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ICT bringing mathematics to life and life to mathematics Adrian Oldknow Emeritus Professor: The University of Chichester, UK Visiting Scientist: INSPEM,

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Presentation on theme: "ICT bringing mathematics to life and life to mathematics Adrian Oldknow Emeritus Professor: The University of Chichester, UK Visiting Scientist: INSPEM,"— Presentation transcript:

1 ICT bringing mathematics to life and life to mathematics Adrian Oldknow Emeritus Professor: The University of Chichester, UK Visiting Scientist: INSPEM, Universiti Putra Malaysia www.adrianoldknow.org.uk aoldknow@yahoo.co.uk

2 0. Good morning & thanks  Shift is happening! http://blogs.msdn.com/ukschools/archive/2008/02/18/shift- happens-and-freezing-frogs.aspx

3 1. Introduction  ICT and teachers  ICT and schools  ICT and learners  ICT and young people

4 2. Mathematics & snapshots  Digital images – democracy  Software to manipulate images  Math software to import images  Analysis with images:measures/geometry

5 Where’s this? Open file

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11 3. Mathematics & video clips  Digital video – democracy  Software to manipulate video  Physics software to import video  Analysis with images – data/algebra

12 Curriculum enhancement - STEM Henry Cort – video analysis from Sport www.teachers.tv/video/19119www.teachers.tv/video/19119 www.adrianoldknow.org.ukwww.adrianoldknow.org.uk Tracker 2 free software: http://www.cabrillo.edu/~dbrown/tracker/http://www.cabrillo.edu/~dbrown/tracker/

13 Open file

14 4. Mathematical modelling and visualization in 3D  We live in a 3D world  Computer realism – virtual worlds  Maths does little for 3D after age 11  Exercise mental muscles  Importance of constructional toys

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16 Cabri 3D can:  Improve students’ (& teachers’) ability to visualise in 3D  Allow students to model static and dynamic 3D objects  Relate descriptive, transformation, and coordinate geometry  Measure lengths, areas, volumes..  Let developers create ‘manipulatives’ with which all can experiment – free!

17 5. Modelling motion with real data  Simple, reliable, cheap technology  Experiments easy, safe, cheap  Immediate feedback  Data and graphs -> analyze

18 Curriculum enhancement data-logging: CBR and distance-time graphs www.teachers.tv/video/154

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20 Some parabolas? Can you see the elephant?

21 Open the file

22 open the file

23 6. Putting the ideas together – is it rocket science?  Al Fresco: Accessible, Lively, Fun, Reliable, Easily set up, Safe, Cheap, Open-ended  Estimation, Measurement, units..  Dynamic: velocity, acceleration  Algebra: based on average speed  Graphs: trajectory, flight length  Historic: Galileo, Newton...  Relevant to their world: phone, TV, web, GPS.....

24 What can we do with rockets? Airburst

25 Mathematics is rocket science!

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27 Rocket science is childs’ play

28 7. Conclusion  We have the technology  Our students know how to use it  Can we as educators unlock its potential?  Can we afford not to?

29 Adrian Oldknow aoldknow@yahoo.co.ukaoldknow@yahoo.co.uk  Thank you  Goodbye  Good conference  Good luck PS: Take some good snaps, too


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