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The Fifth International Conference on Technology in Mathematics Teaching (ICTMT 5) will be held at the University of Klagenfurt; Aug 6-9, 2001.
 It is the plan of the organizers, to structure the submitted more lecture type papers 
into strands which each have a renowned speaker as a leading "figure".
 Moreover, to offer a plenty of discussion and group work, there will be a number of 
special groups and working groups organized.
 Strand 4: Changes in Geometry and Algebra via DGS and CAS
Schedule and abstracts
 
Prof. Dr. Hans-Georg Weigand, Universität Würzburg. For any enquiries relating to this strand, please do not hesitate to contact the chair. If your contribution 
should fit to  this strand, please also contact the chair: 
weigand@mathematik.uni-wuerzburg.de
 
Plenary session: Jean Flower
  
Interactive web-based resources and a new perspective on algebra and geometry
 We are convinced that some CHANGES in mathematics learning and teaching are 
necessary to give students more benefit from mathematics
for their future life. We are also convinced that new technologies will give us the opportunity to move in this direction. In strand 4 we discuss such CHANGES 
while using the most important technological tools DGS and CAS (shortened in the following to: DaC). These consist of: 
CHANGES in the contents of mathematics, CHANGES in curricula, CHANGES in teaching styles and the method of teachingCHANGES in the way students learnCHANGES in concept formationCHANGES in assessment,CHANGES in working styles, .....  Strand 4 addresses especially the following questions: 
How can we reshape the contents of algebra and geometry programmes so that 
they have more immediate value to individuals? Can we identify explicit examples or ideas? 
What are the consequences for the curriculum? Which contents will take on increased importance, 
and which will decrease in importance?Contents of Geometry and Algebra With DaC, teachers can take new approaches to concept formation. Can these result in students gaining better understanding? What are the new difficulties? Will DaC give us an opportunity to make a better relationship between algebra and geometry? 
Integration into the curriculum For which students, and when, is it appropriate to introduce DaC? What are the benefits and the obstacles of an early use of DaC? What are the "by hand" skills which should be retained?  
Mathematical working styles Will mathematical working styles change through the use of DaC?. Will this just be at the symbolic level, or will it effect graphical and numerical aspects. What is the relationship between working on the computer and working with paper and pencil? How will the means of assessment need to change when using DaC? Do we need new styles of test problems? Can traditional problems be modified for the "new" tests? Should DaC be allowed for every test? Of course there are already a lot of proposals and suggestions for changes while using DaC: Reducing the complexity of hand-held calculations, giving more importance to experimental working, emphasising the modelling process and the interpretation of results - not "only" carrying out calculations, changes in assessment.....  The goal of this workshop or strand is, to give an overview of the existing proposals for changes and to disseminate expected changes in algebra and geometry to teachers, math educators and administrators.  We are also interested in a close relationship of our strand to the discussion group 
for the 21th ICMI Study 
"The Future of the Teaching and Learning of Algebra".
    
Schedule and abstracts
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