For students of Applied Informatics:




1. Design of a flexible web-based identification code for forest insects on the basis of formal concept analysis

2. Development and test of a rule-based soil-root-model

3. Design and evaluation of an artificial life system with co-evolving plants and animals under intrinsic adaption and realized with XL

4. Extension of the programming language Java by a concept for carrying units of measurement

5. Wrapper Components for Multi-Language Scientific Software










For students of forest sciences:




1. Development and test of a rule-based soil-root-modell

2. Extension of the virgin beech forest model BEFORE by a succession model

3. Extension of the plant model FSPM-P to trees and test with the species spruce (Picea abies (L.) Karst.) and beech (Fagus sylvatica L.)

4. Statistical derivation of local precipitation data from radar images and GIS-based information










Master thesis are offered mainly in the fields of

• Geographic Information Systems


• Geostatistics and spatial predictions


• Sampling methods and forest inventory


• Plant modelling


• Computer graphics


• Image analysis


• Rule-based programming


• Growth modelling


• Artificial life

If you are interested don't hesitate to contact a corresponding staff member.