Informations

All those colleagues who intend to write a master´s thesis with us, we ask "obligatorily" to participate in our information seminar "Scientific Work". The information seminar will be held as an eLecture. Please find the videos in the course "330.182 Project Work Production and Logistics Management".

In addition, there is the possibility of an information talk about the thesis with Univ.-Prof. Dr.-Ing. habil. Fazel Ansari, opens an external URL in a new window or Dipl.-Ing. Sebastian Seisl.

All further necessary information about your master´s thesis can be found in the information sheet. The information sheet can be downloaded here.

Mandatory registration

To register for a master´s thesis, please fill out the following form, opens an external URL in a new window aus. Afterwards you will receive a template for the thesis, opens an external URL in a new window as well as forms for the entry in TISS, opens an external URL in a new window and for your exposé, opens an external URL in a new window.

Guide to the preparation of scientific papers

A guideline for writing scientific papers can be found in the course "330.182 Project Work Production and Logistics Management".

Available topics

• Architekturkonzepte zur Integration von Asset Administration Shell und Multi-Agenten-Systemen für industrielle Cognitive Digital Twins
• Consumer Evaluation of Digital Product Data
• Konzeption und Implementierung eines Softwareframeworks zur biosignalbasierten Erkennung arbeitsbedingter Beanspruchungszustände
• Modellierung und datengetriebene Optimierung von Walk- und Richtprozessen in der Stahlverarbeitung
• Development of a chatbot based on developed knowledge graphs using GraphRAG
• Rollierende Planung von Vorproduktionsartikeln mit dem Ziel die Kosten aus der Summe von Rüstzeiten, Beständen und Abschreibungen (kurzes MHD) zu minimieren
• Evaluation of an assessment option for packaging solutions and load carriers within the framework of the economic and ecological criteria selection with a focus on the reusable consideration
• Tools and methods for quantitatively comparing the environmental benefits of R strategies with a conventional manufacturing process to support the circular economy
• Reward modelling for multi-objective optimisation problems using reinforcement learning
• Method for the continuous identification of current challenges in achieving the EU Green Deal targets
• Effective communication of chatbots: analysis of comprehensibility, user acceptance and transparency on the example of knowledge enhanced chatbots
• Development of Chatbot integrated with a Bayesian network (Increase of causal abilities of the language model)