Metal 3D Printer
Within the framework of the program "Major Equipment of the Federal States", major equipment at universities and university hospitals is financed by the Federal States or universities. On behalf of the federal states, the German Research Foundation (DFG) evaluates large-scale equipment from this program that is intended for use in
Current Tenders
We are always looking for interested students who would like to do their practical phase, project, bachelor or master thesis in our research laboratory. Please contact Prof. Schumann or one of his colleagues.
We will be happy to send you a list of current topics.
Team
Completed and Ongoing Projects
2021
Einsatz von g
Student assistants
Jennifer Piela Entwicklungsprojekt GaN-DC/DC-Wandler
E-Mail: jepi1001@stud.hs-kl.de Michelle Volbon Elektronik und EMV: Tutorium und Laborbetreuung
E-Mail: mivo1002@stud.hs-kl.de Max Wagner Power Electronics Development and Prototyping Project (PE-DPP)
E-Mail: mawa1002@stud.hs-kl.de
Research projects funded by the Federal Ministry of Education and Research (BMBF)
Micro- and nanostructured hard magnetic materials and components for microtechnical applications "MiNaMag"
The limited availability of rare earth metals has increased the pressure to search for alternative, rare earth-free magnetic materials as well as for
Availability of data
Are you interested in data from publicly funded research projects?
Please contact us and we will provide you with access to relevant data.
Note on data structure and research data management
Note on research data storage
Approved research large-scale equipment
High frequency pulsator INST 252/21-1 FUGG Scanning electron microscope with EDX, EBSD and STEM INST 252/27-1 Metal 3D Printer INST 252/23-1 LAGG
Research projects funded by the Carl Zeiss Foundation
Tissue engineering of tissues in complex hydrogels using three-dimensional electrical and magnetic stimulation
The project is in the field of tissue engineering. Tissue engineering is the production of tissue substitutes in the laboratory. The aim is to produce tissue analogous to intesti
Current Research Priorities
Characterization of fatigue behavior and fatigue life calculation using StressLife, StrainLife and SteBLife Development and application of NDT-based measurement methods for the characterization of damage evolution on specimens and components X-ray determination of residual stresses on complex com
B. Eng. Vanessa Hayna
e-mail: vaha0003@stud.hs-kl.de
Student Resaerch Assistant (Materials Science Lab)
Member of the Student Council
2023 - today Master's Degree, Study of Mechanical Engineering/Mechatronics, University of Applied Sciences Kaiserslautern
2022 - today Student Research Assista
