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EXPORT-ORIENTED MANAGEMENT - IMC Fachhochschule Krems

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2 nd Semester (SPRING)<br />

Applied Biophysics<br />

Semester Hours per week Subject code ECTS<br />

Spring 2 PHYS_T II 2<br />

Learning Outcomes / Course Objectives<br />

Repetition of basic physics, demonstration and lab exercises, lectures in biophysics.<br />

Prerequisites / Level<br />

Physics, Physics Laboratory<br />

Course Description<br />

The interdisciplinary character of biotechnology and relevant biophysical principles are<br />

being discussed in a very simple way in order to enhance the enthusiasm and to learn<br />

the structures of thinking in a natural scientific way.<br />

The basics of physics will be repeated on the desk ―in a classic way‖. Preposition will be<br />

self-teaching based on the textbook ―Physics‖. The power point presentation will only<br />

give an orientation about the most important topics and offers a basis for individual<br />

exercises (with space for individual remarks).<br />

Demonstrations and lab experiments are important to understand and will be also part of<br />

examinations.<br />

Teaching Methods<br />

Lecture<br />

Evaluation<br />

Exam<br />

Applied Biophysics Laboratory<br />

Semester Hours per week Subject code ECTS<br />

Spring 2 PHYS_L II 3<br />

Learning Outcomes / Course Objectives<br />

The main aim of this course is – as in the Physics Lab I - to learn how scientific<br />

experiments are carried out (problem -> singly acquiring of the theoretical background<br />

-> exact practical work -> writing and using a laboratory journal -> creating a scientific<br />

report) and to find the connection between theory and practice.<br />

Prerequisites / Level<br />

Physics Laboratory 1<br />

Course Description<br />

In the lab the students work in groups of 2 pupils at their given practical problems. 7<br />

different physical problems have to be solved in practical work as well as in theory. The<br />

working groups rotate between the different experiments (e.g. hot-air-engine, rotation of<br />

the plane of polarization with quartz and with sugar solutions, Newton´s rings in<br />

transmitted monochromatic light, Michelson interferometer, change of state I and II,…)<br />

FHR-5-0008_Vers.03_Rev.00_2012 517

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