1. Using Technology to Deepen the
Learning Experience in 1st Year
Mathematics
by Ian Schroeder (UCT)
2. Contents
⢠Background
⢠Theory
⢠The learning task
â Educational goals
â Details
⢠Tools vs Task
⢠Feedback
â Cycle
â Explored
⢠Future considerations
3. Background and context
⢠Knowledge transfer
⢠Incoming student knowledge (Davidowitz & Rollnick, 2010)
⢠Maths perceptions (Leitze, 1996)
⢠Learning strategies (Mji, 2003)
⢠Financial constraints (Wandilsile & Tshiwula, 2012)
⢠Digital access and skill levels (surveys required)
⢠Class size and level
4. Theoretical Considerations
⢠Collaborative learning (Smith and MacGregor, 1992)
⢠Traditional (Marshall et al, 2007. Beichner, 2008) vs Web
collaborative learning (Lipponen, 2002. Augar et al, 2004. Ben-
Zivi, 2007. Martin & Premadasa, 2010. Micocha & Thomas, 2007)
⢠Motivation
⢠Influence primary learning space (tech vs paper)
5. The Learning Task
Educational Goals
⢠Facilitate a deeper exploration of the mathematical
concepts via asynchronous collaborative learning
⢠Develop an appreciation for the applicability of
mathematical content by exploring real world
examples
⢠Initialise a reflective practitioner approach to problem
solving by having to constantly review their groupâs
work over a period of time
6. The Learning Task cont
Task Details
⢠Work in assigned groups, collaborate asynchronously and
contributes to CA mark.
⢠Warm up task from historical or modern mathematics.
⢠Digital skills support provided in warm up task (partly in supervised
lab)
⢠add, edit and comment on content that is posted online by group
members
⢠Teaching staff engaged in active facilitation
7. Task details continued
⢠Informed of grievance procedure and communications protocol
⢠Phase 2: Groups assigned a real world problem and be required to
develop a âsolutionâ
⢠Formal group meetings once a week â tutor present for part of this
⢠Project milestones â marks awarded
⢠Clear requirements e.g. history of technique, conceptual approach,
solution explanation and numerical approach.
⢠Final presentation by random group member.
⢠Use of Turnitin and CPR (?)
8. Tool vs Task (Bower, 2008)
Affordances Blog Chat Forum Wiki Task
Read-ability v v v v v
View-ability v v v v
Watch-ability v v v v
Write-ability v v v v v
Edit-ability v v
Math-ability v v
Revision-Ability v v v v v
Draw-ability v v v v
Resize-ability v v v
Move-ability v v v
Accessibility v v v v v
Message-ability v
Browse-ability v v v v v
Search-ability v v v v v
Link-ability v v v v
Permission-ability v v v v v
Share-ability v v v
9. Feedback Cycle
1. Consider validity of feedback (if nec. consult)
2. Explore model from perspective of feedback
3. Address feedback issue in prototype
4. Repeat 2 & 3 till acceptance
5. Once multiple changes have been made repeat 2 & 3
Also probe impact on students :
â Concepts of Mathematics Questionnaire (Crawford et al, 1998)
â Approaches to Studying Questionnaire (Richardson, 1990)
â Experiences of Teaching and Learning Questionnaire (Ramsden, 1991)
â Course evals, interviews and focus groups
NB: Big benefit of feedback ď focussed reflection
10. Feedback Explored
⢠Focus on the theoretical foundations
⢠How will it work?
⢠How will it address the learning problem?
⢠Collaborative wikis at first year level????!!!!
⢠Facilitation aspects
⢠Wiki vs in (or out of class) collaborative learning
11. Future Considerations
⢠Detailed exploration of facilitation and identifying training
requirements
⢠The need for alignment of assessment activities
⢠The need for a pilot program prior to implementation.
⢠Consider implementing:
â Broadening collaboration to include national and international student projects
â Collaborative textbooks
â Adobe connect interviews to address motivational issues
â Concept mapping from both lecturer and student perspective for deeper understanding
â Reflective learning journals via blogs
â Flipping the classroom using vodcasting
â Integrating the use of 3D visualisation software
12. References
⢠Augar, N. Raitman, R. Zhou, W. (2004, December) âTeaching and learning online with wikisâ, Proceedings of the 21st
ASCILITE Conference, Perth, Australia: 95-104
⢠Beichner, R. (2008) âThe SCALE-UP Project: A Student-Centered Active Learning Environment for Undergraduate
Programsâ, BOSE Conference on Promising Practices-Innovation in Undergraduate STEM Education, Washington,
DC.
⢠Ben-Zivi, D. (2007) âUsing Wiki to promote Collaborative Learning in Statistics Educationâ, Technology Innovations in
Statistics Education, Center for the teaching of Statistics, UCLA, UC Los Angeles
⢠Bower, M (2008). âAffordance Analysis â matching learning tasks with learning technologiesâ, Educational Media
International, 45(1): 3-15
⢠Crawford, K. Gordon, S. Nicholas, J. Prosser, M. (1998) âUniversity mathematics students' conceptions of
mathematicsâ, Studies in Higher Education, Volume 23 (1): 87-94
⢠Davidowitz, B. Rollnick, M. (2010) âAdjustment of underprepared students to tertiary educationâ, in Rollnick, M.
(eds) Identifying Potential for Equitable Access to Tertiary Level Science. Springer: 89-108
⢠Leitze, A.R. (1996) âTo major or not major in mathematics? Affective factors in the choice-of-major decisionâ, in
Kaput, J. Schoenfeld, A. Dubinsky, E. (eds) CMBS Issues in Mathematics Education 6:83â100
⢠Lipponen, L. (2002) âExploring Foundations for Computer-Supported Collaborative Learningâ, Proceedings of CSCL
2002: 72-81
13. ⢠Martin,P. Premadasa,K. (2010), âeffective use of Wikis in College Mathematics Classesâ, Journal on
Systemics, Cybernetics and Informatics, Volume 8(6): 76-78
⢠Marshall, D. Lesai, M. Schroeder, I. (2007, December) âMaking the Tacit Explicit: Accessing the
Discourse of Physicsâ, For Engineering and Science Educators, Volume 11, 4-6.
⢠Minocha, S. Thomas, P. (2007, December) âCollaborative Learning in a Wiki Environment:
Experiences from a software engineering courseâ, New Review of Hypermedia and Multimedia,
volume 13 (2): 187-209.
⢠Mji, A. (2003) âA three-year perspective on conceptions of and orientations to learning mathematics
of prospective teachers and first year university studentsâ, International Journal of Mathematical
Education in Science and Technology, volume 34 (5): 687-698
⢠Ramsden, P.(1991) âA performance indicator of teaching quality in higher education: The Course
Experience Questionnaireâ, Studies in Higher Education, volume 16 (2): 129-150
⢠Richardson, J. (1990) âReliability and replicability of the Approaches to Studying Questionnaireâ,
Studies in Higher Education, volume 15 (2): 155-168
⢠Smith, B. MacGregor, J. (1992) âWhat is Collaborative learningâ, Goodsell, A. (eds) Collaborative
learning: A Sourcebook for Higher Education, National Center on Postsecondary Teaching, Learning
and Assessment, University Park, PA: 10-29
⢠Wandisile, M. Tshiwula, L. (2012, January) âStudent diversity in South African higher educationâ,
Widening Participation and Lifelong Learning, Volume 13, Special Issue: 19-33
Hinweis der Redaktion
1- personal experience2- Gap between school and university, rote learners, survival strategies3- assess using questionnaires4-assess using instruments5- 150 and 1st year AD
1 â builds up knowledge by challenging assumptions and misconceptions. Does need expert input.2- high tech in class (Scale Up), low tech â group around a table with pen and paper3- Asynchronous, Lecture is not the primary knowledge build location e.g. UWC flip chart, pens and group support. Intensive more closely resembles modern work environment4- provides platforms such as blogs, wikis, forums , chats
Link problem to nature of tool
2- Real world handling of problems3- Formal meetings to check if on track and where required award milestone marks6- 6 can take many forms
First considered task affordances (bowen)Had to add some affordance typesThen compare these to the affordances of tool options.Clearly wiki is the best option. Ideally looking for a wiki with a sidebar chat? How will they communicate with each other.
1- good grounding question2+3 â Made me review the process details and inspect clarity4 A warning linked to 55 â addressed earlier