/en/technology/research/research-projects/meclab/subsystem-conveyor-belt
Subsystem "Conveyor Belt" With the help of the conveyor belt workpieces can be transported from A to B, positioned for the purpose of an assembly line or even sorted by any specific criteria. For sort
/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/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/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/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
Research Projects Mechatronic systems are not only the basis of virtually every modern industrial production, but can also increasingly be found in everyday items of our leisure and household sector b
/en/technology/study-and-teaching/overview-of-the-degree-courses
/en/soziologie/wer-wir-sind/das-team/soeren-carlson
Dr. Sören Olav Carlson Listen Consultation hours Contact Phone +49 461 805 2350 Fax +49 461 805 2460 E-mail soeren.carlson -PleaseRemoveIncludingDashes- @ uni-flensburg.de Building Gebäude Tallinn 1 R
/en/working-group-physics/histolab/thematical-subsections/optics/pseudoscope-on-the-model-of-ewald-and-gross
Pseudoscope on the Model of Ewald and Gross Listen The Ewald and Gross pseudoscope from our HistoLab was developed as part of Hannah Runde's Master's thesis. It is a catoptric pseudoscope that uses hi