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Active and Experiential Active and Experiential Learning of Statistics @ Learning of Statistics @ Library Library Presented by Theo Bee Leng, Dept of Mathematics & Science Cher Sen Keuk, Singapore Polytechnic Library Pablo Tan, Educational Development Unit Slide 1 8 June 2009

Active and Experiential Learning of Statistics @ Library Presented by Theo Bee Leng, Dept of Mathematics & Science Cher Sen Keuk, Singapore Polytechnic

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Active and Experiential Active and Experiential

Learning of Statistics @ Learning of Statistics @

LibraryLibrary

Presented by

Theo Bee Leng, Dept of Mathematics & Science

Cher Sen Keuk, Singapore Polytechnic Library

Pablo Tan, Educational Development Unit

Slide 1 8 June 2009

2

Content of DeliveryContent of Delivery

1.Objectives & CDIO Compliance

2.Learning Theory & Implementation

3.Students’ Findings

4.Creation of Workspace

5.Video

3

ObjectivesObjectives

-Active engagement to reflect on subject content

-1st hand experience in data collection

-Sharpen research skills

-Develop confidence for classroom sharing

4

ParticipantsParticipants

51 first year students from

- Diploma in Computer Engineering

- Diploma in Information Communication Technology

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CDIO Standard 6 & 8CDIO Standard 6 & 8

- Structure learning space into class time periods

- Lessons in the Media Viewing Room

- Video for group reflection & peer review

- Students embark on experiential learning

6

Learning TheoryLearning Theory

Theory of action/reflection learning(Dilworth,1998)

L = P + Q + R

L : Learn by doing

P : Programmed Knowledge

Q: Questioning

R: Reflection

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(A) Most preferred library materials e.g. Periodicals/DVDs and music CDs

(B) Most preferred library facilitiese.g. PC facilities/study facilities /loan facilities

(C) No. of hours male users spent weekly in library

(D) No. of hours female users spent weekly in library

ImplementationImplementation

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Active & Experiential

Learning

Group C & D

Construct Stem-and-leaf Diagrams

Group A & B

Data Analysis using mean, median & mode

Lecturer As Facilitator

Interview library

Users, Group Viewing

& Reflection

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Findings by Group A & BFindings by Group A & B

Most Preferred Library Materials - DVD (entertaining)

- Followed by Music CDs & Periodicals

Most Preferred - Study facilities (conducive for learning)

- Followed by PC & Loan Facilities

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Findings by Group C & DFindings by Group C & D

- Females go there to study

Male & Female Users share same usage pattern

- Males go there during break times

- Findings similar to Group B (study facilities as most preferred choice)

- Spent average of 3 hours per week in the library

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Creating Workspace for LearningCreating Workspace for Learning

(Freeman, 2005) The library functioned as

an extension of the classroom for students

-engage in collaborative learning

- refine their critical thinking

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• Ready stream of library users to conduct face-to-face interviews

• Rich resources facilitate teaching &learning

Library was chosen:

• Provide workspace for experiential learning & group sharing

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ConclusionConclusion

- innovative way of learning outside classroom

- experiential learning reinforce

understanding

- heighten interest in learning statistics

- enhance confidence in social interaction

Video on “Active & Experiential Learning of

Statistics @ Library

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Extra slides after this point.

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Back-to-Back Stem-and-leaf diagram

Compare 2 data setsData

Measures of Central TendencyFrequency Table

are organized into

Grouped Frequency Table

are used to calculate

are used to calculateModeMedianMean

Sensitiveto

NOTsensitive to

Sensitiveto

Change in Frequency

Extreme Valuesor Outliers

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Which is the best representative of the data set: 1, 1, 2, 3, 3, 10 and 1?

(a) mean (b) median (c) mode (d) all of them

Tom Stem Jane

2 1 1 3

2 5 6 2 2 5

1 1 1 3 3 4 5

x 4 5 5 7

(a) How many tests did they each participate in?(b) If Tom’s highest score was 3 less than Jane’s highest score, find

the value of x.(c) Which score occurred most often?

Key: Tom - 2 | 1 rep 12 marks Jane - 2 | 5 rep 25 marks

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I understand and am able to .... Yes No Not sure

(i) interpret and analyse stem-and-leaf diagram

(ii) find the mean, median and mode from a set of values

(iii) find the mean, median and mode from a frequency table

(iv) calculate the mean and standard deviation for group data

(v) distinguish the purpose and use of mean, median and mode

Comments (if any)

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Salary Range Number of Employees

Company A Company B Company C< $20 000 0 1 16

$20 000 - $30 000

2 46 21

$30 000 - $40 000

93 31 22

$40 000 - $50 000

5 18 15

$50 000 - $60 000

0 2 8

$60 000 - $70 000

0 2 5

>= $70 000 0 0 12

Mean $35 000 $35 000 $45 000

Median $35 000 $33 700 $37 400

Mode $35 000 $31 100 $25 900

Comment on the profile of each company