Eligibility for Child Sickness Benefit
Eligible are legally insured working parents who are entitled to sickness benefits themselves and whose child is under twelve years old. For children with disabilities, eligibility extends beyond the child’s twelfth birthday. A further requirement is that no other person in the household is available to care
Working mothers and fathers are entitled to take time off from work, provided the necessary conditions are met, and may stay at home to care for a sick child.
Further information on child sickness benefit
Children’s Sick Days
Working mothers and fathers are entitled to take time off from work, provided the necessary conditions are met, and may stay at home to care for a sick child.
Child Sickness Benefit
Legally insured parents can apply for child sickness benefit for up to 30 working d
Childcare
Balancing family with studies or work requires sufficient, high-quality childcare. Kaiserslautern University of Applied Sciences offers 10 reserved spots at the Turnerstraße daycare center at the Kaiserslautern campuses and operates its own daycare facility for university members at the Zweibrücken campus.
You can also find an overview
Childcare
Balancing family with studies or work requires sufficient, high-quality childcare. Kaiserslautern University of Applied Sciences offers 10 reserved spots at the Turnerstraße daycare center at the Kaiserslautern campuses and operates its own daycare facility for university members at the Zweibrücken campus.
You can also find an overview
Checkliste für Vorgesetzte und Lehrende: Schwangerschaft, Mutterschutz Was? Wer? Vor Jobantritt/vor Beginn der Lehrveranstaltung Erstellung einer anlassunabhängigen Gefährdungsbeurteilung Vorgesetzte*r/ Laborleitung in Zusammenarbeit mit der Fachkraft für Arbeitssicherheit (agum@hskl.de) Unterweisung aller Mitarbeitenden vor Arbeitsbeginn bzw. m
Quantified evaluation of the frequency influence on the fatigue behavior of unalloyed steels for implementing in resource-efficient fatigue life prediction methods
As a part of the program of the research project, the established fatigue life prediction methods for the HCF regime at frequencies of 5 Hz will be expanded for higher frequencies (up t
The influence of frequency is clearly recognizable in the cyclic deformation curves of load increase tests (LIT) in the form of a shift of the first material response to higher stress amplitudes (220 MPa for 80 Hz and 240 MPa for 260 Hz). This first material response can also be used to estimate the fatigue strength of the material. The increase
