Michael Kohlhase (JacU) has led the development effort for content MathML in the Math Working Group at W3C in collaboration with the JEM partners David Carlisle (NAG), Paul Libbrecht (DFKI), James Davenport (Bath), Chris Rowley (OU), and Olga Caprotti (UH). In this effort, the two leading formats for representing the content of mathematical formulae are harmonized and put on a sound semantic basis. As an effect, the XML encoding of OpenMath3 and the core of content MathML3 (strict content MathML3) will be simple syntactic variants.

Description of the available and needed tools to implement eLearning in the mathematics area.

Murray Sargent will be replaced by Dave Brooks.

The presentation will discuss proper use of technology to improve mathematics education in general and to make the delivery of education affordable. The introduction of calculators in high schools have had an adverse effect in mathematics education. What should be done now?

The presentation introduces the thematic network JEM and its activities. The network social community blends the expertise of developers, authors and of mathematics teachers. The presentation will discuss the web2.0 tools adopted in JEM and how they can be best employed to allow communication within this community.

Our aim is to design and build several simulations in the EJS (Easy Java Simulation) environement. With such simultions the student is able to observe mathematical objects and properties that are important for their academic formation.

Spanish founded project "Math-E-leaning", an study of the educational technologies and ICT used in teaching and learning mathematics at the Spanish Universities

In this article we present a review of the state of the art in mathematical e-learning and some personal experiences on this area developed during the last eleven years at the Open University of Catalonia (UOC), a completely online university located in Spain. The article discusses important aspects related to online mathematics courses offered in higher education programs, including: benefits and challenges, universities offering this type of education, methodological considerations, emergent technologies, learning projects and environments, etc.

The MathDox format is an XML based language for interactive mathematical documents. MathDox documents can be transformed into web pages by the MathDox Player. These web pages are dynamic and interactive, support rendering of mathematics, offer easy access to computer algebra systems, and are equipped with a convenient mathematical input system making it for the user possible to create mathematical input in the semantically rich OpenMath language.

Web-based automatically graded exercises are presented and their various uses in education. For example for formative testing, practicing and gradebook. Also feedback from students that used the system is discussed. Finally a couple of case studies about results and benefits of using the system are presented.

The presentation is in Finnish.