Barangay Council for the Protection of Children (BCPC) Orientation.pptx
Everything You Need to Know About MOOCs
1. Everything you want to
know about MOOCs
Willem van Valkenburg
@wfvanvalkenburg
slideshare.net/wfvanvalkenburg
Unless otherwise indicated, this presentation is licensed CC-BY 4.0.
Please attribute TU Delft Extension School / Willem van Valkenburg
2. 2
WILLEM VAN VALKENBURG
Production & Delivery Manager
TU Delft Extension School
Board member
Open Education Consortium
twitter.com/wfvanvalkenburg slideshare.net/wfvanvalkenburg
5. 5MOOC poster by Mathieu Plourde licensed CC-BY:
https://www.flickr.com/photos/mathplourde/8620174342/sizes/l/in/photostream/
What is a MOOC?
6. 6
BASIC INGREDIENTS OF A MOOC
Learning Unit
1
Learning
Unit 2
Learning
Unit 3
Learning
Unit 4
Learning
Unit 5
Learning
Unit 6
Up to 10
weeks
Learning Unit
MOOC is divided into weeks. From 3 to 10 weeks
2 to 10 hours study time
Clear learning goals, end-of unit assessment
Learning
Block 1
Learning
Block 2
Learning
Block 3
Each with a couple of
self-contained learning blocks
video quiz text quiz discuss
9. “Open and online
education allows people
from around the world
access to the top education
of TU Delft. It enables
everybody who wants to
develop themselves and
accommodates the
increasing number of
students seeking higher
education. TU Delft is
dedicated to deliver
world class education
to everyone.”
Drs. Anka Mulder. Vice President Education TU Delft
10. 10
Blended Education
OpenCourseWare
PRODUCTS
MOOCs ProfEds Online Courses
• Learning Activities &
Course Materials
• Free
• Enrolled students only,
massive numbers
• From primary school
to PhD level
• Certificate of
Completion (paid)
• Course Materials
• Free
• Big Exposure,
Worldwide audience
• Both Bachelor and
Master level
• No interaction with
faculty
• No accredited
certificate
• Learning Activities &
Course Materials
• Paid enrollment
• Enrolled students only,
limited numbers
• Accredited Course
Certificate
• Full Master Degree
• Focused on working
professionals
• Learning Activities &
Course Materials
• Paid enrollment
• Enrolled students only,
moderate numbers
• Course Certificate
• Continuous Education
Units
11.
12. 12
Educate
REASON TO DO A MOOC
Prepare Students Claim the subject Reputation
21st century
engineers
Active network ResearchSharing knowledge
13. 13
Educational supply MOOC Components
Slide CC BY TU Delft Extension School / Martijn Ouwehand
http://www.slideshare.net/MartijnOuwehandMsc/open-licensing-moocs
Processes
•Assignments
•Exams
•Certificate
Contents
•Lecture recordings
•Lecture slides
Actions
•Design & deliver
Educational process
•Feedback, guidance
TU Delft MOOC Elements
Mere contents
Useful & copy-able
No teaching Effort
Teacher authority, offering services
Unique Selling Point TU Delft (based on
Research & Reputation)
Cannot be copied
Process facilitating the
learning process
Useful & copy-able
No Teaching effort needed
Value, use
Teaching
Effort
Educational
Services
Educational Resources
Model derived from: Mulder, F. & Janssen, B. (2013). Opening up Education, in Trend Report: Open Educational
Resources 2013. Published by the Open Educational Resources Special Interest Group. pp. 36-42
15. Online Learning Experience
“The purpose of
the OLE radar
graph is to rise
reflection and
critical thinking
regarding online
courses, not to
judge”
https://onlinelearningresearch.weblog.tudelft.nl/2015/07/05/defining-a-
pedagogical-model-the-tu-delft-online-learning-experience/
17. 17
COURSE PRODUCTION
• It is a team effort
• It costs more time than
expected
• Don’t focus to much on the
videos
18. 18
LOCATIONS
STUDIO OFFICE LECTURE HALL
WEATHER MAN INTERVIEW TABLE DISCUSSION
ANIMATIONS SCREEN CAPTURE PAPER DRAWING
Positions
Demonstrations
More info on http://multimedia-academy.tudelft.nl
22. 22
IMPACT ON..
1. Educating the world
2. Increasing TU Delft’s international Reputation
3. Improving campus education
4. New relations between education and research
5. Collaboration with industry
6. The whole TU Delft organization
27. 27
IMPACT OF OPEN EDUCATION:
HOW A MOOC CHANGED HIS LIFE
• Andersson Contreras
• Student from Colombia
https://www.edx.org/blog/how-delft-university-technology-changed
28. 28
MOOCS USED IN CLASSES AROUND THE
WORLD
Some examples:
• Indian training organisation is
using Functional Programming
• Glasgow Caledonian
University is using Solar
Energy
• Hogeschool Rotterdam is
using Water Treatment
• Hochschule Ostwestfalen-
Lippe is using Industrial
Biotechnology
https://twitter.com/pramode_ce/status/525643290964537344
29. 29
LOCALISATION OF MOOCS
More info on Kienhoc: https://opencourseware.weblog.tudelft.nl/2016/06/10/open-sharing-of-education-making-education-accessible-to-everyone/
http://kienhoc.vn/ http://www.asuka-academy.com/
https://www.edraak.org/ https://www.xuetangx.com/
32. 32
“I chose TU Delft
because while doing the
MOOCs, I could only
imagine the level of
expertise and facilities
the universities has.”
Abdulrasaq Gbadamosi
First year student MSc Electrical Engineering
TU Delft
35. 35
Arno Smets – Solar Energy Course
• 30% more material than in the classical classroom
• Pass rates up from 71% to 89%
• Grades up from 6.51 to 7.09 (on a scale from 1 to 10)
• 69% of students preferred flipped classroom
Fotografie:MarcelKrijger
IMPROVE QUALITY OF EDUCATION
More info: http://www.e-learn.nl/2015/01/11/mooc-has-positive-effect-on-campus-education
36. 36
BASED ON PAPER
Cabral, Pedro; Van Valkenburg, Willem; Dopper, Sofia (2016). What
have they done with the MOOCs?! The impact of MOOCs on
Campus Education in Ubach, George & Konings, Lizzie (2016).
Conference Proceedings The Online, Open and Flexible Higher
Education Conference 2016. Published by EADTU. ISBN:978-90-
79730-25-4 [Page 652-660]
CC-BY TU Delft/Pedro Cabral: http://www.slideshare.net/pmcabral/what-have-they-done-with-the-moocs
37. 37
Research
• 23 MOOCs (ran and finished in April 15th)
• Information sources
– E-Learning developer
– MOOCs’ Product Manager and Faculties’
Account Managers
– Evaluation Reports and Papers
– Course teams
CC-BY TU Delft/Pedro Cabral: http://www.slideshare.net/pmcabral/what-have-they-done-with-the-moocs
38. 38
Use of MOOCs’ Material
Platform Type of use # MOOCs
TUDelft’s
LMS
Full MOOC 7
Content, Activities &
Assessment
7
Only videos 3
edX Follow the MOOC 10
CC-BY TU Delft/Pedro Cabral: http://www.slideshare.net/pmcabral/what-have-they-done-with-the-moocs
39. 39
Didactical approach
Type of approach # MOOCs
Pre-requisite 6
Flipped classroom 10
Additional resources 6
Others 5
CC-BY TU Delft/Pedro Cabral: http://www.slideshare.net/pmcabral/what-have-they-done-with-the-moocs
40. Enrich student’s portfolio with
courses from leading universities
There are so many great MOOCs available
(but also a lot of bad ones)
41.
42. How does it work
• Each university selects around 10 MOOCs.
• TU Delft students can use MOOCs as electives,
in free minor or in honour’s programme
• Each MOOC will have a max number of students
(unlimited # learners)
• 3-year pilot: First MOOCs are offered from
February 2017
50. 50
Short-Cyclical Research Projects
• Researchers have the freedom to define their own
research project, research questions, and approach
– Within constraints (i.e. topic, time, budget)
– TU Delft offers data set / MOOC environment
• Preferred research themes are:
– Didactics of online learning
– Learning content
– Teacher roles and styles
– Online group dynamics
– Learner support
51. 51
Social Learning: Describing Forum
Participation
Poquet, O. (2016). Social learning in DelftX MOOCs (Internal Project Report).
53. 53
Research in open education
• Guidelines for Evaluating the Teaching and
Learning in MOOCs: a TU Delft approach
• Carpe Diem: a new day for flexible MOOC design
• Modeling Learners’ Social Centrality and
Performance through Language and Discourse
• Gender and Diversity in Engineering MOOCs, a
first Appraisal
• The Value of Engineering MOOCs from a
Learner’s Perspective
• Who is the Learner in the DelftX Engineering
MOOCs?
• Defining a Pedagogical Model: The TU Delft
Online Learning Experience
• Reconsidering Retention in MOOCs: the
Relevance of Formal Assessment and Pedagogy
• Scalability and Flexibility through Open Research
• Understanding social learning behaviours of
xMOOC completers
• Beyond the MOOC platform: gaining insights
about learners from the social web
https://onlinelearningresearch.weblog.tudelft.nl
• Currently a team of 4
• Research backgrounds in user modeling,
information retrieval, big data processing
and learning technologies.Guanliang
Chen
(PhD
student)
Dan Davis
(PhD
student)
Claudia
Hauff
(Assistant
Prof.)
Geert-Jan
Houben
(Professor)
54. Web Information Research Group
Research goal:
“Using and advancing user modeling techniques in
the context of open online education at scale in
developing a learner modeling-focused approach to
learning analytics”
Research backgrounds in user modeling, information retrieval, big
data processing and learning technologies.
55. Application domain
30 MOOCs Massive Open
Online Learning
Nearly 1,000,000
learners
Everything
learners do online
is logged
The unprecedented scale of online education requires a
paradigm shift; research in educational technologies is
now data-driven and computational.
Massive Open
Online Courses
56. Research goals
1. Gain actionable insights into learner behaviours at scale.
a. Data science
b. Big data processing
1. Increase our knowledge about learners by looking beyond
the learning platform.
a. Web data analytics
2. Design and implement interventions that enable adaptive
learning at scale.
a. Web engineering
b. Human-centered design
c. Learning technologies
Data
Knowledge
Application to
learning
gain insights
from data
design systems
based on insights
deploy systems
in practice
57. Personality in online learning
Does personality impact learner engagement, learner
behaviour and learner success in the context of MOOCs?
Can learners’ personalities be predicted based on their
behaviours exhibited in a MOOC platform?
EX101x: data
analysis
Personality data
on 763 learners
learner
Fills in personality
questionnaire
Leaves data traces in
the MOOC platform
Personality prediction
based on traces
Distribution of personality scores wrt.
Extraversion, Agreeableness,
Conscientiousness, Neuroticism and
Openness.
Guanliang Chen, Dan Davis, Claudia Hauff, and Geert-Jan Houben. On the Impact of Personality in Massive
Open Online Learning. ACM UMAP 2016.
WIS Research Project
58. Learners: explorers or conformers?
To what extent do learners adhere to a MOOC’s prescribed learning
path?
113,000 learners
across 4 MOOCs
Exploration through
visualization & motif
clustering
Dan Davis, Guanliang Chen, Claudia Hauff, and Geert-Jan Houben. Gauging MOOC Learners’ Adherence to
the Designed Learning Path. EDM 2016.
Most frequent motifs of the Functional
Programming MOOC.
WIS Research Project
59. Learning analytics for learners
Do learners change their behaviour when confronted
with their learning performance relative to that of
successful learners?
Tracker deployed
in the Drinking
Water MOOC
Dan Davis, Guanliang Chen, Ioana Jivet, Claudia Hauff, and Geert-Jan Houben. Encouraging Metacognition
& Self-Regulation in MOOCs through Increased Learner Feedback. LAL Workshop 2016.
5,462 learners
were exposed to
the intervention
WIS Research Project
60. Use of MOOCs for Research
The potential of solar energy:
• Light green is high potential
(best markets)
• Dark is less interesting
• Gray is no reliable data.
The probability of
blackouts of the
electricity network:
• Light color is little chance
• Black is more likely
Collaborations:
Leadership for Engineering with alumni
Sustainable Urban Development with Wageningen University
Geology with Shell
Industrial Boitechnology with university in Brasil
Circular Economy with Ellen MacArthur Foundation and partner companies
New mooc quantum cryptograhy with CalTech
We share contents openly
We license services through edX deal
We do not license the teacher, but offer a great replacement
We reach all countries in the world.
Only 3% from the Netherlands
This is a photo of a class in India
Glasgow Caledonian University is using our Solar mooc
Kienhoc is a Vietnamese nonprofit organisation, founded in September 2015, by a team of young Vietnamese with a passion for education.
All our MOOCs are used on campus
http://www.felienne.com/archives/4592
We offer MOOCs on the world-wide edX platform, next to world-class universities
Discussion with edX partner (high ranking) universities : How can our on campus students benefit more from our MOOCs and our collaboration?
A vision emerged: Virtual exchange of online courses
Main objective: Enrich the educational portfolio of our campus student, have them benefit from our Open & Online education
The main objective of this initiative is that our own campus students can enhance their portfolio.
Anka Mulder started this initiative and asked which other universities were interested to participate in the discussion. The alliance consists of 8 partners so far: 1. Rice university, 2. The university of British Columbia, 3. The university of Edinburgh, 4. TU Delft, 5. EPFL (Lausanne), 6. The university of Queensland, 7. The Hong Kong University of science and technology, 8. Australian National University. All partners are getting endorsement from their executive board now (half May every university should have approvement). Together we offer more than 100 MOOCs. All universities select 3 – 10 MOOCs to be part of this pilot. So we should get around 50 MOOCs in the basket. A hard condition within the alliance is that the MOOCs also have to be offered for credits for the students of the own university. This helps to trust the quality. The pilot project is not for MOOCs substituting our core curriculum, but only for electives. We are working on a coding system to describe our MOOCs. The producing university is responsible for preparing and grading the additional assessment.
All our MOOCs are used on campus
The plot shows for our learners that filled in the personality questionnaire the scores they receive on each of the five personality dimensions; the scores are somewhat different from the general population, in particular Openness to experience has a higher score distribution among MOOC learners than the general population
The table on the left shows the most common “motifs” (sequences of actions) learners create with their actions. We manually identified and clustered those motifs together. In the FP101x MOOC learners move through long sequences of quizzing, followed by binge watching; only in the third position is the motif of Lecture->Quiz_Complete which we initially expected to be the top motif.
The right image shows the learning tracker that we deployed to the 5,462 learners in the “Introduction to Drinking Water Treatment” MOOC (we employed A/B testing, thus had a control and test group); it is an image that is updated once a week. Each learner is compared to the average passing learner from last year according to 6 dimensions. The tracker was first shown to learners in Week 2 of the MOOC.
The plot on the left shows how the tracker changed learners’ behaviour: more learners in the test group submitted quizzes than the control group once the tracker was activated (week 2 and beyond). This implies that learners self-regulated their learning a bit better and became more self-aware of the learning process.
Arno heeft zijn studenten gevraagd informatie aan te leveren over het aantal zonuren en prijs van energie. 250 studenten hebben hierop gereageerd. Op basis daarvan is bovenstaande data gebaseerd. Puur een experiment om te kijken hoe je MOOCs kunt gebruiken om onderzoeksdata te verzamelen.
Toelichten
Verhaal Hans de Bruijn MOOC framing in te zetten om te onderzoeken hoe speeches worden ervaren in verschillende culturen.