student projects
Type of call:
Announcement of a practical study phase (15 ECTS) at WWHK
Announcement of a practical study phase + bachelor thesis/ master thesis 30 ECTS R&D module at WWHK
Announcement of a research & development module (scope 10 ECTS) at WWHK
(depending on the type of student work, the scope may be adjusted accordingly).
For more information follow the link below, which leads to a PDF with the tender text:
Type of call:
Announcement of a practical study phase (15 ECTS) at WWHK
Announcement of a practical study phase + bachelor thesis/ master thesis 30 ECTS R&D module at WWHK
Announcement of a research & development module (scope 10 ECTS) at WWHK
(depending on the type of student work, the scope may be adjusted accordingly).
For more information follow the link below, which leads to a PDF with the tender text: Development of a preparation specification for the microstructural analysis of metallic materials
Type of call:
Announcement of a student project work study phase (7 ECTS) at WWHK
For more information follow the link below, which leads to a PDF with the tender text: Design and construction of a sound-insulating chamber for the backing pump of a scanning electron microscope
Type of call:
Announcement of a practical study phase (15 ECTS) at WWHK
Announcement of a practical study phase + bachelor thesis/ master thesis 30 ECTS R&D module at WWHK
Announcement of a research & development module (scope 10 ECTS) at WWHK
(depending on the type of student work, the scope may be adjusted accordingly).
For more information follow the link below, which leads to a PDF with the tender text: Investigation of the influence of strain rate in strain-controlled fatigue tests on the resonance pulsator using the StrainLife service life prognosis method
Type of call:
Announcement of a practical study phase (15 ECTS) at WWHK
Announcement of a practical study phase + bachelor thesis/ master thesis 30 ECTS R&D module at WWHK
Announcement of a research & development module (scope 10 ECTS) at WWHK
(depending on the type of student work, the scope may be adjusted accordingly).
For more information follow the link below, which leads to a PDF with the tender text: Design and simulation of additively manufactured fatigue specimens
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- Campus Kaiserslautern
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Wissenschaftlicher Mitarbeiter
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- Room H1, 2.013
- +49 631 3724-2448srinivasa.raghuraman(at)hs-kl(dot)de
- Campus Kaiserslautern
- Room H1-2.013
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- +49 631 3724-2051
- Campus Kaiserslautern
- Room H 2.041.2
Wissenschaftlicher Mitarbeiter
- +49 631 3724-2461jonas.ziman(at)hs-kl(dot)de
- Campus Kaiserslautern
- Room H3-2.041.2