Presentation to ILC, November 2010 FAST FORWARD FOR A DIFFERENT FUTURE How Emerging Technologies are Transforming Education and Schools How To Capitalize on It Stephen Murgatroyd, PhD FBPsS FRSA Chief Innovation Officer
Presentation to ILC, November 2010
FAST FORWARD FOR ADIFFERENT FUTUREHow Emerging Technologies are Transforming Education and SchoolsHow To Capitalize on It
Stephen Murgatroyd, PhD FBPsS FRSAChief Innovation Officer
This presentation…..
Set a challenge context for this discussion…. What is happening with technology? How is this having an impact on education,
learning and schools? What are the “design, development and
deployment” (3D) implications for schools? What are the challenges this gives rise to?
Understanding the context
Significant changes taking place Demographics
Low birth rates and dependency on immigration Fast growth of aboriginal communities Literacy
Economics Low productivity Declining competitiveness Major industry sector transitions – manufacturing, forestry,
agriculture Socio-economic disruption
Social Change New forms of social meaning and networks New globalized relationships – “glocal” New challenges for the curriculum – 21st Century Skills
Shifts in K-12 Education
Focus on 21st Century Skills Building on skills base of current curriculum, but a significant shift More project work, less “instruction” – constructivist learning Commitment to essential skills – literacy, numeracy and technological
literacy Strong focus on “personalization”
Seeking to increase student engagement through enabling more choice Matching personal intentions / skills to curriculum options
Accountability Holding schools and school districts accountable for performance Linking resource allocation to performance Focusing on core skills for accountability – especially literacy and numeracy Big focus on student engagement
Lower funding with higher outcome expectations Class size, funding for special needs students and FNMI “tight” Resource base (funds for infrastructure, materials and technology) also
tight Growing expectations of more throughput to post-secondary
21st Century Skills FrameworkSource: Meteri Group and the North Central Regional Educational Laboratory (USA)
Digital Age Literacy• Basic Scientific, Economic
and Technological Literacies• Visual and Information
Literacies• Multicultural Literacies and
Global Awareness
Inventive Thinking• Adaptability, Managing
Complexity & Self Direction• Curiosity, Creativity and Risk
Taking• Higher Order Thinking and
Sound Reasoning
Effective Communication• Teaming, Collaboration &
Interpersonal Skills• Personal, social and civic
responsibility• Interactive communication
High Productivity• Prioritizing, planning and
managing for results• Effective use of real world tools• Ability to produce relevant, high
quality products• Ability to innovate through
continuous improvement
Engaged, Informed
and Skilled Citizens
Demand for skills over time(OECD data base)
In Ontario
Clear commitment to education from the Premier down
Focus on system wide accountability and performance and system wide development – Ben Levin and Michael Fullan’s interventions
Seeking to expand affordable access to post-secondary, especially for first nations and first generation learners – puts pressure on schools to produce more qualified students
Seeking to have a major impact on essential skills
Seeking to embrace technology in the classroom
Emerging technologies
The emerging technologies that are changing the way we work and play
The emerging technologies Low cost (relative to capacity) hand held digital
devices – the iPad, smartphone, PlayBook (RIM), Livescribe, GPS….
Broadband access at a low cost – free Wi-Fi, cellular bandwidth (4G), new ways to access broadband
Increasing graphical capacity and speed of digital devices – e.g. Smart Boards
Developments in artificial intelligence and machine learning
Developments in robotics, miniaturizing of components and in visual capacities of digital devices
3D television and the imminent arrival of 3D video conferencing
And technological applications The development of 250,000+ apps growing at
(approximately) 2,000 a day The emergence of social media – Facebook,
LinkedIn, Twitter, YouTube The rapid adoption of co-creation systems –
Wilki’s and related collaborative software (now integrated into Adobe, Office, etc.), Ning
Sophisticated gaming engines and animation – permitting simulation
Semantic web – intelligent agents, searching using machine learning
And technological “solutions” Cloud-based computing Integrated software - permitting easy movement of
data, images etc., from one place to another for fast creation
Integrated resource management – e.g. Alibris, eBay File sharing (Dropbox) and file “stealing” (Pirate Bay) Focused document management (e.g. ancestry.ca) Flash video and easy editing tools Digital photography and digital video
technology developments / time
How we can leverage emerging technologies to improve learning outcomes in K-12
Leveraging Technology for Learning
#1 Blended Learning Designed learning
experience which: Use online for knowledge and
in class for experiential work Engage students in learning
through projects and activity- based problem-solving
Leverage social networks Use web based resources via
Smart Boards and digital devices to support classroom learning
#2 Simulation Leveraging digital devices
(especially emerging 3D capacities) for: Simulating experiments in
science Simulating tasks – e.g.
robotics Simulating environmental
conditions (e.g. virtual wetlands)
Leveraging the power of artificial intelligence / machine learning to use simulations as a competency-based diagnostic tool
Classroom Based Teaching
#3 One to One Lap Top Projects Leveraging the power of
technology to enable a learner to: Work in different ways and
use different styles of learning
Engage with social networks in support of learning
Develop 21st century skills Develop critical thinking and
analytic skills Focus in classroom on
processing knowledge / developing understanding
#4 Cloud-Based Learning In an outcome-based
program where credit is awarded following a demonstration of outcome competences: Learners use social networks,
peer networks and expert clouds to secure their learning
Learners access knowledge through digital resource libraries
Teaching is minimal, the focus is on competency
Using the powers of machine learning, robotics and mobility to provide learners with: Patient remedial
learning for skills and knowledge they find problematic
Using global teaching networks to provide 24x7 coaching help
Using peer networks and social networks for remediation
Leveraging the power of technology and coopetition to: Developing glocal
texts (standard texts with local components) for glocal courses
Using the publishing consortia to accelerate the arrival of new knowledge into texts
Using online libraries and resource centres for text, audio, video and other resources..
#5 Digital Textbooks and Libraries
#6 Remediation
Using teams of learners, supported by an teacher and / or mentor, to tackle problems that matter (e.g. water, literacy, financial literacy): Connecting to “non”
academic solutions organizations
Leveraging peer networks and social networks – using the cloud
Serious research and serious games
Community-based assessment – impacts, competencies and outcomes
Linking learning activities to location enables A variety of curriculum areas
to be linked to place – history, social studies, geography, science..
Supports real time biodiversity information being integrated into projects and courses
Leverages global knowledge bases around species and environmental genomics
Provides rich access to local expertise
#7 Location Supported Learning
#8 Wicked Problem-Based Learning
Using technology to: Enhance learning
opportunities and learning experiences of learners with special needs
Enhance hearing and visual abilities
Enhance motor skills Enable learner support
Modularised curriculum linked to support for: Work-based skills – e.g.
trades education in school as part of the dual curriculum
Essential skills and financial literacy
Updating knowledge and skills – the next building code skills, next bio-refining process, the next robotic maintenance process….
#9 Just in Time Learning
#10 Support for Students with Special Needs
Innovation in action
Four examples of emerging technologies used in education and training
Four examples
One to One Lap Top Project – The Emerge Project 20 jurisdictions, 50 schools, 3500 students, 110+ teachers
and 50 administrators. Results show: increased student engagement, improved
readiness for 21st century skills, improved learning outcomes Challenges are: affordability, professional development, the
adoption curve for teachers, shifting teaching methods Robotics – The Galileo Educational Network and
Lego Serious Games for Schools Project based learning requiring challenge, social networking
and creative problem solving Serious games with clear, practical and tangible outcomes
Literacy and Essential Skills Working with reluctant readers using reading games and reading
challenges online Word skill development using “build a word” linked to sound and
visualization Dedicated literacy software
Capturing Aboriginal Knowledge and Content Creation Using video, audio and blogs to capture aboriginal knowledge –
e.g. healing properties of plants, “about this place”, our band… Using elders to support students in learning Cree
Looking globally at trends: More project-based work, less instruction More peer learning, less instruction More outcome-based learning, less focus on
process (especially time in class) More non-school based learning credits More routes to High School Diplomas – less the
one lane highway (New Brunswick, Alberta and BC)
…less teaching, more learning…
What we can say…
Technology supports student achievement Technology builds 21st century skills Technology engages students in learning and content creation Technology increases educational access to virtual communities
and distant expertise Technology fosters inclusion Technology helps reduce dropout Technology facilitates differentiated instruction Technology strengthens career and technical education Technology extends the learning day Technology supports teacher quality Technology supports timely, innovative and diagnostic assessment Technology enables innovation and creativity by both students and
teachers
Barriers to change
System wide
Cost of technology and greening the technology infrastructure seen as problematic
Equity of access to technology (especially broadband) seen as a challenge
Equity of access to professional development to support technology implementation in the classroom seen as problematic
Not a strong focus on technology in initial teacher education
Adoption slow amongst the teaching body
In one Province, the technology adoption level by teachers is app. 40-50% - teachers using technology frequently and in an integrated way in their teaching.
At the school level
Teahers Teacher adoption levels “stuck” at early stage – 40-50% of
faculty Teachers defense of “classroom teaching” versus technology Scale of curriculum demands inhibits innovation
Design Capacities Instructional design capacities low and creation capacities
low amongst teacchers Transformative capacity of technology not being fully realized
Students Not all want to be engaged learners – many are tactically
engaged or compliant Not all have access at home Not all are technological literate
Strategic Intent Commitment to technology is “and also..” commitment
The opportunity…..
The New school….
Will have more individual work spaces and some rooms for team work Will have wicked problem based courses and programs Will have a requirement for peer, social and networked learning Will have fewer limitations on securing non-school taught credit Will focus on outcomes, not time Will be wired to firms, community and non profits Will have very high levels of student engagement and few tactical
compliant learners Will have very satisfied teachers who coach, guide and mentor and
support learning as well as provide instruction – more constructivist learning
Will be truly learning focused Will be nimble and innovative
For an example of such a school, see the RSA Academy at Tipton (UK) http://www.rsaacademy.net/