/en/technology/research/research-projects/teachers-behavior
not sufficiently been prepared so far during their studies Competencies that are efficient for the work with school students with special needs and that need to be taken into account for the future training
/en/technology/research/research-projects/techlab
children and adolescents of the surrounding area and to recognize and develop their talent during the work with and on technical artefacts. In this process, not least a sensitization for technical professions
/en/technology/research/research-projects/meclab
system that started in 2006 was characterized by such considerations too. With handling the technical working models of the MecLab learning media system in a problem-conscious and target-oriented manner, the
/en/technology/research/research-projects/meclab/subsystem-handling
system that was subject to the most and radical changes in the course of the research and development work. Prior to today´s solution, three versions in total were developed, constructed and tried out with [...] view and as confirmed by the trials at school, they left too little scope for the school students´ work with and on the system. Thus, the technical changes were primarily intended for didactic reasons.
/en/technology/research/research-projects/meclab/further-components
supplemented by: Software (FluidSIM) with library Teacher´s handbook for the introduction into the work with MecLab Worksheets with appropriate solutions Student textbook on the elementary principles of
/en/technology/research/research-projects/meclab/trial
were enabled to fulfill complex work tasks in an independent and self-directed manner. The findings obtained at the same time enabled them to use the planning of the work steps, their implementation as [...] adolescents at the age of 11 to 18 years respectively took place. Selected results and experiences The work with and on the MecLab learning media system enabled the attendants to obtain access to the automation [...] An accurately planned didactic use of the MecLab learning media system allowed the supervisors to work in a consistent, but also differentiated manner with the school students. The following became apparent:
/en/technology/research/research-projects/wheelie/the-wheelie
desired sets in. Thus, you can even turn the Wheelie on the spot. Mechanical and electronic components work together in the Wheelie, so that it can be considered to be a mechatronic mobility system. Like most
/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 material
/en/technology/research/research-projects/wheelie/prospects
useable for all interested schools. The school students of the region get the opportunity to continue working on well-founded and technically relevant topics with the help of the Wheelie and the courses described [...] schools are possible. Indeed, this can also include some phases during which the teacher independently works on a Wheelie-related topic and then comes to the university for some specific practical phases. In
/en/proref/program/english-courses
part of academic preparation we use Moodle, an online learning platform. Course participants learn to work on and submit assignments independently via Moodle. Exam Preparation Exam preparation is a regular