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Learning through Doing with LONCAPA

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Title: Learning through Doing with LONCAPA


1
Learning through Doing withLON-CAPA
  • Ray Batchelor
  • Veselin Jungic
  • Faculty of Science
  • Simon Fraser University

2
Agenda
  • Introduction (V. Jungic)
  • Demonstration Lon Capa The Learning Online
    Network with CAPA (R. Batchelor)
  • Discussion

3
Facts
  • Three calculus courses
  • Class size 200 700
  • 1200 students altogether
  • Numbers
  • Ten weeks
  • One assignment per week
  • Twenty questions per assignment

4
Problem
  • Mark
  • assignment questions in three months.

5
BIG Problem
  • Find resources to mark a quarter of one million
    assignment questions per semester.

6
Solution
  • TA spends 1 minute per assignment
  • Collecting assignments
  • Marking 1 question per assignment
  • Recording marks
  • Returning assignments
  • Marking
  • 3 marks for handing the assignment in
  • Up to three marks for the marked question

7
Cost
  • 1200 students x 10 assignments x 1 minute
  • 12000 minutes 200 TA hours
  • More importantly Students do not get the right
    feedback about their work

8
What To Do?
  • Options
  • Give up on marking assignments?
  • Keep the status quo?
  • Ask the Chair for more money?
  • Or

9
Go Online

10
But Where To Go?
11
LonCapa
  • Open Source Distributed Learning Content
    Management and Assessment System
  • Sharing and using online learning and assessment
    materials across institutions and disciplines.
    Now.
  • http//www.lon-capa.org/

12
PH GradeAssist
  • Developed by Prentice Hall
  • Disciplines Chemistry, Physics, Engineering,
    Math, Statistics
  • http//www.prenhall.com/phga/

13
iLrn
  • Developed by Brooks/Cole
  • iLrn is an integrated testing, tutorial, and
    class management system.
  • http//bca6.brookscole.com/fp-what.html

14
Lyryx
  • Lyryx Learning Inc. ("Lyryx") is a Canadian
    corporation specializing in the design,
    development, and delivery of e-learning
    solutions.
  • http//lyryx.com/

15
Maple TA
  • Maple T.A. supports complex, free-form entry and
    intelligent evaluation of responses, making this
    system useful for mathematics, science, or any
    course that requires mathematics.
  • http//www.maplesoft.com/mapleta/

16
Features
  • Browser-based interface
  • Question banks
  • Self created/ Shared/ Provided
  • Different types of questions
  • Algorithmic multiple-choice, true/false,
    fill-in-the-blank, essay, numerical, formula,
    randomly labeled, graph
  • Automatically graded assignments
  • Gradebook
  • Communication Tool

17
Benefits
  • We have demonstrated that networked tools can
    complement traditional teaching methods to
    enhance learning and improve efficiency while
    establishing and maintaining high performance
    standards. Motivated students have clearly
    benefited as they have taken advantage of the
    learning opportunities made possible by this
    technology.
  • E. Kashy, at all Melding Network Technology with
    Traditional Teaching Enhanced Achievement in a
    500-Student Course, Chapter in "Interactive
    LearningVignettes from America's Most Wired
    Campuses", edited by David G. Brown, p. 51, ISBN
    1-882982-29-0, Anker Publishing Company, Boston
    (2000)

18
Improved Exam Performance
  • D. Kashy, G. Albertelli, E. Kashy, M.
    Thoennessen, Teaching with ALN Technology
    Benefits and Costs, Journal of Engineering
    Education, October 2001,pp. 499-505

19
Improved performance especially of female students
  • Grade distribution for male and female students
    for a two-semester course (Phy231 and Phy232).
    Phy 231 was taught the traditional way and in
    Phy232 CAPA was used.
  • D. Kashy, G. Albertelli, E. Kashy, M.
    Thoennessen, Teaching with ALN Technology
    Benefits and Costs, Journal of Engineering
    Education, October 2001,pp. 499-505

20
Challenges
  • One of the most significant challenges of
    implementing ALN technology in the classroom is
    the preparation and testing of questions and
    problems.
  • One issue that we need to continue to address is
    the negative impact of student-created cheating
    web sites
  • Another challenge is the need to develop
    improved discipline-specific standards
  • D. Kashy, G. Albertelli, E. Kashy, M.
    Thoennessen, Teaching with ALN Technology
    Benefits and Costs, Journal of Engineering
    Education, October 2001,pp. 499-505

21
SFU Experience
  • Lon Capa/ Capa
  • Chemistry
  • Physics
  • Mathematics
  • PhGradeAssist
  • Mathematics

22
Students Are Happy
  • This is the best method of submitting homework.
    It makes students keep up to date with the
    material, and the discussion below each question
    helped me understand a lot of them better.
  • Survey performed in 2003-3 for SFU Chemistry
    120/121

23
And No So Happy
  • Q What particular aspects of online assignments
    were the most frustrating?
  • A Entering the answer in the correct form.
  • Survey performed in 2003-3 for SFU Math 151/152

24
Survey of Gen Chem Students Dec 2003
LON-CAPA
  • On-lineSurvey
  • In-classSurvey

25
If you could change one thing about the LONCAPA
homework, what would that be?
LON-CAPA
General Student Comments 70 very favourable
25 neutral 5 unfavourable
  • 30 would change very little or nothing.
  • 25 easier questions / more like the exams
  • 15 more hints, conditional hints, text refs
  • 10 more tries
  • 7 change due dates in some way
  • 5 browser issues
  • 4 no multi-part, single-submission questions
  • 3 more marks/effort

26
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27
Roles
28
Navigation
29
Feedback and Discussion
30
LON-CAPA
31
VSEPR
VSEPR Theory
32
Click on Image
33
Authoring Problems
34
CSTR Space
35
Problem Templates
36
Edit Template
37
Position Labels
38
Newly Created Problem
39
Checking Randomization
40
lnK vs 1/T
41
lnK vs 1/T Question
42
Printouts
43
CHRT
44
Submissions
45
Learning On-line Network
Resource Space
Resource Assembly Tool
46
Importing a PublishedCourse Sequence
47
Loading a Sequence
48
Finer Grained Loading
49
Parameters
50
Ready to Go??
51
Hardware and Support
LON-CAPA
  • Library Server Purchased May 2001, dual 1GHz
    IBM
  • http//dalton.chem.sfu.ca Netfinity x340,
    1 GB RAM, 3x18.2 GB Raid
  • 2 Access Servers Purchased March 2003, each
    dual 2.4 GHz lewis and nernst
    Xeon cpus, 4 GB RAM, 1x120 GB Drive
  • Chemistry Servers housed in ACS main vault and
    fully supported.
  • Martin Siegert Systems Administrator,
  • Manager, Research Computing
  • SFU Academic Computing Services (ACS)

52
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53
How to find out more.
  • Comprehensive Official Website
  • http//www.lon-capa.org
  • LIDC video of LON-CAPA PI, Gerd Kortemeyer
  • http//www.sfu.ca/lidc/LMSSC/keynote.htm
  • SFU LON-CAPA Domain Coordinator
  • Ray Batchelor, Dept. of Chemistrybatchelo_at_sfu.ca
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