Main content:
Anthropocene
Course:
Children experience numbers as part of their lifeworld
Mathematics - Technology - Digitality
Admission requirements
none
Semester: 8
Orientation
Anthropocene
Aim
Mathematics, technology, and digitality in their systemic interrelationships are the focus of this course. They are elaborated on the basis of practical examples of application with reference to the Anthropocene for teaching at the primary level. In addition to didactic–methodological content such as the planning of project-oriented learning settings and interdisciplinary learning spaces, the importance of sensitivity to diversity and multilingualism as well as individualised support is taught.
Content
- Mathematics as a means of grasping natural, technical, and informatic phenomena and environmental conditions
- Scientific analysis of mathematical, technical, and informational facts from the living environment of pupils in the context of the Anthropocene (recording global changes through digital media, data collection and analysis; sustainability and resource consumption through digital media; statistical representations such as diagrams, tables, and curves as a form of comparing observations of weather phenomena)
- Elementary modelling and consolidation in the field of the didactics of factual arithmetic as well as further subject didactic concepts and models with reference to the Anthropocene (e.g. observing/recording/documenting/comparing meteorological processes) for age-, development- and gender-appropriate interdisciplinary teaching
- Development of problem-solving strategies in interdisciplinary lessons with mathematics as a link between technical, natural, and informational phenomena and environmental conditions
- Development of CLIL materials with reference to multimodal strategies for the development of reading strategies (skimming, scanning, careful reading)
- competency model, educational standards, IKM plus
show detailsshow lessLearning outcomes/skills
The graduates ...
- can prepare and analyse interdisciplinary lessons with regard to content and didactic–methodical justification, including mathematical, technical, and informational aspects using examples related to the Anthropocene
- can develop mathematical modelling tasks in awareness of multilingualism and based on the lifeworld of the learners
- can apply central mathematics' didactic principles for the aims and contents of factual arithmetic
- are able to elaborate subject didactic concepts and models with reference to the Anthropocene for age-, development- and gender-appropriate interdisciplinary teaching at the primary level
- are familiar with methods for the development of problem-solving strategies under the aspect of interdisciplinary teaching with mathematics as a link between technical, natural, and informational phenomena and environmental conditions and can instruct them in a child-friendly manner
- have the linguistic resources in the living foreign language necessary in order to use English as a bridge language in the development of reading strategies (skimming, scanning, careful reading) in connection with non-fictional texts.
- know the competency model and deal with standardized test procedures such as the IKM plus.
Supra-subject and transversal skills
- Diversity/inclusion
- English
- Informational education
- Intercultural education/multilingualism
- Reflexive gender pedagogy and gender equality
- Language education
- Environmental education
Teaching and learning methods
Seminaristic work
Languages
Semester hours per week
3
ECTS-AP
5
Category
Scientific discipline / subject didactics
Type of course
Seminar (pi)
Type of assessment
digit grade
Performance records
- Oral partial performance
- Performance Testing
- Written partial performance
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