ICTMT 10 - 10th International Conference on Technology in Mathematics Teaching: Unterschied zwischen den Versionen

Aus madipedia
Zur Navigation springen Zur Suche springen
[gesichtete Version][gesichtete Version]
Zeile 18: Zeile 18:
 
== Themen ==
 
== Themen ==
  
- Curriculum: The impact of technology on the content, progression and approach to the mathematics curriculum.
+
* Curriculum: The impact of technology on the content, progression and approach to the mathematics curriculum.
- Applications: Technology as a bridge between mathematics and its traditional applications.
+
* Applications: Technology as a bridge between mathematics and its traditional applications.
- Sports and leisure: Technology as a bridge between mathematics and sport.
+
* Sports and leisure: Technology as a bridge between mathematics and sport.
- Support for students: Technology to support students mathematical learning outside normal teaching
+
* Support for students: Technology to support students mathematical learning outside normal teaching
- Assessment: Technology in assessing mathematics.
+
* Assessment: Technology in assessing mathematics.
- Innovation: New developments in technology for learning and teaching mathematics.
+
* Innovation: New developments in technology for learning and teaching mathematics.
- Teacher development: Technology for mathematics teachers' professional development.
+
* Teacher development: Technology for mathematics teachers' professional development.
- Student engagement: Technology to motivate students to learn mathematics.
+
* Student engagement: Technology to motivate students to learn mathematics.
  
 
== Programmkomitee  ==
 
== Programmkomitee  ==

Version vom 27. Oktober 2010, 10:48 Uhr



Konferenz: 10th International Conference on Technology in Mathematics Teaching (ICTMT-10). Portsmouth, England. Internet: 10th International Conference on Technology in Mathematics Teaching

Termin: 5.7.2011 - 8.7.2011 {{{monat}}} 2011


Kurzbeschreibung

Themen

  • Curriculum: The impact of technology on the content, progression and approach to the mathematics curriculum.
  • Applications: Technology as a bridge between mathematics and its traditional applications.
  • Sports and leisure: Technology as a bridge between mathematics and sport.
  • Support for students: Technology to support students mathematical learning outside normal teaching
  • Assessment: Technology in assessing mathematics.
  • Innovation: New developments in technology for learning and teaching mathematics.
  • Teacher development: Technology for mathematics teachers' professional development.
  • Student engagement: Technology to motivate students to learn mathematics.

Programmkomitee

Hauptvorträge

Veröffentlichungen

Konferenzbericht