Modules (Master)

Modules (Master)

May 22, 2023 2024-04-08 13:35

Module Manual

Here you will find a tabular overview of all modules in the different categories, how many credit points the modules give and how many credit points are needed per category. Furthermore, we have compiled the detailed descriptions and further information for the respective modules in a single PDF.

Module Overview, Study Reg. 2016 (PDF)

Cores Lectures Computer Science

Data Stuctures and Algorithms

9 Credit Points

Computer Graphics

9 Credit Points

Database Systems

9 Credit Points

Information Retrieval

9 Credit Points

Artificial Intelligence

9 Credit Points

Optimization

9 Credit Points

Geometric Modelling

9 Credit Points

Introduction to Computational Logic

9 Credit Points

Image Processing and Computer Vision

9 Credit Points

Software Engineering

9 Credit Points

Machine Learning

9 Credit Points

Semester Overview

SS 2024

SS 2023

WS 2022/23

SS 2022

WS 2021/22

SS 2021

WS 2020/21

SS 2020

WS 2019/20

SS 2019

WS 2018/2019

Machine Learning [WS 2018/2019]
Computer Graphics [WS 2018/2019]
Database Systems [WS 2018/2019]
Algorithms and Data Structures [WS 2018/2019]
Human Computer Interaction [WS 2018/2019]

SS 2018

WS 2017/18

SS 2017

Optimization [SS 2017]
Geometric Modeling [SS 2017]

WS 2016/17

SS 2016

Artificial Intelligence [SS 2016]
Introduction to Computational Logic [SS 2016]
Optimization [SS 2016]
Geometric Modelling [SS 2016]
Image Processing and Computer Vision [SS 2016]
Security [SS 2016]

WS 2015/16

SS 2015

WS 2014/15

Computer Graphics [WS 2014/2015]
Database Systems [WS 2014/2015]
Algorithms and Data Structures [WS 2014/2015]
Machine Learning [WS 2014/2015]

SS 2014

WS 2013/14

SS 2013

WS 2012/13

Computer Graphics [WS 2012/2013]
Machine Learning [WS 2012/2013]
Database Systems [WS 2012/2013]
Image Processing and Computer Vision [WS 2012/2013]
Algorithms and Data Structures [WS 2012/2013]

SS 2012

Introduction to Computational Logic [SS 2012]
Optimization [SS 2012]
Geometric Modelling [SS 2012]
Artificial Intelligence [SS 2012]
Software Engineering [SS 2012]

WS 2011/12

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]

Advanced Lectures Life Sciences

Molecular Biotechnology

3 Credit Points

The Human Genome

3 Credit Points

Systems and Synthetic Biotechnology

3 Credit Points

Bio-Reaction Engineering

6 Credit Points

Cellular Programs

5 Credit Points

Advances in Drug Delivery

3 Credit Points

NanoBiomaterials 1

3 Credit Points

NanoBiomaterials 2

3 Credit Points

Medical Biotechnology

3 Credit Points

Introduction in the Principles of Epigenetics and Epigenomics

3 Credit Points

Medicinal Chemistry & Drug Design for Bioinformaticians

5 Credit Points

Special-topic Lecture Bioisciences

5 Credit Points

Semester Overview

SS 2024

SS 2023

WS 2022/23

SS 2022

WS 2021/22

Medizinische Chemie und Drug Design [WS 2021/22]
Bioreaktionstechnik [WS 2021/22]
Introduction in the Principles of Epigenetics [WS 2021/22]
NanoBioMaterialien 1 [WS 2021/22]

SS 2021

WS 2020/21

SS 2020

Advances in Drug Delivery [SS 2020]
Molekulare Biotechnologie 2 [SS 2020]
Das menschliche Genom [SS 2020]
Medizinische Biotechnologie [SS 2020]
Nanopartikel und Drug Delivery [SS 2020]
NanoBiomaterialien 2 [SS 2020]
Systems and Synthetic Biotechnology [SS 2020]

WS 2019/20

SS 2019

Cellular Programs [SS 2019]
Advances in Drug Delivery [SS 2019]
Molekulare Biotechnologie 2 [SS 2019]
Das menschliche Genom [SS 2019]
Medizinische Biotechnologie [SS 2019]
Nanopartikel und Drug Delivery [SS 2019]
NanoBiomaterialien 2 [SS 2019]
Systems and Synthetic Biotechnology [SS 2019]

WS 2018/2019

Medizinische Chemie und Drug Design [2018/2019]
Bioreaktionstechnik [WS 2018/2019]
Introduction in the Principles of Epigenetics and Epigenomics [WS 2018/2019]
Nanopartikel und Drug Delivery – Moderne Arzneiformen und Biomedizinische Anwendungen [WS 2018/2019]
NanoBioMaterialien 1[WS 2018/2019]

SS 2018

WS 2017/18

SS 2017

Advances in Drug Delivery [SS 2017]
Molekulare Biotechnologie 2 [SS 2017]
Das menschliche Genom [SS 2017]
Medizinische Biotechnologie [SS 2017]
NanoBiomaterialien [SS 2017]
Systems and Synthetic Biology [SS 2017]

WS 2016/17

Bioreaktionstechnik [WS 2016/2017]
Medizinische Chemie und Drug Design [WS 2016/2017]
Introduction in the Principles of Epigenetics [WS 2016/2017]
Bioanalytik [WS 2016/2017]
NanoBiomaterialien [WS 2016/2017]

SS 2016

Advances in Drug Delivery [SS 2016]
Molekulare Biotechnologie 2 [SS 2016]
Das menschliche Genom [SS 2016]
Medizinische Biotechnologie [SS 2016]
NanoBiomaterialien 2 [SS 2016]
Systems and Synthetic Biotechnology [SS 2016]

WS 2015/16

SS 2015

Advances in Drug Delivery [SS 2015]
Molekulare Biotechnologie 2 [SS 2015]
Das menschliche Genom [SS 2015]
Medizinische Biotechnologie [SS 2015]
NanoBiomaterialien 2 [SS 2015]
Systems and Synthetic Biology [SS 2015]

WS 2014/15

Medizinische Chemie und Drug Design [WS 2014/2015]
Bioreaktionstechnik [WS 2014/2015]
Bioanalytik [WS 2014/2015]
Principles of Epigenetics and Epigenomics [WS 2014/2015]
Systems Toxicology [WS 2014/2015]
NanoBioMaterialien 1 [WS 2014/2015]

SS 2014

Advances in Drug Delivery [SS 2014]
Molekulare Biotechnologie 2 [SS 2014]
Das menschliche Genom [SS 2014]
Medizinische Biotechnologie [SS 2014]
NanoBiomaterialien 2 [SS 2014]
Virology and Viral Immunology [SS 2014]
Systems and Synthetic Biology [SS 2014]

WS 2013/14

Medizinische Chemie und Drug Design [WS 2013/2014]
Bioreaction Engineering [WS 2013/2014]
Bioanalytik [WS 2013/2014]
Systems Toxicology [WS 2013/2014]
Introduction in the Principles of Epigenetics [WS 2013/2014]
NanoBioMaterialien 1 [WS 2013/2014]

SS 2013

WS 2012/13

SS 2012

WS 2011/12

Medizinische Chemie und Drug Design [WS 2011/2012]
Bioreaction Engineering [WS 2011/2012]
Bioanalytik [WS 2011/2012]
Systems Toxicology [WS 2011/2012]
Virology and Viral Immunology [WS 2011/2012]

Advanced Lectures Bioinformatics

Bioinformatics 3

9 Credit Points

Special-Topic Lectures

Algorithms and Applications for MicroRNA Research

6 Credit Points

Algorithms for Sequence Analysis

9 Credit Points

Alignment-Free Sequence Analysis with Python

5 Credit Points

Computational Methods for Epignome Analysis

5 Credit Points

Elements of Machine Learning

9 Credit Points

Modern Methods of Drug Delivery

5 Credit Points

Processing of Biological Data

9 Credit Points

Single-Cell Bioinformatics

9 Credit Points

Structural Bioinformatics

5 Credit Points

Semester Overview

SS 2024

SS 2023

WS 2022/23

SS 2022

WS 2021/22

SS 2021

WS 2020/21

SS 2020

Algorithms for Sequence Analysis [SS 2020]
Processing of Biological Data [SS 2020]
Algorithms and Applications for MicroRNA Research [SS 2020]

WS 2019/20

SS 2019

WS 2018/2019

Processing of Biological Data [WS 2018/2019]
Structural Bioinformatics [WS 2018/2019]
Statistical Learning [WS 2018/2019]

SS 2018

WS 2017/18

SS 2017

Processing of Biological Data [SS 2017]
Algorithms for Sequence Analysis [SS 2017]
Algorithms and Applications for MicroRNA Research [SS 2017]

WS 2016/17

SS 2016

Statistical Learning in Computational Biology [SS 2016]
Algorithms for Sequence Analysis [SS 2016]
Algorithms and Applications for MicroRNA Research [SS 2016]

WS 2015/16

SS 2015

WS 2014/15

SS 2014

Algorithms and Applications in NGS [SS 2014]
Mathematics of Cellular Networks [SS 2014]
Algorithms for Sequence Analysis [SS 2014]

WS 2013/14

Bioinformatik III [WS 2013/2014]
Modern Methods in Drug Discovery [WS 2013/2014]
Statistical Learning II [WS 2013/2014]
Bioinformatics for Next Generation Sequencing [WS 2013/2014]
Discrete Computational Biology [WS 2013/2014]
Structural Bioinformatics [WS 2013/2014]
Stochastic Dynamics in Systems Biology [WS 2013/2014]

SS 2013

WS 2012/13

SS 2012

Statistical Learning I [SS 2012]
Computational Systems Biology [SS 2012]
Computational Biology of Transcriptional Gene Regulation [SS 2012]

WS 2011/12

Practical Skills Classes (in German)

Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht

1 Credit Points

Unternehmensgründung und Patentwesen in den Naturwissenschaften

3 Credit Points

Projektmanagement

1 Credit Points

Bioethik

2 Credit Points

Wissenschaftliches Publizieren

1 Credit Points

Semester Overview

SS 2024

Wissenschaftliches Publizieren [SS 2024]

SS 2023

Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht [SS 2023]

WS 2022/23

SS 2022

Wissenschaftliches Publizieren [SS 2022]

WS 2021/22

Effizientes Lernen [WS 2021/22]

SS 2021

Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht [SS 2021]

WS 2020/21

SS 2020

Wissenschaftliches Publizieren [SS 2020]

WS 2019/20

SS 2019

Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht [SS 2019]

WS 2018/2019

Effizientes Lernen [WS 2018/2019]
Unternehmensgründung und Patentwesen in den Naturwissenschaften [WS 2018/2019]

SS 2018

Wissenschaftliches Publizieren [SS 2018]

WS 2017/18

Effizientes Lernen [WS 2017/18]

SS 2017

Möglichkeiten und Grenzen der Bioinformatik in rechtlicher Hinsicht [SS 2017]

WS 2016/17

SS 2016

Wissenschaftliches Publizieren [SS 2016]

WS 2015/16

SS 2015

Wissenschaftliches Publizieren [SS 2015]

WS 2014/15

Effizientes Lernen [WS 2014/2015]

WS 2013/14

SS 2013

Organisation wissenschaftlicher Forschung [SS 2013]

WS 2012/13

Effizientes Lernen [WS 2012/2013]

SS 2012

Wissenschaftliches Publizieren [SS 2012]

WS 2011/12

Others

Programming Course

5 Credit Points

Advanced Practical Training of Life Sciences

8 Credit Points

Seminar

7 Credit Points

Tutorship

4 Credit Points

Semester Overview (Practical Training)

SS 2024

Programmierkurs [SS 2024]

WS 2022/23

Programmierkurs [WS 2022/23]

WS 2021/22

Programmierkurs [WS 2021/22]

WS 2020/21

Programmierkurs [WS 2020/21]

WS 2019/20

Programmierkurs [WS 2019/20]

WS 2017/18

Programmierkurs [WS 2017/18]

WS 2016/17

Programmierkurs [WS 2016/2017]

WS 2013/14

Fopra Biowissenschaften: miRNA Based Diagnostics [WS 2013/2014]

WS 2012/13

Fopra: Biowissenschaften: Advanced practical course in biotechnology “Antigen based diagnostics” [WS 2012/2013]

WS 2011/12

Fopra Biowissenschaften: Advanced practical course in biotechnology “Antigen based diagnostics” [WS2011/2012]

Semester Overview (Seminars)

SS 2024

SS 2023

WS 2022/23

SS 2022

WS 2021/22

SS 2021

WS 2020/21

SS 2020

Seminar: Bioinformatic Approaches for Single Cell Analysis [SS 2020]
Seminar: Novel Methods for Modeling Gene Regulation [SS 2020]
Seminar: Single-Cell RNA Sequencing [SS 2020]

WS 2019/20

SS 2019

WS 2018/2019

SS 2018

WS 2017/18

SS 2017

WS 2016/17

SS 2016

Seminar Lenhof: Probabilistic Graphical Models in Disease [SS 2016]
Seminar Keller/Galata: Computational Approaches in Bacterial Resistance Research [SS 2016]
Seminar Keller/Laczny: Computational Approaches in Microbial Community Research [SS 2016]
Seminar Marschall: Algorithms for Pan-Genomics [SS 2016]

WS 2015/16

SS 2015

Seminar Lenhof: Bioinformatic Approaches for Cancer Research [SS 2015]
Seminar Helms: Bacterial Resistance [SS 2015]
Seminar Keller: Selected Topics in Systems Biology [SS 2015]
Seminar Keller: Bacterial Data: Processing and Analysis [SS 2015]

WS 2014/15

Seminar Lenhof: Inferring Network Structure from Data [WS 2014/2015]
Seminar Keller: Selected Topics in Systems Biology [WS 2014/2015]
Seminar Keller: SNP-Detection and NGS [WS 2014/2015]
Seminar Schulz: Probabilistic Methods for the Analysis of Next Generation Sequencing [WS 2014/2015]

SS 2014

WS 2013/14

Seminar Lenhof: Inferring Network Structure from Data [WS 2013/2014]
Seminar Schulz: Advanced Topics in Next Generation Sequencing Analysis [WS 2013/2014]

SS 2013

WS 2012/13

Semianr Lenhof: Bioinformatic Approaches for Cancer Research [WS 2012/2013]
Seminar Helms: Modeling of Bacterial Resistance [WS 2012/2013]

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]

WS 2011/12

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]

Master Thesis

Master Seminar

12 Credit Points

Master Thesis

30 Credit Points

Zentrum für Bioinformatik
Universität des Saarlandes
Informatik Campus E2 1
Postfach 151150
66041 Saarbrücken
Tel. +49 (0)681 / 302 – 68605

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