Why study Applied Phisics

Master Applied Physics

From innovative medical technology and advanced sports medicine applications to artificial intelligence, and novel laser-based optical techniques — our Master program in Applied Physics opens the door to exciting careers in future-oriented technological fields and simultaneously qualifies students to pursue a doctoral program, for example within one of our three new doctoral clusters.

At a glance

Facts about the course of study
DegreeMaster of Science
Form of studyPostgraduate Studies (Full time)
Period of study4 semester
ECTS120 Points
StartSummer and winter semester
Application period10.11. - 31.3. , 15.5. - 30.9.
Lecture language
Entry requirements

Successful degree in natural sciences, engineering or applied mathematics / computer science with an overall grade of 2.5 or better.

Up to 3.0 if the bachelor’s thesis was graded "very good". In exceptional cases, admission may be granted upon request following a case-by-case review by the admissions committee.

LocationRemagen, partly in Koblenz
DepartmentMathematics, Informatics, Technology

Master of Science in Applied Physics

Your Benefits — Our Excellence
  • Common Master Degree of the University of Applied Sciences Koblenz and the University of Koblenz
  • Practical and basic knowledge in one of four possible fields of specialization:

    1 Medical Engineering and Sportsmedical Engineering
    2 Scientific Computing
    3 Laser & Optical Technologies
    4 Material Physics and Surface Science

  • Wide-ranging scientific and technical education
  • Extensive range of lectures offered in an attractive, versatile and interesting study environment
  • Opportunity of participation in a research team for initial experience in industrial or government-financed third party projects
  • Successful master study through personal atmosphere, individual support and modern equipment in our numerous research labs
  • After completing your master's degree, you will have the opportunity to pursue a doctoral program, for example in one of our three new doctoral clusters