Geometric deviations on components are unavoidable in reality and limit the quality and function of products. In order to limit deviations to a permissible level and thus ensure the functionality of products, tolerances are assigned during product development. As part of the DFG-funded WiToPro project and in cooperation with Leibniz Universität Hannover, the PLCM is developing a knowledge-based method for assigning tolerances for CNC-milled components. We are looking for a student assistant to support this research.

Your tasks:

• Automated extraction and processing of information from a CAD system

• Revision of an existing application for automated tolerance analysis and transfer of the application from Matlab to Python

• Knowledge modeling by implementation and formalization of ontologies/knowledge graphs

Your profile:

• Basic programming skills (preferably in Python and/or Matlab)

• Structured and independent way of working

• Interest in research in new topics

If you are interested, please contact Timo Ackermann, M.Sc.