Hauptseminare am Lehrstuhl für Softwaretechnologie
Adaptive, Mobile Information Provision in Digital Health (SS 24)
Safety and Security of Cyber-Physical Systems (SS 23)
Machine Learning in Digital Health (SS 22)
Engineering Principles for Safety and Security in Cyber-Physical Systems (SS 22)
Engineering Principles for Safety and Security for Cyber-Physical Systems (SS 21)
Engineering Safety and Security for Cyber-Physical Systems (SS 20)
Machine Learning in Digital Health (WS 19)
Engineering Trustworthy Cyber-Physical Systems (SS 19)
Petrinetze in der Softwaretechnologie (SS 19)
Software for Digital Health (WS 18)
Managing the Risk of Intelligent Algorithms (SS 18)
From algorithmic computing to autonomic computing (SS 17)
Programming-Language-based approaches for parallel computing and auto-tuning (WS 16)
Autonomic Computing (SS 16)
Software Technologies for Event-based Systems (WS 15)
Cognitive Computing (SS 15)
Model-Based Robot Software Engineering (MORSE) (WS 14)
Impact and Challenges of Software in 2025 (SS 14)
Paralleles Programmieren (WS 13)
Metaprogrammierung (WS 12)
Cyber-Physical Systems (SS 12)
Pioniere des Software Engineering (WS 11)
Empirical Software Engineering (WS 10)
Requirements Engineering (WS 09)
Wissenschaftliches Arbeiten für Informatiker (WS 09)
Semantic Web and Software Engineering (WS 08)
Software-Produktlinien (WS 07)
Methoden zur Spezifikation der Semantik von Programmiersprachen (WS 06)
Metamodelling (WS 05)
Modellierung und das Semantische Web (WS 04)
Verlässlichkeit komponentenbasierter Systeme 2 (WS 03)
Verlässlichkeit komponentenbasierter Systeme 1 (SS 03)
Executable UML (WS 02)
Pioniere des Software Engineerings (SS 02)
Quality of Service für Softwarekomponenten (WS 01)
Neue Java-Technologien 3 (SS 01)
Neue Java-Technologien 2 (WS 00)
Analyse und Evaluation von UML - CASE (SS 00)
Java-basierte Agenten-Technologien (WS 99)
Neue Java-Technologien 1 (WS 98)
UML (SS 98)
Entwurfsmuster (WS 97)
Objektsemantik (SS 97)
Wiederverwendbare Software und Entwurfsmuster (SS 96)