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Towards an integrated learning environment for mathematics Christian Bokhove (St. Michaël College, Zaandam, secondary school) Gerard Koolstra (St. Michaël College, Zaandam, secondary school) Peter Boon (Freudenthal Institute, University of Utrecht) André Heck (Amstel Institute, University of Amsterdam)

Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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3 1st phase: state of the art Existing software  Applets form the Freudenthal Institute  Wiris (www.wiris.com)www.wiris.com  Activemath (www.activemath.org)www.activemath.org  STACK (www.stack.bham.ac.uk, initially with RQP)www.stack.bham.ac.uk  More… Best suited?

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Page 1: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

Towards an integrated learning environment for mathematics

Christian Bokhove (St. Michaël College, Zaandam, secondary school)Gerard Koolstra (St. Michaël College, Zaandam, secondary school)Peter Boon (Freudenthal Institute, University of Utrecht)André Heck (Amstel Institute, University of Amsterdam)

Page 2: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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The GALOIS project

geïntegreerde algebraïsche leeromgeving in school [integrated algebraic learning environment in school]

developing a framework at secondary school for pupils who do mathematics to: - assess their own progress, anytime anyplace- have access to a large amount of randomized exercise material (CAS-based tests, applets, ….)- get functional feedback on their work- store their activities and answers (+ the route to the answers) in a Virtual Learning Environment (VLE)

Major constraint: open source software and open standardsParticipants: one secondary school and two universities

Page 3: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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1st phase: state of the art Existing software

Applets form the Freudenthal Institute Wiris (www.wiris.com) Activemath (www.activemath.org) STACK (www.stack.bham.ac.uk, initially with RQP) More…

Best suited?

Page 4: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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2nd phase: development A cyclic process (since 2000) of:

brainstorm programming development of additional materials try-out revision of the applet try-out ….

Two kinds of try-out Do the applet and materials “work” (technical)? Do they work in “real” situations (e.g., in the

classroom)?

Page 5: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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Logical evolutionary stepsApplets

Digital Mathematics Environment

Registration in VLE’s via SCORM

Feedback and customization

Scorm Applet Generator

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1. Design of Applets for Learning Math What is an applet? A small computer program that runs over the internet.- on a server- only one version (the latest version)

What is a WisWeb applet from the Freudenthal Institute? An applet- embedded in a didactical concept - that is dynamic, interactive, and with friendly interface - with not just a users’ guide, but also with background information, and (written) instructional materials - for different uses (closed/open) in school practice:

applying knowledge, concept construction, supportive tool, practice basic skills, assessment,…

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Page 7: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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2. Exercise Applets Digital Math Environment 1st example: Quadratic Equations applet

operationsediting tools operations making steps

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Page 8: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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2nd example: Quadratic Equations Test in the Digital Math Environment

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Page 9: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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The Digital Math Environment is a web-based application in which a student works with an applet on a central server automatically receives (intelligent) feedback stores works

and in which a teacher can monitor progress of

individual students the entire class

But because we useSCORM other VLE’s can be used

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Page 10: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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Example: Rewriting Test in MichelangElo (Moodle at St. Michaël College)

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Example: Derivates Test in Blackboard

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Example: tailored feedback in a DITwis test

The bicycle tyre has a puncture. Each minute 6% of air escapes. What percentage has escaped after 9 minutes? Round your answer to the nearest integer.

reply feedback explanation

43 Excellent correct answer42.7 Fine, but too accurate too accurate42 Close to correct answer; a round-off error? round-off error57 No, this amount of air is left 0.949=0.57;

well-known mistake69 No, confusing addition of 6% ? 1.069=1.69;

well-known mistake 54 No, this is not the way it goes.

Use the growth factor notorious error (6 times 9)

other Wrong answer; have again a close look at the section on exponential decay

???

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5. SCORM-compliant Applet GeneratorDisadvantages of the Digital Math Environment: Missing communication facilities like email, bulletin board; Yet another environment to learn in addition to VLE with which

students and teachers are familiar; Administration outside own school.

Requirements for integration of applets and existing VLEs Applets and VLE must be able to communicate; Sharing of content in various VLEs should be possible; Mechanism should be extensible for other applets or computer

programs; Compliance with existing standards.

Chosen approach: Sharable Content Object Reference Model(SCORM) for WisWeb applets and Javascript-based DITwis tests.

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Example: Authoring questions (derivatives)

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Page 17: Towards an integrated learning environment for mathematics Christian Bokhove (St. Michal College, Zaandam, secondary school) Gerard Koolstra (St. Michal

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Example: Addition of two fractions

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Example: Authoring questions (addition of fractions)

marking scheme

levels and number of questions

random parameters

correct answer

question text with a formula

intermediate steps

operations disabled

title

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Only programming aspect for teacher is the use of hash signs in formula generation and

in the specification of the correct answer

example with parameter values: a = 4, b = 7, n = 12

the choice of marking based on equivalence rewriting in particular form exact shape of correct answer

formula explanation sample

#a# / #n# + #b# / #n# formula ‘as it is’ 4/12 + 6/12

#a / n# + #b / n# simplification, but no addition 1/3 + 1/2

#a / n + b / n# full arithmetic of fraction 5/6

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3rd phase: classroom experiences Add-on value of applets is that they

are attractive and motivating in the eyes of the students (especially they like the game-like behavior);

stimulate students' creativity (open applets) and help them gain more self-confidence (closed applets, exercise applets);

get "natural feedback" to students (not just right/wrong);

can become a frame of reference for students;

are flexible and simple to use; they can also be used at home;

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offer the opportunity for teachers to positively address individual differences between students;

provide a change of instructional format and are an alternative to the "boring" textbook;

help to create a useful computer learning environment;

allow a versatile approach to algebra and calculus.

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Future plans Further development of Scorm Applet Generator in

SAGE project (www.sageproject.eu) Classroom experiences Further research on the use of ICT to enhance

mathematical skills Functional feedback

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WorkshopAfternoon: workshop with several tools and topics

Digital Mathematical Environment & customizable applets

SCORM applets in Moodle

Functional Feedback: DITwis

SAGE: Scorm Applet Generator

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http://www.galoisproject.eu