Teaching & Thesis

Updated (05.2024)

Teaching activities:

• Summer 2024

  • Master:  Modellbasierte Entwicklung für Technische Systeme (Vorlesung+ Übung), @HS Osnabrüeck

• Winter 2023/2024 

  • Bachelor: Neuronale Netze und Anwendungen (2 Vorlesung+ 2 Übung), @HS Osnabrüeck

• Summer 2023: 

  • Bachelor: Programmierung II (Advanced C++), Übung,  @HS Osnabrüeck

  • Master:  Modellbasierte Entwicklung für Technische Systeme (Vorlesung+ Übung), @HS Osnabrüeck

• Winter 2022/2023

  • Bachelor: Betriebssysteme (Übung): HS Osnabrueck

  • Bachelor: Theoretische Informatik (Programmierkonzepte), Vorlesung+Übung: HSHL, Lippstadt Campus

  • Master: Quality and functional safety (Lecture + exercise): Uni Osnabrueck

• Summer 2022

  • Bachelor: Programmierung II (Advanced C++), Übung: HS Osnabrueck

• Winter 2021/2022

  • Master: Advanced concepts in Software engineering (lab: Meta-modeling, model-based software development using EMF, UML, embedded software engineering-TI evaluation board)

• Winter 2020/2021

  • Software Engineering (Bachelor Seminar) : Course number: 6.674, visit StudIP page for more details. 

• Winter Semester 2017/2018

  • Software Engineering  (Bachelor/Master seminar course number: 6.689)

  • Master level course: Advanced concepts in Software Engineering (Lab: Model-based embedded software development using EMF, UML and TI  evaluation Board)

• Summer semester, 2015

  • Master level course: Advanced concepts in Software Engineering  (Lab: Model-based embedded software development using UML and Keil-ARM  evaluation board)

• Winter Semester 2014/2015 

  • Software Engineering (Bachelor/Master seminar)

  • Software Engineering in Human-Computer Interaction (Bachelor/Master seminar)

More information (lecture slides, assignments, etc) can be found at the appropriate course web page in the UOS StudIP page.

Bachelor/Master thesis (Currently open): 

Note:  

• Start date: As soon as possible

• Language of thesis: German or English

• For all the currently open topics below, there is a (simple) base implementation already available. The student is expected to understand this and work on one or more enhancements (after discussion)

• The topics can be tailored to fit in the requirements for a bachelor/master thesis. All the topics can also be adjusted to fit the skillset and interests of the student (e.g. different areas of software engineering, technical computer science, etc. )

• Familiarity and/or willingness to work with AI/ML concepts, python programming is a plus. 

Topics:

• Topic 1: Game Theoretic Optimization in AGV Systems: Implementing Strategic Navigation with Python and Simulation Technologies.

• Topic 2:  Dynamic Risk Assessment with Real-Time Data Analytics for AGVs

• Topic 3: Neural Networks for Predictive Maintenance: Data-Driven Techniques and Quality Analysis in Industrial Settings

• Topic 4: Plugin for Detection and Refactoring of Data Clumps on Model Level using Rhapsody tool.

Bachelor/Master thesis (completed):

• Bachelor thesis: Implementing an Expert System for Functional Safety of Machinery Using a Multi-Lingual Rasa-Based Chatbot, S. Gildehaus, 04.2024

• Bachelor thesis: A Plugin for Detection and Refactoring of Data Clumps on Model Level, B. Benlaafou, 04.2024.

• Bachelor thesis: Comparative Analysis of Model Configurations of a Rasa AI-Chatbot for Determining The Required Performance Level for a Safety Function, Y. Ait Messaoud, 03.2023

• Bachelor thesis: A Chatbot Assistant for Reducing Risk in Machinery Design, N. Suhre, 07.2022

• Bachelor thesis: AI-Based Assistant for Determining the Required Performance Level for a Safety Function, Y. Hu, 06.2022

• Bachelor thesis: A Virtual Assistant for Embedded programming tutorials using Rasa, F. Otte, 03.2022

• Master thesis: Model-Based Timing Analysis of an AUTOSAR-Compliant Use Case, S. Wessels, 06.2017