Event Calendar

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Oct 21, 2026; Defence

Dissertation on the topic of "Mass Transfer Mechanisms of Oxygen Bubbles Interacting with Solid Boundaries: An Experimental Investigation Using Advanced Optical Methods" by M.Sc. Hongfei Dai

Faculty of Mechanical Science and Engineering
Details
Speaker(s) M.Sc. Hongfei Dai
Start and end time 01:15 PM
Location as a hybrid event

Oct 23, 2026; Defence

Dissertation on the topic of "Ein Beitrag zur Regelung gekoppelter Systeme zur Wärmebereitstellung und Kühlung in Bestandswohngebäuden - Entwicklung und experimentelle Analyse einer übergeordneten Betriebsführung" by M.Eng. Manuel Kornmacher

Faculty of Mechanical Science and Engineering
Details
Speaker(s) M.Eng. Manuel Kornmacher
Start and end time 10:15 AM
Location as a hybrid event

Oct 29, 2026; Defence

Dissertation on the topic of "Positionsbeobachtung an Elektromagneten in der Fluidtechnik - Analyse, Anwendung und Auslegung" by Dipl.-Ing. Thomas Kramer

Faculty of Mechanical Science and Engineering
Details
Speaker(s) Dipl.-Ing. Thomas Kramer
Start and end time 01:15 PM
Location as a hybrid event

Oct 29, 2026; Defence

Dissertation on the topic of "Entwicklung einer Methode zur Ladezustandsbestim­mung von Natrium-Nickelchlorid-Batterien" by M.Sc. Nils Büttner

Faculty of Mechanical Science and Engineering
Details
Speaker(s) M.Sc. Nils Büttner
Start and end time 04:00 PM
Location as a hybrid event

Oct 30, 2026; Defence

Dissertation on the topic of "Reusable Launch Vehicles and Recovery Strategies: favourable engine and nozzle layouts for retro-propulsion applications" by M.Sc. Giuseppe Scarlatella

Faculty of Mechanical Science and Engineering
Details
Speaker(s) M.Sc. Giuseppe Scarlatella
Start and end time 10:45 AM
Location as a hybrid event

Nov 05, 2026; Talk

MINTdigital: Faszination Quantenwelt

Teilchen, die durch Wände gehen: Die verblüffende Welt der Quantenphysik

ctd.qmat; Schulkontaktstelle
Details
Speaker(s) Prof. Alexey Chernikow
Event website
Start and end time 04:30 PM - 06:00 PM
Location online

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