Dates/Defenses
Nov 06, 2026; Defence
Dissertation on the topic of "Prognose des Makrostrukturverhaltens auf Basis belastungsgerechter, numerischer Ersatzmaterialmodelle, insbesondere für das plastische Biegen und Falten von Karton und Verbundwerkstoffen" by Dipl.-Ing. Toma Schneider
Faculty of Mechanical Science and Engineering
Details
Speaker(s)
Dipl.-Ing. Toma Schneider
Start and end time
10:45 AM
Location
as a hybrid event
Nov 11, 2026; Defence
Dissertation on the topic of "Entwicklung eines virtuellen Referenzpunktsystems zur automatisierten Auslegung berührungsloser Bauteillageerkennung für den robotergeführten, wandlungsfähigen Handhabungsprozess" by M. Sc. Julia-Christina Sattler
Faculty of Mechanical Science and Engineering
Details
Speaker(s)
M. Sc. Julia-Christina Sattler
Start and end time
02:45 PM
Location
as a hybrid event
Nov 12, 2026; Defence
Dissertation on the topic of "A Knowledge Graph and Large Language Model Framework for Information Management in Automotive Virtual Product Development" by M.Sc. Carolin Lehmacher
Faculty of Mechanical Science and Engineering
Details
Speaker(s)
M.Sc. Carolin Lehmacher
Start and end time
01:15 PM
Location
as a hybrid event
Nov 13, 2026; Defence
Dissertation on the topic of "Development and Analysis of Solar-Driven High-Temperature Air and Steam Generator for Coupling with 50 kWel Solid Oxide Electrolyzer Cell" by M.Eng. Yasuki Kadohiro
Faculty of Mechanical Science and Engineering
Details
Speaker(s)
M.Eng. Yasuki Kadohiro
Start and end time
09:00 AM
Location
as a hybrid event
Nov 13, 2026; Defence
Dissertation on the topic of "Vorgehensmodell zur datengetriebenen Fehlerursachenanalyse in der Produktion am Beispiel der Automobilindustrie" by Dipl.-Ing., M.Sc. Dominik Pietsch
Faculty of Mechanical Science and Engineering
Details
Speaker(s)
Dipl.-Ing., M.Sc. Dominik Pietsch
Start and end time
02:30 PM
Location
as a hybrid event
Nov 16, 2026; Defence
Dissertation on the topic of "Entwicklung eines geschlossenen Modells zur Beschreibung der Fluiddynamik in Kolonnen mit Struktur- und Anstaupackungen auf Basis des Benetzungswirkungsgrads und der Sprudelschichthöhe" by M.Sc. Iman Shabanilemraski
Faculty of Mechanical Science and Engineering
Details
Speaker(s)
M.Sc. Iman Shabanilemraski
Start and end time
09:15 AM
Location
as a hybrid event