Civil Engineering
Civil engineering lays the foundation of modern infrastructure, from buildings and bridges to transportation networks. Civil engineers design, calculate, and realize structures that ensure safety, stability, and quality of life.
At HSKL, you will work hands-on with different construction materials in workshops and gain practica
Already during their studies, our students do not only work in lecture halls or at their desks – they also realize projects in real-world settings. One example is the construction of a community building made of bamboo in the Philippines, carried out jointly by students of Architecture and Civil Engineering.
Further projects are presented at pr
Architecture
Architecture shapes how we live, work, and interact with our surroundings. Architects design and plan functional and aesthetically appealing buildings and spaces. In doing so, they shape our cities and influence everyday life, the environment, and society. Good design contributes to quality of life and sustainable development.
At HS
Related events and offers
Workshop for new appointees Joint offering from universities and universities of applied sciences in Rhineland-Palatinate
next course: September 2026 AI Campus learning platform of the Stifterverband for Artificial Intelligence
https://ki-campus.org/overview
University Library
The University Library provides members of the University of Kaiserslautern with literature in printed and digital form for teaching, study, research, and continuing education. With its holdings, it also serves the local and regional literature supply and is available to all interested parties from the region who wish to o
More information about your studies & FAQ
Career opportunities With SEMiCS you qualify for positions such as:
Process engineer Semiconductor Systems Engineer Developers of embedded systems Application engineer Project engineer in high-tech industry IT specialist for manufacturing
Europe invests heavily in semiconductor manufact
A quick overview of the course of study
Semester 1 – Engineering Foundation Systems Engineering for Informatics-Oriented Applications Semiconductor Technology and Microfabrication Electrical Engineering for Sensing Technology Physics and Chemistry Engineering Mathematics MEMS Lab
Semester 2 – Advanced Semiconductor Systems Software Engineering for
What you will learn in the SEMiCS course
Holistic analysis of complex technical systems Integration of software and hardware perspectives Application of informatics methods in hightech production environments Understanding semiconductor processes and manufacturing technologies Independent structuring and solution of complex engineering t
