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This entry is from Winter semester 2019/20 and might be obsolete. You can find a current equivalent here.
LAaG Informatik — Index Sorted by Level and Credit Points
Basic module, 3 CP
- Introduction into the Didactics of Informatics (Basic Modules )
Basic module, 9 CP
- Basic Linear Algebra (Basic Modules )
- Basic Real Analysis (Basic Modules )
- Concepts of Programming Languages for Pre-Service-Teachers (Basic Modules )
- Object-oriented Programming (Basic Modules )
- Practical Informatics II: Data Structures and Algorithms for Pre-Service-Teachers (Basic Modules )
- System Software and Computer Communication (Specialization Modules )
- Technical Computer Science (Specialization Modules )
Advanced module, 3 CP
- Selected Topics in Computer Science (Seminar) (Specialization Modules )
Advanced module, 6 CP
- Introduction to Bioinformatics (Specialization Modules )
- Software Design and Programming Techniques (Specialization Modules )
- Software Engineering (Specialization Modules )
Advanced module, 9 CP
- Computer Networks (Specialization Modules )
- Computer-assisted Theorem Proving (Specialization Modules )
- Database Systems (Advanced Modules )
- Efficient Algorithms (Specialization Modules )
- Graphics Programming (Specialization Modules )
- IT-Security (Specialization Modules )
- Knowledge Discovery (Specialization Modules )
- Logic (Advanced Modules )
- Machine Learning (Specialization Modules )
- Software Quality (Specialization Modules )
- Theoretical Computer Science for Pre-Service-Teachers (Advanced Modules )
Specialization module, 3 CP
- Didactics of Informatics (Continuing Course) (Specialization Modules )
Specialization module, 6 CP
- Advanced Methods of System Development (Specialization Modules )
- Advanced Programming Concepts (Specialization Modules )
- Artificial Intelligence (Specialization Modules )
- Cloud Computing (Specialization Modules )
- Data Integration (Specialization Modules )
- Distributed Systems (Specialization Modules )
- Geo Databases (Specialization Modules )
- Index and Storage Structures (Specialization Modules )
- Information Retrieval (Specialization Modules )
- Neural Networks (Specialization Modules )
- Operating Systems (Specialization Modules )
- ProfiWerk Computer Science (Specialization Modules )
- Software Evolution (Specialization Modules )
- Temporal Data Mining (Specialization Modules )
- Visual Languages (Specialization Modules )
- Web Technologies (Specialization Modules )
Specialization module, 9 CP
- Abstract Data Types - Universal Algebra (Specialization Modules )
- Compiler Construction (Specialization Modules )
- Computability and Provability (Specialization Modules )
- Databionics (Specialization Modules )
- Formal Methods (Specialization Modules )
- Image Synthesis (Specialization Modules )
- Implementation of Database Systems (Specialization Modules )
- Model Checking (Specialization Modules )
- Model-driven Software Development (Specialization Modules )
- Modern Methods of System Development (Specialization Modules )
- Multimedia Signal Processing (Specialization Modules )
- Parallel Computing (Specialization Modules )
- Parallel Functional Programming (Specialization Modules )
- Programming Languages and Types (Specialization Modules )
- Semantics of Programming Languages (Specialization Modules )
- State-based Systems (Specialization Modules )
Practical module, 6 CP
- PraxisLab (Practical Module )
- Software Lab (Specialization Modules )
See also: Areas of study in this course, Alphabetical index of all modules in this course
Please note:
This page applies to the most current examination regulations in Winter semester 2019/20. If you are studying according to an earlier or later examination regulation other provisions may apply:
- Winter 2016/17
- Summer 2018
- Winter 2018/19
- Winter 2019/20
- Winter 2020/21
- Summer 2021
- Winter 2021/22
- Winter 2022/23
- Winter 2023/24
The information in this online module guide was created automatically. Legally binding is only the information in the examination regulations (Prüfungsordnung). If you notice any discrepancies or errors, we would be grateful for any advice.