/en/technology/research/research-projects/meclab/subsystem-handling
Subsystem "Handling" With the help of the Handling partial system simple functions of an industrial robot can be implemented. The main difference compared to the conveyor belt is that the Handling can
/en/technology/research/research-projects/meclab/further-components
Further components The MecLab system is a complex didactic learning media system constituting a learning media network supplemented by: Software (FluidSIM) with library Teacher´s handbook for the intr
/en/technology/research/research-projects/meclab/trial
Trial Any developments implemented until May 2008 referred to the respective partial systems themselves. During the trials at school it became apparent that the school students were fixated on the coupling
/en/technology/research/research-projects/wheelie
Project "Wheelie Student-Technology-Academy" The "Wheelie Student-Technology-Academy" is a project funded by Schleswig-Holstein Innovation Foundation and Nordmetall Foundation within the framework of
/en/technology/research/research-projects/wheelie/the-wheelie
The Wheelie The Wheelie is a largely open-source reproduction of a professional, uniaxial and self-balancing electric scooter that is distributed by a well-known manufacturer throughout the whole worl
/en/technology/research/research-projects/wheelie/the-mini-wheelie
The Mini-Wheelie The Department of Engineering and its Didactics has developed a working model in order to make the Wheelie easier "to learn". It consists of highly simplified components and has a mat
/en/technology/research/research-projects/wheelie/teaching-and-learning-medium
Wheelies as teaching and learning medium in technical lessons The student-technology-academy has got five wheelies which primarily serve the school students not as vehicle and not for pure fun, but as
/en/technology/research/research-projects/wheelie/prospects
Prospects The Department of Engineering and its Didactics is absolutely determined to continue and develop the academy as an independent project. From the didactic point of view, the Wheelie is a mech
/en/technik/studium-lehre/fachpraxis/laboratory
/en/technology/who-we-are/people/dr-kai-christian-toennsen
Dr. Kai-Christian Tönnsen Consultation hours Contact Phone +49 461 805 2138 Fax +49 461 805 2125 E-mail toennsen -PleaseRemoveIncludingDashes- @ uni-flensburg.de Building Gebäude Oslo Room OSL 060.1 S