The current state of higher education has increasing pressure over academics to offer high quality experience at scale. But what could be the actions that can be deployed to achieve this increase? What would be a good guiding principle to decide these actions? In this talk we explore first the possibility of using feedback and a coach mentality to provide student support, and then how data can help us scale that technique. There are examples of potential scenarios to deploy this at the level of a course, program or overall student experience.
Using OnTask for Student Coaching in Large Student CohortsAbelardo Pardo
The provision of student feedback is a challenging and resource intensive
task for any instructor but at the same time it has the potential of
significantly improve the overall quality of a learning experience.
This challenge is magnified even further in the context of large student
cohorts. Current initiatives such as the one captured by the OnTask project
have explored how to use data about student engagement to support instructors
of large student cohorts in this process. But despite the use of technology
there are still important aspects to consider. What is the ideal tone of the
message? Should they focus on the material? Assessments? Strategies? How
often is idea to send these messages? In this talk we will cover some
principles and examples of how instructors are addressing the problem.
Facilitating feedback processes at scale through personalised support actionsAbelardo Pardo
As education keeps advancing into the era of ubiquitous data availability there are certain challenges that are also increasing. The connection between data and direct improvements or benefit for students in terms of the overall quality of the learning experience is still an area under significant evolution. Learning analytics promises the use of data to improve learning experiences, but bridging the distance between widespread data availability and meaningful, effective and relevant actions informed by this data is still important. The current focus when considering the use of data tends to gravitate towards institutional interventions that target only a subset of the students (e.g. those at risk of dropping a course or abandoning the institution). But the student experience is much more complex and varied.
In this talk we will describe OnTask, a platform and approach to facilitate the connection between data and actions in the context of a learning experience. The framework used by the tool contains a generic architecture to simplify the combination of multiple data sources under a single data structure with an intuitive design of rule-based personalized support actions that can be scaled to large student cohorts. OnTask approaches the problem from the benefits of feedback processes that rely on a conversation between students and instructors at the level of a course.
Articulating the connection between Learning Design and Learning AnalyticsAbelardo Pardo
Learning analytics is a discipline that uses data captured by technology during a learning experience to increase our level of understanding, increase its quality, and improve the environment in which it occurs. But these experiences need to be designed first. In this talk we start from the statement that there is no such thing as a neutral design. In the era of increasing technology mediation Learning experiences need to be designed considering the capacity to capture data, the possibility of making sense and derive knowledge from the data, and the need to act on that knowledge. In this talk we will explore some initiatives to make these connections explicit in a learning design. Using a flipped learning experience, we will explore how to embed data and data analysis as part of the design tasks.
Provision of personalized feedback at scale using learning analyticsAbelardo Pardo
The increasing presence of technology mediation offers an unprecedented opportunity to use detailed data sets about the interactions that occur while a learning experience is being enacted. Areas such as Learning Analytics or Educational Data Mining have explored numerous algorithms and techniques to process these data sets. Additionally, technology now offers the opportunity to increase the immediacy of interventions. However, not much emphasis has been placed on how to extract truly actionable knowledge and how to bring it effectively as part of a learning experience. In this talk, we will use the concept of feedback as the focus to establish a specific connection between the knowledge derived from data-analysis procedures and the actions that can be immediately deployed in a learning environment. We will discuss how there is a trade-off between low-level automatic feedback and high-level complex feedback and how technology can provide efficient solutions for the case of large or highly diverse cohorts.
Designing Engaging Learning Experiences in Digital EnvironmentsAbelardo Pardo
Talk about how to address the design of learning experiences in the current digital environments and how to take into account the student perspective, motivation, feedback, and other various aspects.
The role of data in the provision of feedback at scaleAbelardo Pardo
Technology mediation allows to capture comprehensive data sets about interactions occurring in learning experiences. Although these data sets have the potential of increasing the insight on how learning occurs, their use strongly depends on two aspects: the data has to be properly situated in the learning design, and the insights derived need to be translated into actions. In this talk we will explore how to establish this connection for the case of the provision of feedback. We will approach the problem from the point of view of intelligence amplification, that is, how data can support instructors to provide better support to learners through feedback. The talk will discuss some preliminary results from the Ontasklearning.org project.
The role of data in the provision of feedback at scaleAbelardo Pardo
The abundance of data in learning environments poses both a potential and a challenge. Improvements in the student experience need a strong connection between data, learning design and the delivery platform. In this talk we explore some ideas on how to establish this connection with respect to feedback.
Using OnTask for Student Coaching in Large Student CohortsAbelardo Pardo
The provision of student feedback is a challenging and resource intensive
task for any instructor but at the same time it has the potential of
significantly improve the overall quality of a learning experience.
This challenge is magnified even further in the context of large student
cohorts. Current initiatives such as the one captured by the OnTask project
have explored how to use data about student engagement to support instructors
of large student cohorts in this process. But despite the use of technology
there are still important aspects to consider. What is the ideal tone of the
message? Should they focus on the material? Assessments? Strategies? How
often is idea to send these messages? In this talk we will cover some
principles and examples of how instructors are addressing the problem.
Facilitating feedback processes at scale through personalised support actionsAbelardo Pardo
As education keeps advancing into the era of ubiquitous data availability there are certain challenges that are also increasing. The connection between data and direct improvements or benefit for students in terms of the overall quality of the learning experience is still an area under significant evolution. Learning analytics promises the use of data to improve learning experiences, but bridging the distance between widespread data availability and meaningful, effective and relevant actions informed by this data is still important. The current focus when considering the use of data tends to gravitate towards institutional interventions that target only a subset of the students (e.g. those at risk of dropping a course or abandoning the institution). But the student experience is much more complex and varied.
In this talk we will describe OnTask, a platform and approach to facilitate the connection between data and actions in the context of a learning experience. The framework used by the tool contains a generic architecture to simplify the combination of multiple data sources under a single data structure with an intuitive design of rule-based personalized support actions that can be scaled to large student cohorts. OnTask approaches the problem from the benefits of feedback processes that rely on a conversation between students and instructors at the level of a course.
Articulating the connection between Learning Design and Learning AnalyticsAbelardo Pardo
Learning analytics is a discipline that uses data captured by technology during a learning experience to increase our level of understanding, increase its quality, and improve the environment in which it occurs. But these experiences need to be designed first. In this talk we start from the statement that there is no such thing as a neutral design. In the era of increasing technology mediation Learning experiences need to be designed considering the capacity to capture data, the possibility of making sense and derive knowledge from the data, and the need to act on that knowledge. In this talk we will explore some initiatives to make these connections explicit in a learning design. Using a flipped learning experience, we will explore how to embed data and data analysis as part of the design tasks.
Provision of personalized feedback at scale using learning analyticsAbelardo Pardo
The increasing presence of technology mediation offers an unprecedented opportunity to use detailed data sets about the interactions that occur while a learning experience is being enacted. Areas such as Learning Analytics or Educational Data Mining have explored numerous algorithms and techniques to process these data sets. Additionally, technology now offers the opportunity to increase the immediacy of interventions. However, not much emphasis has been placed on how to extract truly actionable knowledge and how to bring it effectively as part of a learning experience. In this talk, we will use the concept of feedback as the focus to establish a specific connection between the knowledge derived from data-analysis procedures and the actions that can be immediately deployed in a learning environment. We will discuss how there is a trade-off between low-level automatic feedback and high-level complex feedback and how technology can provide efficient solutions for the case of large or highly diverse cohorts.
Designing Engaging Learning Experiences in Digital EnvironmentsAbelardo Pardo
Talk about how to address the design of learning experiences in the current digital environments and how to take into account the student perspective, motivation, feedback, and other various aspects.
The role of data in the provision of feedback at scaleAbelardo Pardo
Technology mediation allows to capture comprehensive data sets about interactions occurring in learning experiences. Although these data sets have the potential of increasing the insight on how learning occurs, their use strongly depends on two aspects: the data has to be properly situated in the learning design, and the insights derived need to be translated into actions. In this talk we will explore how to establish this connection for the case of the provision of feedback. We will approach the problem from the point of view of intelligence amplification, that is, how data can support instructors to provide better support to learners through feedback. The talk will discuss some preliminary results from the Ontasklearning.org project.
The role of data in the provision of feedback at scaleAbelardo Pardo
The abundance of data in learning environments poses both a potential and a challenge. Improvements in the student experience need a strong connection between data, learning design and the delivery platform. In this talk we explore some ideas on how to establish this connection with respect to feedback.
Feedback at scale with a little help of my algorithmsAbelardo Pardo
Talk exploring how to use data to provide scalable feedback in learning experiences. The solutions explored propose the use of algorithms to enhance how humans instructors provide feedback to students more effectively
Providing personalised student support in blended learning at scaleAbelardo Pardo
Blended learning environments can be used to deploy strategies to increase student engagement in learning experiences. However, for these strategies to be effective, this increase in engagement requires an increase in student support which can pose serious challenges for large cohorts. The increase in technology mediation offers unprecedented opportunities to collect information
about how students interact in a learning environment. Can this data be used to provide student support at scale? Is it feasible to blend data management techniques as part of a learning design to provide personalised suggestions to students? This talk will offer various practical examples of personalised
student support actions in the context of a large flipped classroom.
The role of institutional data in Learning AnalyticsAbelardo Pardo
Learning analytics has the potential of improving how higher education institutions operate. A significant portion of this potential derives from the use of institutional data. In this talk we review the role of these units in achieving institutional capacity and show some examples of the type of solutions possible at the level of instructors.
Increasing student engagement has been one of the main focus to improve the quality of a learning experience. In this talk we cover two aspects that can contribute to this increase: flipped learning, and feedback.
Data2U: Scalable Real time Student Feedback in Active Learning EnvironmentsAbelardo Pardo
Active learning environments require sustained student engagement in learning scenarios. Can we use data to provide feedback in real time about this participation?
Learning and Behavioral Analytics From concept to realityAbelardo Pardo
How can learning analytics be taken from its design to its deployment in an educational institution? What are the issues, limitations, strategies? This presentation includes a descirption of Learning Analytics, examples, how to tackle systemic deployment and suggestions on how to build institutional capacity.
How to use e-analytics. When big is not so bigAbelardo Pardo
How can learning analytics can be used to support active learning biomedical education? The talk describes three concepts to explore to bring students to the center of a learning experience and how technology can support that shift.
Generating Actionable Predictive Models of Academic PerformanceAbelardo Pardo
Exploring predictive models that are closer to action by instructors. The talk proposes the use of hierarchical partitioning algorithms to produce decision trees that can be used to divide students into groups and simplify how feedback is provided.
Expo Day: Neuroenginnering, BPI, Arrowsmith Program & ARPFSharpBrains
Selected Summit Sponsors and Partners showcase their most promising brain health & enhancement initiatives and solutions.
Noon-1pm. From tomorrow’s neuroengineering to today’s brain health
*Dr. Randal Koene, Lead Scientist at Kernel, discusses future directions of neuroenginnering and human computer interfaces.
*Dr. Leanne Young, Executive Director of the Brain Performance Institute at UT-Dallas Center for BrainHealth presents the new 62,000-square-foot Brain Performance Institute.
1-1.30pm. Debbie Gilmore, Executive Director of The Arrowsmith Program, will present plans to better equip 100+ schools helping students with special needs.
1.30-2pm. Dr. Chris Walling, Chairman of the Educational Advisory Committee at The Alzheimer’s Research and Prevention Foundation (ARPF), will present the new Brain Longevity Therapy Training.
*Álvaro Fernández, CEO and Editor-in-Chief of SharpBrains
*Sarah Lenz Lock, Senior Vice President for Policy at AARP and Executive Director of the Global Council on Brain Health (GCBH)
*Dr. April Benasich, Director of the Baby Lab at the Rutgers Center for Molecular and Behavioral Neuroscience
*Chaired by: Dr. Cori Lathan, Co-Chair of the World Economic Forum’s Council on the Future of Human Enhancement
Slidedeck supporting session held during the 2017 SharpBrains Virtual Summit: Brain Health & Enhancement in the Digital Age (December 5-7th). Learn more at: https://sharpbrains.com/summit-2017/
Using learning analytics to help flip the classroomAbelardo Pardo
Presentation given at the 2013 Blended Learning Summit.
How can learning analytics help flip the classroom? What kind of technology can help us increase the level of engagement of students? Can the flipped classroom increase the effectiveness of a learning experience?
Analytics to understand learning environmentsAbelardo Pardo
Seminar for the CHAI Group at The University of Sydney. A summary of the initiatives I have worked on in the past years plus a brief account of my current work.
Keynote speech - Carole Goble - Jisc Digital Festival 2015Jisc
Carole Goble is a professor in the school of computer science at the University of Manchester.
In this keynote, Carole offered her insights into research data management and data centres.
RARE and FAIR Science: Reproducibility and Research ObjectsCarole Goble
Keynote at JISC Digifest 2015 on Reproducibility and Research Objects in Scholarly Communication
Includes hidden slides
All material except maybe the IT Crowd screengrab reusable
Exploring hands-on multidisciplinary STEM with Arduino EsploraAbelardo Pardo
In this presentation we describe the Madmaker project. The use of Arduino Esplora to promote STEM activities in High Schools. It contains a description of our approach and data derived from the evaluation.
One of the objectives of the recently created Faculty of Engineering and IT Education Innovation unit is to promote "sustained innovation" in engineering educaiton. Innovation is a word that gets thrown around quite frequently and it is assumed we all know what it means. In recent times the term appears in more complex expressions such as "sustained innovation" or
"culture of innovation". Organisations in general are facing challenges to go from stating the intent of adopting a culture of innovation and actually achieving it. Engineering and IT education is no exception. In fact, there are recent studies that point to the disparity of perception among academics about
what exactly means innovation in the context of learning and teaching engineering and IT disciplines. In this session we will discuss several elements that need to be present for innovation to occur and collaboratively distil some conditions that would provide the right climate so that learning and teaching innovation flourishes in the faculty.
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Blended learning environments can be used to deploy strategies to increase student engagement in learning experiences. However, for these strategies to be effective, this increase in engagement requires an increase in student support which can pose serious challenges for large cohorts. The increase in technology mediation offers unprecedented opportunities to collect information
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Active learning environments require sustained student engagement in learning scenarios. Can we use data to provide feedback in real time about this participation?
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How can learning analytics be taken from its design to its deployment in an educational institution? What are the issues, limitations, strategies? This presentation includes a descirption of Learning Analytics, examples, how to tackle systemic deployment and suggestions on how to build institutional capacity.
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How can learning analytics can be used to support active learning biomedical education? The talk describes three concepts to explore to bring students to the center of a learning experience and how technology can support that shift.
Generating Actionable Predictive Models of Academic PerformanceAbelardo Pardo
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Using data to provide personalised feedback at scale
1. Using data to provide
personalised feedback at scale
Prof Abelardo Pardo
Division of IT, Engineering and the Environment
slideshare.net/abelardo_pardo Twitter: @abelardopardo
NickMacMillan
2. Abelardo Pardo Using data to provide personalised feedback at scale 2
JonnyCaspari
Under
Pressure
Can
Data
Help?
Which
Actions?
Examples
3. Abelardo Pardo Using data to provide personalised feedback at scale 3
JonnyCaspari
Under
Pressure
4. Abelardo Pardo Using data to provide personalised feedback at scale 4
Simple information transfer is not working
Mazur, E. (2009). Farewell, lecture. Science, 323(5910), 50-51.
Krugazorflickr.com
5. Abelardo Pardo Using data to provide personalised feedback at scale 5
SamAbrahamflickr.com
Blended Learning
Frontier between physical and virtual spaces is blurring
6. Abelardo Pardo Using data to provide personalised feedback at scale 6
JansonHewsflickr.com
7. Abelardo Pardo Using data to provide personalised feedback at scale 7
Use a
theoretical
model
8. Abelardo Pardo Using data to provide personalised feedback at scale 8
“… robust correlations between student
involvement in a subset of ‘educationally
purposive activities’, and positive outcomes of
student success and development, including
satisfaction, persistence, academic achievement
and social engagement”
Trowler, V. (2010). Student engagement literature review. York, UK: The Higher Education Academy.
shuaGandersonflickr.com
9. Abelardo Pardo Using data to provide personalised feedback at scale 9
JonnyCaspari
Under
Pressure
Which
actions?
10. Abelardo Pardo Using data to provide personalised feedback at scale 10
“… teaching in higher education will
necessarily shift the balance of its efforts
towards a greater investment in design as
a way of coping with otherwise intolerable
pressures on staff and resources.”
Goodyear, P. (2015). Teaching as Design. HERDSA Review of Higher Education, 2, 27-50.
11. Abelardo Pardo Using data to provide personalised feedback at scale 11
“There is no such thing as a neutral design”
JeremyBrooksflickr.com
Thaler, R. H., & Sunstein, C. R. (2008). Nudge. Great Britain: Yale University Press.
12. Abelardo Pardo Using data to provide personalised feedback at scale 12
Thaler, R. H., & Sunstein, C. R. (2008). Nudge. Great Britain: Yale University Press.
“People make good choices in contexts in
which they have experience, good
information, and prompt feedback”
DerekBruffflickr.com
13. Abelardo Pardo Using data to provide personalised feedback at scale 13
Bjork, R. A., Dunlosky, J., & Kornell, N. (2013). Self-regulated learning: beliefs, techniques, and illusions. Annu Rev Psychol, 64,
417-444. doi:10.1146/annurev-psych-113011-143823
• Understand
human memory
and learning
• Know useful study
techniques
MatthewMaillet
• Know how to
monitor
• Understand
existing biases
14. Abelardo Pardo Using data to provide personalised feedback at scale 14
Hattie, J. A. (1999). Influences on student learning. Inaugural professorial address, University of Auckland, New Zealand
If You Could Choose One…
• More than 500 meta-analyses
of student achievements
• 100 factors with potential
influence
• Feedback in top five
• (74 meta-analyses) Most
effective form: video, audio,
computer-assisted
instructional feedback, and/or
related goals
15. Abelardo Pardo Using data to provide personalised feedback at scale 15
Pardo, A. (2017). A feedback model for data-rich learning experiences. Assessment & Evaluation in Higher Education, 1-11. doi:
10.1080/02602938.2017.1356905
FarukAteşflickr.com
“Feedback is a process to positively influence how students
engage with their work in a learning experience so that they can
improve its overall quality with respect to an appropriate reference
and increase their self-evaluative capacity”
16. Abelardo Pardo Using data to provide personalised feedback at scale 16
JacksonLavarnway
17. Abelardo Pardo Using data to provide personalised feedback at scale 17
JonnyCaspari
Under
Pressure
Can
Data
Help?
Can
Data
Help?
18. Abelardo Pardo Using data to provide personalised feedback at scale 18
Large number of events per user
2016-08-09 00:05:43.124199+00,989,129.78.56.144,"{""outcome"": ""incorrect"", ""assessment"":
""summative"", ""score"": 44.4444444444444, ""exercise"": ""/data2u/static/exco_exc/DRM/
problem_13_c.html"", ""sequence"": ""DRM-exco-C""}",abelardopardo,196619,exco-answer
2016-08-09 00:05:44.140307+00,989,129.78.56.144,"{""score"": 44.4444444444444, ""exercise"": ""/data2u/
static/exco_exc/DRM/problem_03_c.html"", ""sequence"": ""DRM-exco-C""}",abelardopardo,196620,exco-view
2016-08-09 00:05:47.76122+00,968,49.182.128.186,"{""question_id"":""COD-numberofwires-eqt_1"",""answer"":
1}",abelardopardo,196621,embedded-question
2016-08-09 00:05:48.861036+00,806,129.78.56.151,"{""question_id"":""COD-encodeintegers-section-
eqt_4"",""answer"":0}",abelardopardo,196622,embedded-question
2016-08-09 00:05:48.959791+00,989,129.78.56.144,"{""outcome"": ""correct"", ""assessment"":
""summative"", ""score"": 50.0, ""exercise"": ""/data2u/static/exco_exc/DRM/problem_03_c.html"",
""sequence"": ""DRM-exco-C""}",abelardopardo,196623,exco-answer
2016-08-09 00:05:49.539162+00,989,129.78.56.144,"{""score"": 50.0, ""exercise"": ""/data2u/static/
exco_exc/DRM/problem_14_c.html"", ""sequence"": ""DRM-exco-C""}",abelardopardo,196624,exco-view
2016-08-09 00:05:49.571138+00,1311,129.78.56.159,"{""url"":""https://flip.ee.usyd.edu.au/elec1601/
Material/COD/index.html""}",abelardopardo,196625,resource-view
2016-08-09 00:05:50.050035+00,1069,129.78.56.199,"{""question_id"":""COD-integerencoding-videoeqt-
eqt_3"",""answer"":0}",abelardopardo,196626,embedded-question
2016-08-09 00:05:51.709295+00,806,129.78.56.151,"{""question_id"":""COD-encodeintegers-section-
eqt_4"",""answer"":0}",abelardopardo,196627,embedded-question
2016-08-09 00:05:51.962474+00,1069,129.78.56.199,"{""question_id"":""COD-integerencoding-videoeqt-
eqt_3"",""answer"":0}",abelardopardo,196628,embedded-question
2016-08-09 00:05:52.0819+00,806,129.78.56.151,"{""question_id"":""COD-encodeintegers-section-
eqt_4"",""answer"":""-1""}",abelardopardo,196629,embedded-question
2016-08-09 00:05:53.025356+00,1069,129.78.56.199,"{""question_id"":""COD-integerencoding-videoeqt-
eqt_3"",""answer"":1}",abelardopardo,196630,embedded-question
2016-08-09 00:05:54.756229+00,1311,129.78.56.159,"{""url"":""https://flip.ee.usyd.edu.au/elec1601/
Material/COD/COD_notes.html#range-accuracy-and-precision-of-the-floating-point-
representation""}",abelardopardo,196631,resource-view
2016-08-09 00:05:54.856333+00,989,129.78.56.144,"{""outcome"": ""incorrect"", ""assessment"":
""summative"", ""score"": 50.0, ""exercise"": “"/data2u/static/exco_exc/DRM/problem_03_c.html"",
""sequence"": ""DRM-exco-C""}",abelardopardo,196623,exco-answer
19. Abelardo Pardo Using data to provide personalised feedback at scale 19
4187,
2016-07-14 00:56:46.341946+00,
{“time”":0,"id":"xEJtdMQMcrs","event":"PLAY"},
https://mycourse.com/Material/HLP/HLP_notes.html,
embedded-video
4187, 2016-07-14 00:56:46.341946+00, VIDEO, xEJtdMQMcrs, PLAY, COD, W2
Combine logs with design
Learner played a video about topic COD from Week 2
20. Abelardo Pardo Using data to provide personalised feedback at scale 20
4187,
2016-07-14 00:56:46.341946+00,
{“time”":0,"id":"xEJtdMQMcrs","event":"PLAY"},
https://mycourse.com/Material/HLP/HLP_notes.html,
embedded-video
4187, 2016-07-14 00:56:46.341946+00, VIDEO, xEJtdMQMcrs, PLAY, COD, W2
Combine logs with design
Learner played video about COD from W2 during W6
For the first time during
the course — The
student is catching up
For the sixth time during
the course — The
student is reviewing
21. Abelardo Pardo Using data to provide personalised feedback at scale 21
Combine events to obtain tactics
Tactic 1
• Review videos and
immediately answer questions
(or annotate).
• Review suggested additional
material.
• Engage with some practice
exercises.
• Engage in discussion in forum
Tactic 2
• Try to solve the summative
assessment questions. Most
attempts are incorrect
• Review course structure
(assessment, requirements)
• Consult a small subset of
available resources
22. Abelardo Pardo Using data to provide personalised feedback at scale 22
Identify learning strategies
Strategy 1
• Numerous short sessions with
comprehensive levels of
engagement.
• Sessions spread across time.
• Frequent self-reflection
elements.
• Numerous engagements with
discussion forum.
Strategy 2
• Infrequent long sessions only
focused in one type of
resource.
• Sessions always close to
submission deadlines.
• Poor variety of tactics.
23. Abelardo Pardo Using data to provide personalised feedback at scale 23
JonnyCaspari
Under
Pressure
Can
Data
Help?
Which
Actions?
Examples
24. Abelardo Pardo Using data to provide personalised feedback at scale 24
MikeWilson
Course
Degree or program
Student experience
25. Abelardo Pardo Using data to provide personalised feedback at scale 25
Pardo, A., & Mirriahi, N. (2017). Design, Deployment and Evaluation of a Flipped Learning First-Year Engineering Course. In C.
Reidsema, L. Kavanagh, R. Hadgraft, & N. Smith (Eds.), Flipping the classroom. Practice and Practices in Higher Education (pp.
177-191). Singapore: Springer. doi:10.1007/978-981-10-3413-8_11
Blended Learning Experience
• 13 week experience
• 1 lecture (2hr), 1 tutorial (2hr), 1 laboratory session (3hr) per week
• Videos with immediate MCQ for recall (formative assessment)
• Resources with embedded formative assessment items
• Preparation exercises required (summative) before lectures, and then
available for practice (formative)
• Self-reflection and awareness elements available
26. Abelardo Pardo Using data to provide personalised feedback at scale 26
Fincham, E., Gašević , D., Jovanović, J., & Pardo, A. (In Press). From Study Tactics to Learning Strategies: An Analytical Method
for Extracting Interpretable Representations. IEEE Transactions on Learning Technologies.
Detecting Learning Tactics in Sessions
1. 60% video, 40% content
2. Almost exclusively summative assessment (90%)
3. Almost exclusively formative assessment or practice (90%)
4. Content browsing (90%)
5. Meta-cognitive actions (90%). Browsing the self-reflection elements, checking
pages about how the course is organised, suggested strategies, etc.
6. Content access and formative assessment (90%)
7. Access to content and meta-cognitive elements.
8. Formative assessment, summative assessment and content access.
27. Abelardo Pardo Using data to provide personalised feedback at scale 27
Fincham, E., Gašević , D., Jovanović, J., & Pardo, A. (In Press). From Study Tactics to Learning Strategies: An Analytical Method
for Extracting Interpretable Representations. IEEE Transactions on Learning Technologies.
Identifying Learning Strategies
28. Abelardo Pardo Using data to provide personalised feedback at scale 28
Jovanović, J., Gašević, D., Pardo, A., Mirriahi, N., & Dawson, S. (In Press). An analytics-based framework to support teaching
and learning in a flipped classroom. In J. M. Lodge, J. Cooney Horvath, & L. Corrin (Eds.), Learning analytics in the classroom:
translating learning analytics research for teachers. United Kingdom: Taylor & Francis.
Support teaching and learning in a flipped classroom
29. Abelardo Pardo Using data to provide personalised feedback at scale 29
Instructor — per task
Technology — per student
31. Abelardo Pardo Using data to provide personalised feedback at scale 31
ontasklearning.org
Pardo et al. OnTask: Delivering Data-Informed, Personalised Learning Support Actions. Journal of Learning Analytics. In Press
34. Abelardo Pardo Using data to provide personalised feedback at scale 34
• Support instructors to
manage personalised
feedback processes
• Simple rule-base
knowledge encoding
• Provide appropriate
view of data sources
• Scale to large and highly
diverse cohorts
• Open-source project
• Pilots running in 2018
• Contact us if interested
ontasklearning.org
35. Abelardo Pardo Using data to provide personalised feedback at scale 35
Focus groups
• “It helps me to validate where I am; do I need to
freak out right now?”
• “…gives you a nudge — Stop procrastinating and
playing games!”
• A reminder to study “across the board” (flow-on
effect)
• “The wording makes you want to do it. Like an
encouragement.”
36. Abelardo Pardo Using data to provide personalised feedback at scale 36
Program
objective 1
Program
objective 2
Program
objective 3
Program
objective4
1st year course 1 Basic Basic
1st year course 2 Basic
2nd year course 1 Proficient Proficient Basic
2nd year course 2 Proficient Proficient
3rd year course 1 Expert Expert Expert Expert
Support at the Degree/Program Level
37. Abelardo Pardo Using data to provide personalised feedback at scale 37
Program
objective 1
Program
objective 2
Program
objective 3
Program
objective4
1st year course 1 Basic Basic
1st year course 2 Basic
2nd year course 1 Proficient Proficient Basic
2nd year course 2 Proficient Proficient
3rd year course 1 Expert Expert Expert Expert
Support at the Degree Level
• Indicators of student engagement with respect to program objectives
• Tactics adopted in courses assessing each objective
• Provide personalized feedback to support achievement
38. Abelardo Pardo Using data to provide personalised feedback at scale 38
Program
objective 1
Program
objective 2
Program
objective 3
Program
objective4
1st year course 1 Basic Basic
1st year course 2 Basic
2nd year course 1 Proficient Proficient Basic
2nd year course 2 Proficient Proficient
3rd year course 1 Expert Expert Expert Expert
Identifying Degree Trajectories
• Provide personalized feedback to support trajectory
39. Abelardo Pardo Using data to provide personalised feedback at scale 39
James, N., Kovanovic, V., Marshall, R., Joksimovic, S., & Pardo, A. (2018). Examining the value of learning analytics for
supporting work-integrated learning. Paper presented at the National Conference on Work Integrated Learning, Brisbane,
Queensland, Australia.
SalzburgGlobalSeminar
Preparing graduates for work
• Identify indicators of progress in: social integration, soft skills,
community awareness.
• Connect with institutional resources
• Provide suggestions on how to engage or increase effectiveness
40. Abelardo Pardo Using data to provide personalised feedback at scale 40
RyoYoshitake
• Institutions are under pressure to provide quality at scale.
• Knowledge must be connected with actions at course,
program overall student experience levels.
• Data captured through technology mediation can provide
valuable insights for decision making.
• Deliver personalise actions based on knowledge
extracted from data.
Conclusions
41. Using data to provide
personalised feedback at scale
Prof Abelardo Pardo
Division of IT, Engineering and the Environment
slideshare.net/abelardo_pardo Twitter: @abelardopardo
NickMacMillan