07/08]
• Software Engineering [WS07/08]
• Datennetze [SS07]
• Introduction to Computational Logic [SS07]
• Optimierung [SS07]
• Algorithms and Data Structures [WS05/06]
• Computergraphik [WS05/06]
• Künstliche Intelligenz [WS06/07]
• Information Retrieval [WS05/06]
• Softwaretechnik [WS05/06]
• Datenbanksysteme [SS05]
• Optimierung [SS05]

Mathematik:

• Mathematik für Informatiker II [SS 2012]
• Analysis I [SS 2012]
• Praktische Mathematik [SS 2012]
• Mathematik für Informatiker I [WS 2011/2012]
• Mathematik für Informatiker III [WS 2011/2012]
• Analysis I [WS 2011/2012]
• Lineare Algebra I [WS 2011/2012]
• Mathematik für Informatiker II [SS 2011]
• Analysis I [SS 2011]
• Praktische Mathematik [SS 2011]
• Mathematik für Informatiker I [WS 2010/2011]
• Mathematik für Informatiker III [WS 2010/2011]
• Analysis I [WS 2010/2011]
• Lineare Algebra [WS 2010/2011]
• Mathematik für Informatiker II [SS2010]
• Analysis I [SS2010]
• Praktische Mathematik [SS2010]
• Mathematik für Informatiker I [WS09/10]
• Mathematik für Informatiker III [WS09/10]
• Analysis I
• Lineare Algebra I
• Mathematik für Informatiker II [SS09]
• Praktische Mathematik [SS09]
• Mathematik für Informatiker I [WS08/09]
• Mathematik für Informatiker III [WS08/09]
• Analysis I [WS08/09]
• Linare Algebra I [WS08/09]
• Mathematik für Informatiker II [SS08]
• Mathematik für Informatiker I [WS07/08]
• Mathematik für Informatiker III [WS07/08]
• Analysis I [WS07/08]
• Lineare Algebra I [WS07/08]
• Mathematik für Informatiker II [SS07]
• Analysis I [WS05/06]
• Lineare Algebra I [WS05/06]
• Mathematik für Informatiker III [WS06/07]
• Mathematik für Informatiker II [SS05]
• Wahrscheinlichkeitstheorie und Statistik [SS05]

Bioinformatik:

• Bioinformatik II [SS 2012]
• Computational Chemistry [SS 2012]
• Ringvorlesung "Einführung in die Bioinformatik" [WS 2011/2012]
• Bioinformatik I [WS 2011/2012]
• Bioinformatik III [WS 2011/2012]
• Bioinformatik II [SS 2011]
• Computational Chemistry [SS 2011]
• Ringvorlesung "Einführung in die Bioinformatik" [WS 2010/2011]
• Bioinformatik I [WS 2010/2011]
• Bioinformatik III [WS 2010/2011]
• Bioinformatik II [SS2010]
• Computational Chemistry I [SS2010]
• Softwarewerkzeuge der Bioinformatik [SS2010]
• Ringvorlesung Bioinformatik [WS09/10]
• Bioinformatik I [WS09/10]
• Bioinformatik III [WS09/10]
• Bioinformatik II [SS09]
• Computational Chemistry 1 [SS09]
• Softwarewerkzeuge der Bioinformatik [SS09]
• Ringvorlesung Bioinformatik [WS08/09]
• Bioinformatik I [WS08/09]
• Bioinformatik III [WS08/09]
• Computational Chemistry 1 [SS08]
• Bioinformatics II [SS08]
• Ringvorlesung: Einführung in die Bioinformatik [WS07/08]
• Bioinformatik I [WS07/08]
• Bioinformatik III [WS07/08]
• Bioinformatik II [SS07]
• Bioinformatik I [WS06/07]
• Bioinformatik III [WS06/07]
• Ringvorlesung: Einführung in die Bioinformatik [WS06/07]
• Softwarewerkzeuge der Bioinformatik [WS06/07]
• Computational Chemistry [SS05]

Biowissenschaften:

• Einführung in die Physikalische Chemie [SS 2012]
• Molekularbiologie [SS 2012]
• Molekulare Mikrobiologie [SS 2012]
• Molekulare Biotechnologie II [SS 2012]
• Advances in Drug Delivery [SS 2012]
• Das menschliche Genom [SS 2012]
• Systems and Synthetic Biology [SS 2012]
• Allgemeine Chemie [WS 2011/2012]
• Biochemie für Lehramtskandidaten und Bioinformatiker [WS 2011/2012]
• Biochemie [WS 2011/2012]
• Einführung in die physikalische Chemie [WS 2011/2012]
• Bipharmazie und Drug Delivery [WS 2011/2012]
• Biophysik[WS 2011/2012]
• Biotechnologie I [WS 2011/2012]
• Grundlagen der Genetik [WS 2011/2012]
• Medizinische Chemie und Drug Design [WS 2011/2012]
• Zellbiologie [WS 2011/2012]
• Bioreaction Engineering [WS 2011/2012]
• Bioanalytik [WS 2011/2012]
• Systems Toxicology [WS 2011/2012]
• Virology and Viral Immunology [WS 2011/2012]
• Einführung in die physikalische Chemie PC00 [SS 2011]
• Molekularbiologie [SS 2011]
• Molekulare Mikrobiologie [SS 2011]
• Molekulare Biotechnologie 2 [SS 2011]
• Advances in drug delivery [SS 2011]
• Das menschliche Genom [SS 2011]
• Systems and synthetic biology [SS 2011]
• Medizinische Biotechnologie [SS 2011]
• Mechanisms of epigenetic gene regulation [SS 2011]
• Allgemeine Chemie [WS 2010/2011]
• Biochemie für Lehramtskandidaten und Bioinformatiker [WS 2010/2011]
• Biochemie [WS 2010/2011]
• Einführung in die physikalische Chemie PC00 [WS 2010/2011]
• Biophysik [WS 2010/2011]
• Biotechnologie I [WS 2010/2011]
• Grundlagen der Genetik [WS 2010/2011]
• Medizinische Chemie und Drug Design [WS 2010/2011]
• Zellbiologie [WS 2010/2011]
• Cellular programs [WS 2010/2011]
• Bioreaktionstechnik [WS 2010/2011]
• Bioanalytik [WS 2010/2011]
• Biophysikalische Chemie [WS 2010/2011]
• Einführung in die physikalische Chemie [SS2010]
• Molekularbiologie [SS2010]
• Molekulare Mikrobiologie [SS 2010]
• Biophysik [SS2010]
• Molekulare Biotechnologie 2 [SS2010]
• Das menschliche Genom [SS2010]
• Medizinische Biotechnologie [SS2010]
• Mechanismen epigenetischer Genregulation [SS2010]
• Biochemical reaction engineering [SS2010]
• Virology and viral immunology [SS2010]
• Allgemeine Chemie [WS09/10]
• Organische Chemie und Biochemie [WS09/10]
• Biochemie [WS09/10]
• Einführung in die physikalische Chemie [WS09/10]
• Biopharmazie und drug delivery [WS09/10]
• Biophysik [WS09/10]
• Biotechnologie I [WS09/10]
• Grundlagen der Genetik [WS09/10]
• Medizinische Chemie und Drug Design [WS09/10]
• Zellbiologie [WS09/10]
• Functional genomics and metabolic engineering [WS09/10]
• Bioanalytik [WS09/10]
• Biophysikalische Chemie [WS09/10]
• Einführung in die physikalische Chemie [SS09]
• Molekularbiologie [SS09]
• Molekulare Mikrobiologie [SS09]
• Einführung in die Zellbiologie [SS09]
• Molekulare Biotechnologie 2 [SS09]
• Das menschliche Genom [SS09]
• Medizinische Biotechnologie [SS09]
• Biochemical Reaction engineering [SS09]
• Biological Sequence Analysis [SS09]
• Allgemeine Chemie [WS08/09]
• Organische Chemie und Biochemie [WS08/09]
• Einführung in die Physikalische Chemie (PCO0) [WS08/09]
• Biophysik [WS08/09]
• Biopharmazie und Drug Delivery [WS08/09]
• Einführung in die Biotechnologie [WS08/09]
• Grundlagen der Genetik [WS08/09]
• Medizinische Chemie und Drug Design [WS08/09]
• Functional genomics and metabolic engineering [WS08/09]
• Biophysikalische Chemie [WS08/09]
• Bioanalytik [WS08/09]
• Biological sequence analysis [SS08]
• Mechanismen epigenetischer Genregulation [SS08]
• Medizinische Biotechnologie [SS08]
• Das menschliche Genom [SS08]
• Molekulare Biotechnologie 2 [SS08]
• Einführung in die molekulare Zellbiologie [SS08]
• Molekulare Mikrobiologie [SS08]
• Molekularbiologie [SS08]
• Physikalische Chemie 0 [SS08]
• Allgemeine und anorg. Chemie [WS07/08]
• Biopharmazie und Drug Delivery [WS07/08]
• Biophysik [WS07/08]
• Einführung in die Biotechnologie [WS07/08]
• Grundlagen der Genetik [WS07/08]
• Medizinische Chemie und Drug Design [WS07/08]
• Functional Genomics and Metabolic Engineering [WS07/08]
• Bioanalytik [WS07/08]
• Biophysikalische Chemie [WS07/08]
• Physikalische Chemie [SS07]
• Physikalische Chemie [SS05]
• Biophysik
• Biochemie
• Grundlagen der Genetik
• Molekularbiologie
• Molekulare Mikrobiologie
• Biotechnologie [SS05]
• Patentrecht und Bioethik
• Medizinische Chemie und Drug Design
• Vorlesung Biopharmazie und Drug Delivery
• Metabolic Engineering
• Proteintechnik
• Das menschliche Genom [SS05]

Spezialvorlesungen:

• Statistical Learning I [SS 2012]
• Computational Systems Biology [SS 2012]
• Computational Biology of Transcriptional Gene Regulation [SS 2012]
• Modern methods in drug discovery [WS 2011/2012]
• Statistical learning II [WS 2011/2012]
• Discrete computational biology [WS 2011/2012]
• Next generation sequencing [WS 2011/2012]
• Statistical learning I [SS 2011]
• Acquisition, analysis and management of biological image data [SS 2011]
• Reconstruction and analysis of gene regulatory networks [SS 2011]
• Modern methods in drug discovery [WS 2010/2011]
• Docking [SS2010]
• Modelling and simulation [SS 2010]
• Modern methods in drug discovery [WS09/10]
• Statistical learning II [WS09/10]
• Phylogenies and viral evolution [WS09/10]
• Scientific computing in molecular modeling [SS09]
• Selected topics in the analysis of biological networks [SS09]
• The elements of statistical learning I [SS09]
• Membrane bioinformatics [SS09]
• Stochastic dynamics in systems biology [SS09]
• Modern methods in drug discovery [WS08/09]
• Modelling drug transport [WS08/09]
• Computational immunology [WS08/09]
• Structural bioinformatics [WS08/09]
• Parallel programming for bioinformatics [WS08/09]
• Statistical Learning II [SS08]
• Docking [SS08]
• Cell Simulations [SS08]
• Fighting cancer with bioinformatics [SS08]
• Analyzing biological networks [SS08]
• Biological networks: data bases and analysis methods [SS08]
• Modern Methods in Drug Discovery [WS07/08]
• Modelling Drug Transport with Bioinformatics Methods [WS07/08]
• Computational Immunology [WS07/08]
• Statistical Learning I [WS07/08]
• Computational Immunology [WS06/07]
• Modern Methods in Drug Discovery [WS06/07]
• Modelling drug transport with bioinformatics methods [WS05/06]
• The Elements of Statistical Learning I [WS06/07]
• The Elements of Statistical Learning II [SS05]
• Optimierung, Energielandschaften, Proteinfaltung [SS05]
• Zellsimulationen [SS05]
• Computer-Aided Drug Design [SS05]

Seminare:

• Proseminar Lenhof: Efficient Algorithms for RNA Molecules [SS 2012]
• Proseminar Lenhof: Bioinformatic Approaches for Cancer Research [SS 2012]
• Proseminar Pahle: Information Processing in Living Systems [SS 2012]
• Proseminar Geyer: Parallel Computing for Scientific Applications [SS 2012]
• Seminar Lenhof: Selected Topics in Molecular Docking [SS 2012]
• Seminar Lenhof: Modelling and Analyzing biological Networks [SS 2012]
• Seminar Pahle: Information Processing in Living Systems [SS 2012]
• Seminar Geyer: Parallel Computing for Scientific Applications [SS 2012]
• Proseminar Lenhof: Efficient algorithms for RNA molecules [WS 2011/2012]
• Proseminar Lenhof: Bioinformatic approaches for cancer research [WS 2011/2012]
• Proseminar Hutter: Current topics in molecular modelling [WS 2011/2012]
• Proseminar Baumbach: Gene regulatory networks [WS 2011/2012]
• Proseminar Baumbach: Clustering in bioinformatics [WS 2011/2012]
• Proseminar Wolf: Stochastic simulation techniques [WS 2011/2012]
• Seminar Lenhof: Modelling and analyzing biological networks [WS 2011/2012]
• Seminar Lenhof: Selected topics in molecular docking [WS 2011/2012]
• Seminar Hutter: Current topics in molecular modelling [WS 2011/2012]
• Seminar Baumbach: Gene regulatory networks [WS 2011/2012]
• Seminar Baumbach: Clustering in bioinformatics [WS 2011/2012]
• Seminar Wolf: Stochastic simulation techniques [WS 2011/2012]
• Proseminar Lenhof: Efficient algorithms for RNA molecules [SS 2011]
• Proseminar Lenhof: Bioinformatic approaches for cancer research [SS 2011]
• Proseminar Geyer: Parallel computing for scientific applications [SS 2011]
• Proseminar Albrecht: Computational systems medicine [SS 2011]
• Seminar Lenhof: Selected topics in molecular docking [SS 2011]
• Seminar Lenhof: Modelling and analyzing biological networks [SS 2011]
• Seminar Hutter: Reoccuring problems in molecular modelling [SS 2011]
• Seminar Geyer: Parallel computing for scientific applications [SS 2011]
• Seminar Albrecht: Computational systems medicine [SS 2011]
• Proseminar Lenhof: Efficient algorithms for RNA molecules [WS 2010/2011]
• Proseminar Lenhof: Bioinformatic approaches for cancer research [WS 2010/2011]
• Proseminar Helms: Statistical methods in bioinformatics [WS 2010/2011]
• Proseminar Baumbach: Reconstruction and analysis of gene regulatory networks [WS 2010/2011]
• Proseminar Baumbach: Clustering in bioinformatics [WS 2010/2011]
• Seminar Lenhof: Selected topics in molecular docking [WS 2010/2011]
• Seminar Lenhof: Modelling and analyzing biological networks [WS 2010/2011]
• Seminar Helms: Statistical methods in bioinformatics [WS 2010/2011]
• Seminar Baumbach: Reconstruction and analysis of gene regulatory networks [WS 2010/2011]
• Seminar Baumbach: Clustering in bioinformatics [WS 2010/2011]
• Seminar Bioinformatik Prof. Lengauer: Computational epigenetics [SS2010]
• Proseminar Bioinformatik Dr. Hutter: Modelling in drug development [SS2010]
• Seminar Bioinformatik Dr. Hutter: Modelling in drug development [SS2010]
• Proseminar/Seminar Dr. Alice McHardy: Computational genomics and metagenomics [SS2010]
• Proseminar Bioinformatik Prof. Lenhof: Efficient algorithms for RNA molecules [SS10]
• Seminar Bioinformatik Prof. Lenhof: Selected topics in molecular docking [SS10]
• Proseminar Bioinformatik Prof. Helms: Selected topics from membrane bioinformatics [WS09/10]
• Seminar Bioinformatik Prof. Helms: Selected topics from membrane bioinformatics [WS09/10]
• Proseminar Bioinformatik Prof. Lenhof: Efficient algorithms for RNA molecules [WS09/10]
• Proseminar Bioinformatik Prof. Lenhof: Approaches for cancer research [WS09/10]
• Seminar Bioinformatik Prof. Lenhof: Selected topics in molecular docking [WS09/10]
• Seminar Bioinformatik Prof. Lenhof: Modelling and analyzing biological networks [WS09/10]
• Proseminar Bioinformatik Prof. Lenhof: Efficient algorithms for RNA molecules [SS09]
• Proseminar Bioinformatik Prof. Lenhof: Approaches for cancer research [SS09]
• Seminar Bioinformatik Prof. Lenhof: Selected topics in molecular docking [SS09]
• Seminar Bioinformatik Prof. Lenhof: Modelling and analyzing biological networks [SS09]
• Seminar Bioinformatik Dr. Hutter: Selected topics in molecular modeling [SS09]
• Proseminar Bioinformatik Prof. Lenhof: Efficient algorithms for RNA molecules [WS08/09]
• Proseminar Bioinformatik Prof. Lenhof: Approaches for cancer research [WS08/09]
• ProSeminar Bioinformatik Prof. Helms: Parallel computing for scientific applications [WS08/09]
• ProSeminar Bioinformatik Dr. Böckmann: Free energy estimates of biomolecular systems [WS08/09]
• Seminar Bioinformatik Prof. Lenhof: Selected topics in molecular docking [WS08/09]
• Seminar Bioinformatik Prof. Lenhof: Modelling and analyzing biological networks [WS08/09]
• Seminar Bioinformatik Prof. Lenhof: Modelling and Analyzing Biological Networks [SS08]
• Proseminar Bioinformatik Prof. Lenhof: Efficient Algorithms for RNA Molecules [SS08]
• ProSeminar Bioinformatik Dr. Hutter: Molecular Modelling in Drug Design [SS08]
• ProSeminar Bioinformatik Prof. Helms: Current Topics in Bioinformatics [SS08]
• ProSeminar Bioinformatik Prof. Lenhof [WS07/08]
• ProSeminar Bioinformatik Prof. Helms [WS07/08]
• ProSeminar Bioinformatik [WS06/07]
• Seminar Bioinformatik [SS07]

Schlüsselqualifikationen:

• Wissenschaftliches Publizieren [SS 2012]
• Effizientes Lernen [WS2011/2012]
• Patentrecht und Bioethik [WS2011/2012]
• Projektmanagement [SS 2011]
• Effizientes Lernen [WS2010/2011]
• Wissenschaftliches Publizieren [WS2010/2011]
• Effizientes Lernen [WS09/10]
• Wissenschaftliches Publizieren [WS09/10]
• Projektmanagement [SS09]
• Effizientes Lernen [WS08/09]
• Patentrecht und Bioethik [WS08/09]
• Organisation wissenschaftlicher Forschung [SS08]
• Effizientes Lernen [WS07/08]
• Patentrecht und Bioethik [SS06]
• Projektmanagement [WS05/06]
• Effizientes Lernen [WS06/07]

Praktika:

• Softwarepraktikum [SS 2012]
• Softwarewerkzeuge der Bioinformatik [WS 2011/2012]
• Grundpraktikum Biowissenschaften [WS 2011/2012]
• Aufbaupraktikum Biowissenschaften [WS 2011/2012]
• Fopra Biowissenschaften: Advanced practical course in biotechnology "Antigen based diagnostics" [WS2011/2012]
• Softwarewerkzeuge der Bioinformatik [SS 2011]
• Grundpraktikum Biowissenschaften [WS2010/2011]
• Aufbaupraktikum Biowissenschaften [WS2010/2011]
• Fopra Biowissenschaften: Advanced practical course in biotechnology "Antigen based diagnostics" [WS2010/2011]
• Advanced practical course in biotechnology "Antigen based diagnostics" [SS10]
• Grundpraktikum Biowissenschaften [WS09/10]
• Aufbaupraktikum Biowissenschaften [WS09/10]
• C/C++ Programmierung [WS09/10]
• Advanced practical course in biotechnology "Antigen based diagnostics" [WS09/10]
• Advanced practical course in biotechnology "Antigen based diagnostics" [SS09]
• Grundpraktikum Biowissenschaften [WS08/09]
• Aufbaupraktikum Biowissenschaften [WS08/09]
• Grundpraktikum Biowissenschaften [WS07/08]
• Aufbaupraktikum Biowissenschaften [WS07/08]
• Softwarewerkzeuge der Biowissenschaften [WS07/08]
• Softwarepraktikum [SS05]
• Grundpraktikum Biowissenschaften
• Aufbaupraktikum Biowissenschaften
• Fortgeschrittenen Praktikum Bioinformatik (Fopra)
• Fortgeschrittenen Praktikum Biotechnologie