TU Wien: Masterstudium Software Engineering & Internet Computing (veraltet)

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Links Ehemalige LVAs, Studienplan, TISS
VoWi-Stats
  • 21 Pflichtfach-LVAs
  • 169 Gebundenes Wahlfach-LVAs
  • 156 Keine Angabe-LVAs


Obligation: Pflichtfach

Advanced Software Engineering

Advanced Software Engineering Project

Formal Methods in Computer Science

Internet Computing and Distributed Systems Technologies

_no module mapping_

Seminar in Computer Science

Obligation: Gebundenes Wahlfach

Advanced Cryptography *

Advanced Database Systems +

Advanced Internet Computing +

Advanced Logic Programming *

Advanced Model Engineering *

Advanced Multiprocessor Programming *

Advanced Privacy Enhancing Technologies *

Advanced Reinforcement Learning *

Advanced Security

Advanced Topics In Distributed and Next Generation Computing *

Advanced Topics In Security and Privacy *

Advanced Topics In Software Engineering and Programming *

Advanced Topics In Verification and Automated Reasoning *

AI Ethics *

AI Programming *

Algorithmic Encoding Techniques *

Algorithmic Geometry *

Algorithmics +

Algorithmic Social Choice *

Algorithmik

Algorithms for Data Science *

Algorithms in Graph Theory *

Applied Generative AI and LLM-based Systems *

Artifact-based Design *

Artificial Intelligence for Computer Security *

Automated Deduction *

Autonomous Racing Cars *

Beyond Exact Algorithms *

Business Intelligence *

Complexity Theory *

Computer-Aided Verification *

Computersprachen und Programmierung

Critical Theory of Media and Informatics *

Cryptocurrencies *

Database Theory *

Data Stewardship *

Deep Learning for Natural Language Processing *

Distributed Systems and Networking

Distributed Systems Technologies +

Efficient Programs *

Fixed-Parameter Algorithms and Complexity *

Formale Methoden und Theoretische Informatik

Formal Methods for Security and Privacy *

Formal Methods in Computer Science

Formal Methods in Systems Engineering +

Games in Machine Learning *

Generative AI *

GPU Computing And Architectures *

Graph Drawing Algorithms *

Graph Representation Learning *

Heuristic Optimization Techniques *

High Performance Computing *

Human-agent Interaction *

Hybrid Quantum-Classical Systems *

Informationssysteme

Internet of Things *

Introduction to Computational Sustainability *

Knowledge Graphs *

Learning Technologies and Learning Analytics *

Logic and Computability *

Logic-based Artificial Intelligence *

Low-Level Programming *

Machine Learning for Optimization *

Management of Graph Data *

Mathematical Programming and Optimization in Transport Logistics *

Mobile Robotics +

Model Engineering *

Network Security *

Privacy and Trust in Decentralized Systems *

Problem Solving and Search in Artificial Intelligence *

Processing of Declarative Knowledge *

Program Analysis *

Programming Paradigms and Languages *

Project in Computer Science *

Projekt aus Software Engineering & Internet Computing

Reinforcement Learning *

Responsible Digital Ethics *

SAT Algorithms, Applications and Extensions *

Seminar in Computer Science

Software Engineering

Structural Decompositions and Meta Theorems *

Symmetric Cryptography *

System and Application Security *

Theoretical Foundations and Research Topics in Machine Learning *

Type Systems *

Obligation: Keine Angabe

Advanced Security

Algorithmik

Computersprachen und Programmierung

Informationssysteme

_no module mapping_

Seminar in Computer Science


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