Sven Charleer developed learning dashboards in 7 different designs across 3 learning settings - classrooms, study advice sessions, and general student use - involving over 100 students, 20 instructors, and 17 study advisers. The dashboards aimed to provide visualizations of learning analytics data to support students, instructors, and advisers. Evaluations of the dashboards led to 19 publications and ongoing interest from universities to deploy the dashboards more widely.
2. LEARNING ANALYTICS
2
“The measurement, collection, analysis, and reporting of data about learners
and their contexts, for purpose of understanding and optimising learning and
the environments in which it occurs”
J. L. Santos. Learning Analytics and Learning Dashboards: a Human- Computer Interaction Perspective. PhD dissertation, KU Leuven, 2015.
G. Siemens. “Learning analytics: envisioning a research discipline and a domain of practice”. Proceedings of the 2nd
International Conference on Learning Analytics and Knowledge . ACM. 2012, pp. 4–8.
session
course
degree
year
Microlevel
intro
4. LEARNING DASHBOARDS
4
“A Learning Dashboard is a single display that aggregates different indicators
about learner(s), learning process(es) and/or learning context(s) into one or
multiple visualisations.”
B. A. Schwendimann, M. J. Rodríguez-Triana, A. Vozniuk, L. P. Prieto, M. S. Boroujeni, A. Holzer, D. Gillet, and P. Dillenbourg. Understanding learning at a glance: An overview of learning
dashboard studies. In Proceedings of the Sixth International Conference on Learning Analytics & Knowledge, pages 532–533. ACM, 2016.
K. Verbert, E. Duval, J. Klerkx, S. Govaerts, and J. L. Santos. Learning Analytics Dashboard Applications. American Behavioral Scientist, 57(10):1500–1509, 2013.
Perceived benefits
Design guidelines
intro
7. RQ1: What are relevant learning traces, and how should we
visualise these data to support students to explore the path from
effort to outcomes?
RQ2: How can we promote students, inside and outside the
classroom, to actively explore this effort to outcomes path?
7
CREATING EFFECTIVE LEARNING DASHBOARDSch2
abundance of data - effort - outcome
9. Abstract the LA data
Provide access to the artefacts
Augment the abstracted data
Provide access to teacher and peer feedback
9
RESULTSch2
RQ1: What are relevant learning traces, and how should we visualise these
data to support students to explore the path from effort to outcomes?
10. 10
RESULTSch2
RQ2: How can we promote students, inside and outside the classroom, to
actively explore this effort to outcomes path?
Visualise the learner path
Integrate LA into the workflow
Facilitate collaborative exploration of the LA data
13. 13
CONTRIBUTIONSch2
Guidelines published at EC-TEL
(25% acceptance)
S. Charleer, J. Klerkx, E. Duval, T. De Laet, and K. Verbert. Creating effective learning analytics dashboards: Lessons learnt.
Adaptive and Adaptable Learning: 11th European Conference on Technology Enhanced Learning, EC-TEL 2016, Lyon,
France, September 13-16, 2016, Proceedings, pages 42–56, Cham, 2016. Springer International Publishing
LARAe
test beds across Europe, 461 students
14 papers
Stanford University - University of Technology Sidney - University of the Basque
Country - Murdoch University Perth - Curtin University Perth
Visual Learning Analytics workshop
Learning Analytics Summer Institute 2014, Harvard
14. 14
BALANCED DISCUSSION IN THE CLASSROOMch3
RQ3: What are the design challenges for ambient Learning
Dashboards to promote balanced group participation in
classrooms, and how can they be met?
RQ4: Are ambient Learning Dashboards effective means for
creating balanced group participation in classroom settings?
over- and under-participation
15. oup 1 Group 2
oup 5 Group 3
EVALUATION SETUPch3
case study 1
# participants 12 students
deployment
1 3h session with dashboard
1 3h session without dashboard
evaluation
class discussion
questionnaires (perceived distraction/
awareness/usefulness)
activity/quality logging
case study 2
# participants 19 students
deployment
half 3h session without dashboard
half 3h session with dashboard
evaluation
questionnaires (perceived importance
feedback/motivation)
activity/quality logging
15
16. Visualise balance in an abstract and neutral way
Add the qualitative dimension to the visualisation
Create a realistic picture of the classroom situation
16
RESULTS
RQ3: What are the design challenges for ambient LDs to promote balanced
group participation in classrooms, and how can they be met?
ch3
17. Ambient dashboards as support for teacher/presenter
Ambient dashboards raise awareness of the invisible
Ambient feedback information can activate students
17
RESULTS
RQ4: Are ambient LDs effective means for creating balanced group
participation in classroom settings?
ch3
18. Ambient dashboards as support for teacher/presenter
Ambient dashboards raise awareness of the invisible
Ambient feedback information can activate students
18
RESULTS
RQ4: Are ambient LDs effective means for creating balanced group
participation in classroom settings?
ch3
20. 20
CONTRIBUTIONS
Published Special Issue on Awareness and Reflection in
Technology-Enhanced Learning, IJTEL
(8/21 submissions accepted)
Charleer, S., Klerkx, J., Duval, E., De Laet, T. and Verbert, K. (2017) ‘Towards balanced
discussions in the classroom using ambient information visualisations’, Int. J. Technology Enhanced
Learning, Vol. 9, Nos. 2/3, pp.227–253.
Basis for new research collaboration
with the University of Sidney
ch3
21. SUPPORTING ADVISER-STUDENT DIALOGUEch4
RQ5: What are the design challenges for creating a Learning
Dashboard to support study advice sessions, and how can they be
met?
RQ6: How does such a Learning Dashboard contribute to the role
of the adviser, student, and dialogue?
21
lack of data-based feedback
23. Data Confidence
Collaboration
Adviser’s role
23
RESULTS
RQ6: How does such a Learning Dashboard contribute to the role of the
adviser, student, and dialogue?
ch4
RQ5: What are the design challenges for creating a Learning Dashboard to
support study advice sessions, and how can they be met?
Authorship
Visual Encoding
Ethics
26. RESULTSch4
S. Claes, N. Wouters, K. Slegers, and A. V. Moere. Controlling In-the-Wild Evaluation Studies of Public Displays. pages 81–84, 2015.
26
27. 27
CONTRIBUTIONSch4
Conditionally accepted to IEEE Transactions on Learning
Technologies with minor revisions
11% acceptance rate, IF most recent: 1.129, 5-year IF: 1.608
S. Charleer, A. Vande Moere, J. Klerkx, K. Verbert, and T. De Laet. Learning analytics dashboards
to support adviser-student dialogue. IEEE Transaction on Learning Technologies, conditionally
accepted with minor revisions, 18 pages
Deployed at
Engineering Science, Engineering Science: Architecture, Maths,
Biology, Physics, Geology, Geography, Biochemistry, Informatics,
Bio-engineering, Engineering Technology (3 campuses)
15 study advisers during 165 sessions
30. 30
FUTURE (ONGOING) WORKwrp
Ground work for long-term evaluations/deployments
Leiden University
Student union requests faculty deployment
KU Leuven has shown interest in dashboard university-wide