Created this past May as a means to raise the awareness of educators and innovators in Mississippi about the future of education and how AI, Big Data, Virtual Reality, self-paced eLearning, Intelligent virtual classroom environments and telecommunications will change educational practice.
Analytics Goes to College: Better Schooling Through Information Technology wi...bisg
The focus on the tremendous volume of information about target markets that can be gleaned through the use of powerful analytics technology obscures the reality that, much of the time, that information lacks predictive capacity, and can really only provide a very detailed retrospective analysis of behaviors of interest. Vince Kellen discusses the ways that his university has reorganized and deployed their IT resources to acquire better, more useful information -- and, more importantly, how that information can be immediately translated into decisive action.
Innovation and the future: Y3 ssp 12 13 l15Miles Berry
The technologies whose study properly forms a part of ICT education develop at an exponential rate, with Moore’s law promising a doubling of computing capacity every couple of years, and global industries and innovative individuals continually finding new applications to use such capacity. The extent to which your school makes use of such innovation is, to some degree, in your hands.
After hearing your presentations, we’ll look at some of the issues raised by the rapid pace of technological change and explore some ways in which schools can best make discerning use of new technology. I also explore some current trends and we look at some technologies that may well find a place in the classroom of the not too distant future, or whatever may replace it.
We conclude with a review of the assessment requirements and an opportunity to reflect on the module.
Analytics Goes to College: Better Schooling Through Information Technology wi...bisg
The focus on the tremendous volume of information about target markets that can be gleaned through the use of powerful analytics technology obscures the reality that, much of the time, that information lacks predictive capacity, and can really only provide a very detailed retrospective analysis of behaviors of interest. Vince Kellen discusses the ways that his university has reorganized and deployed their IT resources to acquire better, more useful information -- and, more importantly, how that information can be immediately translated into decisive action.
Innovation and the future: Y3 ssp 12 13 l15Miles Berry
The technologies whose study properly forms a part of ICT education develop at an exponential rate, with Moore’s law promising a doubling of computing capacity every couple of years, and global industries and innovative individuals continually finding new applications to use such capacity. The extent to which your school makes use of such innovation is, to some degree, in your hands.
After hearing your presentations, we’ll look at some of the issues raised by the rapid pace of technological change and explore some ways in which schools can best make discerning use of new technology. I also explore some current trends and we look at some technologies that may well find a place in the classroom of the not too distant future, or whatever may replace it.
We conclude with a review of the assessment requirements and an opportunity to reflect on the module.
This PowerPoint is from part of our presentation at the Society for Information Technology & Teacher Education (SITE) in 2006.
It is a framework for which teachers can understand how children learn computer skills and the schemas they develop.
On this PowerPoint I had to take out the pictures to post on the web. Therefore, it is a bit uniform looking, but the points are still there.
I would love to get some feedback from fellow teachers.
Kind Regards,
Mechelle
Educational Technologies: What should you be thinking about next?Jason Zagami
Zagami, J. (2013). Educational Technologies: What should you be thinking about next? [Presentation slides]. Retrieved from http://www.slideshare.net/j.zagami/educational-technologies-what-should-you-be-thinking-about-next?
Presentation for Teacher Education Industry Advisory Group (TEIAG) by Dr Jason Zagami, 6 August 2013, at the Queensland Academy for Health Sciences, Queensland, Australia.
EL-7010 Week 1 Assignment: Online Learning for the K-12 Studentseckchela
This is a North Central University PowerPoint presentation (EL 7010) Week 1 Assignment. It is written in APA format, has been graded by an instructor(A), and includes references. Most higher-education assignments are submitted to turnitin, so remember to paraphrase. Let us begin.
A description of the modern day middle school with reference to ICT use and students-teacher relationships. Focus specifically on the article:
Courtney, L., Anderson, N., Lankshear, C. 2010. Middle School students and digital technology: Implications of research (pp.229-240) In Developing a networked school community: a guide to realising the vision. ACER Press. Australia
Opening/Framing Comments: John Behrens, Vice President, Center for Digital Data, Analytics, & Adaptive Learning Pearson
Discussion of how the field of educational measurement is changing; how long held assumptions may no longer be taken for granted and that new terminology and language are coming into the.
Panel 1: Beyond the Construct: New Forms of Measurement
This panel presents new views of what assessment can be and new species of big data that push our understanding for what can be used in evidentiary arguments.
Marcia Linn, Lydia Liu from UC Berkeley and ETS discuss continuous assessment of science and new kinds of constructs that relate to collaboration and student reasoning.
John Byrnes from SRI International discusses text and other semi-structured data sources and different methods of analysis.
Kristin Dicerbo from Pearson discusses hidden assessments and the different student interactions and events that can be used in inferential processes.
Panel 2: The Test is Just the Beginning: Assessments Meet Systems Context
This panel looks at how assessments are not the end game, but often the first step in larger big-data practices at districts/state/national levels.
Gerald Tindal from the University of Oregon discusses State data systems and special education, including curriculum-based measurement across geographic settings.
Jack Buckley Commissioner of the National Center for Educational Statistics discussing national datasets where tests and other data connect.
Lindsay Page, Will Marinell from the Strategic Data Project at Harvard discussing state and district datasets used for evaluating teachers, colleges of education, and student progress.
Panel 3: Connecting the Dots: Research Agendas to Integrate Different Worlds
This panel will look at how research organizations are viewing the connections between the perspectives presented in Panels 1 and 2; what is known, what is still yet to be discovered in order to achieve the promised of big connected data in education.
Andrea Conklin Bueschel Program Director at the Spencer Foundation
Ed Dieterle Senior Program Officer at the Bill and Melinda Gates Foundation
Edith Gummer Program Manager at National Science Foundation
An overall view of the role of artificial intelligence in education. The role of faculty is to understand technology and its use in delivering meaningful and authentic personal learning experiences for the learners.
This PowerPoint is from part of our presentation at the Society for Information Technology & Teacher Education (SITE) in 2006.
It is a framework for which teachers can understand how children learn computer skills and the schemas they develop.
On this PowerPoint I had to take out the pictures to post on the web. Therefore, it is a bit uniform looking, but the points are still there.
I would love to get some feedback from fellow teachers.
Kind Regards,
Mechelle
Educational Technologies: What should you be thinking about next?Jason Zagami
Zagami, J. (2013). Educational Technologies: What should you be thinking about next? [Presentation slides]. Retrieved from http://www.slideshare.net/j.zagami/educational-technologies-what-should-you-be-thinking-about-next?
Presentation for Teacher Education Industry Advisory Group (TEIAG) by Dr Jason Zagami, 6 August 2013, at the Queensland Academy for Health Sciences, Queensland, Australia.
EL-7010 Week 1 Assignment: Online Learning for the K-12 Studentseckchela
This is a North Central University PowerPoint presentation (EL 7010) Week 1 Assignment. It is written in APA format, has been graded by an instructor(A), and includes references. Most higher-education assignments are submitted to turnitin, so remember to paraphrase. Let us begin.
A description of the modern day middle school with reference to ICT use and students-teacher relationships. Focus specifically on the article:
Courtney, L., Anderson, N., Lankshear, C. 2010. Middle School students and digital technology: Implications of research (pp.229-240) In Developing a networked school community: a guide to realising the vision. ACER Press. Australia
Opening/Framing Comments: John Behrens, Vice President, Center for Digital Data, Analytics, & Adaptive Learning Pearson
Discussion of how the field of educational measurement is changing; how long held assumptions may no longer be taken for granted and that new terminology and language are coming into the.
Panel 1: Beyond the Construct: New Forms of Measurement
This panel presents new views of what assessment can be and new species of big data that push our understanding for what can be used in evidentiary arguments.
Marcia Linn, Lydia Liu from UC Berkeley and ETS discuss continuous assessment of science and new kinds of constructs that relate to collaboration and student reasoning.
John Byrnes from SRI International discusses text and other semi-structured data sources and different methods of analysis.
Kristin Dicerbo from Pearson discusses hidden assessments and the different student interactions and events that can be used in inferential processes.
Panel 2: The Test is Just the Beginning: Assessments Meet Systems Context
This panel looks at how assessments are not the end game, but often the first step in larger big-data practices at districts/state/national levels.
Gerald Tindal from the University of Oregon discusses State data systems and special education, including curriculum-based measurement across geographic settings.
Jack Buckley Commissioner of the National Center for Educational Statistics discussing national datasets where tests and other data connect.
Lindsay Page, Will Marinell from the Strategic Data Project at Harvard discussing state and district datasets used for evaluating teachers, colleges of education, and student progress.
Panel 3: Connecting the Dots: Research Agendas to Integrate Different Worlds
This panel will look at how research organizations are viewing the connections between the perspectives presented in Panels 1 and 2; what is known, what is still yet to be discovered in order to achieve the promised of big connected data in education.
Andrea Conklin Bueschel Program Director at the Spencer Foundation
Ed Dieterle Senior Program Officer at the Bill and Melinda Gates Foundation
Edith Gummer Program Manager at National Science Foundation
An overall view of the role of artificial intelligence in education. The role of faculty is to understand technology and its use in delivering meaningful and authentic personal learning experiences for the learners.
Krish Swamy + Balaji Gopalakrishnan, Wells Fargo - Building a World Class Dat...Sri Ambati
This session was recorded in San Francisco on February 5th, 2019 and can be viewed here: https://youtu.be/VAW2eDht7JA
Bio: Krish Swamy is an experienced professional with deep skills in applying analytics and BigData capabilities to challenging business problems and driving customer insights. Krish's analytic experience includes marketing and pricing, credit risk, digital analytics and most recently, big data analytics and data transformation. His key experiences lie in banking and financial services, the digital customer experience domain, with a background in management consulting. Other key skills include influencing organizational change towards a data and analytics driven culture, and building teams of analytics, statisticians and data scientists.
Bio: Balaji Gopalakrishnan has over 15 years experience in the Machine Learning and Data Science space. Balaji has led cross functional data science and engineering teams for developing cutting-edge machine learning and cognitive computing capabilities for insurance fraud and underwriting, telematics, multi-asset class risk, scheduling under uncertainty, and others. He is passionate about driving AI adoption in organizations and strongly believes in the power of cross functional collaboration for this purpose.
Advanced Analytics and Data Science ExpertiseSoftServe
An overview of SoftServe's Data Science service line.
- Data Science Group
- Data Science Offerings for Business
- Machine Learning Overview
- AI & Deep Learning Case Studies
- Big Data & Analytics Case Studies
Visit our website to learn more: http://www.softserveinc.com/en-us/
Intro to Data Science for Non-Data ScientistsSri Ambati
Erin LeDell and Chen Huang's presentations from the Intro to Data Science for Non-Data Scientists Meetup at H2O HQ on 08.20.15
- Powered by the open source machine learning software H2O.ai. Contributors welcome at: https://github.com/h2oai
- To view videos on H2O open source machine learning software, go to: https://www.youtube.com/user/0xdata
Instructions for Submissions thorugh G- Classroom.pptxJheel Barad
This presentation provides a briefing on how to upload submissions and documents in Google Classroom. It was prepared as part of an orientation for new Sainik School in-service teacher trainees. As a training officer, my goal is to ensure that you are comfortable and proficient with this essential tool for managing assignments and fostering student engagement.
2024.06.01 Introducing a competency framework for languag learning materials ...Sandy Millin
http://sandymillin.wordpress.com/iateflwebinar2024
Published classroom materials form the basis of syllabuses, drive teacher professional development, and have a potentially huge influence on learners, teachers and education systems. All teachers also create their own materials, whether a few sentences on a blackboard, a highly-structured fully-realised online course, or anything in between. Despite this, the knowledge and skills needed to create effective language learning materials are rarely part of teacher training, and are mostly learnt by trial and error.
Knowledge and skills frameworks, generally called competency frameworks, for ELT teachers, trainers and managers have existed for a few years now. However, until I created one for my MA dissertation, there wasn’t one drawing together what we need to know and do to be able to effectively produce language learning materials.
This webinar will introduce you to my framework, highlighting the key competencies I identified from my research. It will also show how anybody involved in language teaching (any language, not just English!), teacher training, managing schools or developing language learning materials can benefit from using the framework.
Unit 8 - Information and Communication Technology (Paper I).pdfThiyagu K
This slides describes the basic concepts of ICT, basics of Email, Emerging Technology and Digital Initiatives in Education. This presentations aligns with the UGC Paper I syllabus.
A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
Model Attribute Check Company Auto PropertyCeline George
In Odoo, the multi-company feature allows you to manage multiple companies within a single Odoo database instance. Each company can have its own configurations while still sharing common resources such as products, customers, and suppliers.
Welcome to TechSoup New Member Orientation and Q&A (May 2024).pdfTechSoup
In this webinar you will learn how your organization can access TechSoup's wide variety of product discount and donation programs. From hardware to software, we'll give you a tour of the tools available to help your nonprofit with productivity, collaboration, financial management, donor tracking, security, and more.
Honest Reviews of Tim Han LMA Course Program.pptxtimhan337
Personal development courses are widely available today, with each one promising life-changing outcomes. Tim Han’s Life Mastery Achievers (LMA) Course has drawn a lot of interest. In addition to offering my frank assessment of Success Insider’s LMA Course, this piece examines the course’s effects via a variety of Tim Han LMA course reviews and Success Insider comments.
1. The Intelligent Classroom Learning
Ecosystem in 2150: How AI & Big Data
Are Going to Change Everything
Ronald J. Kantor, Ph.D. - PMP – CSM
ronald.j.kantor@gmail.com
Creative Central
Laurel, Mississippi
June 18, 2019
2. Organization
• Purpose of this session
• Background
• Personal
• NASA’s Electronic Classroom
of the 21st Century
• Things are Moving Fast: Some
Reflections
• Big Data & Why its Relevant
• What is AI? Some key
definitions
• What is AI really good at?
• What AI cannot
manifest…yet?
• Workforce development
Looking at future skills in an
AI world
• Framework of Design
Principles:
• Connectedness
• Datacentric
• Personalized
• Authenticity
• Construction (curation &
accretion)
• What’s next
• Chinese contribution
• American education re-asserts
itself
3. Background
Brooklyn Bred
Bard – SAIC – Vanderbilt U
HS English – Drama – TV Teacher
Member of Cognition & Tech Group
NASA Faculty Fellow – Instructional Tech
Professor at U of Houston
Accenture – Senior Learning Architect
BoA – Sr VP - Manager of D & D
OUSDI – DoD – Strategic Management
Consultant
N2N Services – Director of Learning Innovation
Independent L&D Consultant working with Ed
Tech Start Ups…over 30 companies
Faculty & Continuous Improvement Lead for
IQ$ & Cybersecurity Workforce Alliance’s
Virtual Mentoring Program
Volunteer Work
Member of NCVA Executive Board
Match Judge for World Finals of FTC
Robotics’ Competition
4. Some Recent Publications….
China’s Promising Ed Tech Market: Understanding Its Growth and Innovative Orientation
Chinese Ed Tech Companies Take Off: A Perfect Storm of Opportunity & Growth
China’s Burgeoning EdTech Industry: Will It Disrupt Corporate HR?
HR Column for The Bangkok Post (2017-2018
Five articles focusing on use of AI,
VR & AR for Corporate Human Resources.
5. NASA’s Electronic Classroom of the 21st Century
Interior of Building 9
Johnson Space Center, 1996
As a Faculty Fellow
• Find ways to use Design
Integration Lab to serve
educational purposes
• Use NASA space content to
develop math and science lesson
plans
• Design and facilitate “electronic
field trips” using two-way, ISDN
video and “wired” ISS modules
HiFi Mock ups of ISS used for training
DEI Lab framed in blue on your left
6. NASA’s Electronic Classroom of the Future
• Some features and functions
• Interactive television (ISDN) &
audio conferencing
• Use astronauts as instructors
broadcasting from within the hi
fidelity mock ups
• Shared problem solving &
collaboration
• Access to expert networks using
chat, listservs and discussion
groups
• Access to NASA instructional
videos (one way)
• Key Innovative Concept:
• Why separate distance learning
technology & delivery types from
traditional classroom settings?
• Key Policy Intention:
• Use distance learning technology
to provide access to those who are
removed from quality
instructional resources, but
enhance traditional classroom by
deploying distance learning
technologies.
At the time this was way futuristic and innovative
(Frankly, if you have the resources & connections in some ways ….it still is)
7. Different Classroom Configurations
Forward facing
connected desk
set for lecture
Forward facing
Individual desks
set for lecture
Small group
collaboration
Modular
classroom
with configurable
furniture
Environmental psychology and the Theory of Affordances suggests that the nature of an environment
strongly influences that types of interactions possible and psychological state of participants
8. Are We Making a Mistake Using a Classroom as the
Anchor For Our Vision of the Future?
Why or why not?You know what Einstein said….?
Are we stuck in a box?
Constrained by:
• 4 walls
Antiquated (because of):
• Policies
• Teaching
techniques
• Learning tools
• Textbooks
• Facilities,
• Most notably
assessment*
The FTC Robotics Competition:
Who wins and why….
9. What We Need Is A New Vision of Education
School
based
education
After School
Education
Family
education
A learning ecosystem is a system of people, content, technology,
culture, and strategy, existing both within and outside of an
organization, all of which has an impact on both the formal and
informal learning that goes on in that organization.
10. Example of a Learning Ecosystem
Knowledge
Skill
Capability
11. Comparing Then to Now
Then
• Network access limited
• Narrow bandwidth - copper
• Client server model slow to upgrade
• Video at 5-15 FPS
• Dis-integrated Data: world of spreadsheets
• Bios as narratives
• “Small data:” surveys, tests, demographics
• Computer-based tools : human operation
• Asynchronous gaming
• Linear video
Now
• Network access – much greater
• Faster, more robust speeds
• SAAS software updates automatic
• Streaming hi quality video
• Data integration: Middleware
• Profiling and Personalization
• Big data: Behavioral data – Data from Within
• AI Computer-based Real learning & Analytics
• Large scale, real time gaming on line “Twitch”
• Micro learning using video to teach PROCESS
12. Evolution of On Demand Resources
*Light
*Air conditioning
*Instructional
media
*Internet I
*Online sources
of info
*Experts via
email
*Discussion
groups
*Listservs
*Internet II
*Virtual meeting
tools
*On line CoPs
*Network science
*Integrated data n
middleware
*Extensible aps
*Smart Profiles
* Smart knowledge
bases
Intelligence
Networks
Information
Electricity
*FB – You Tube –
*Instagram
*Bots
*Predictive analytics
*Much greater
computing power
*Enormous storage
in the cloud
*IOT
*Technology as one’s
constant companion
*Deeply Immersive
Learning: VR – AR –
Advanced Simulation
13. Intelligence “On
Demand”?
• Computer power
• Storage
• Reduced cost for more power,
functionality and storage
• Technology as a constant
companion
• Mysterious nature of data exchange
• You give me your personal data and I’ll
give you functionality for free or less
cost
Things Are Moving Fast: Some Reflections
14. Intelligence on Demand
• Admin Functions (put your grades in
Power Tools)
• Class and team sorting based on
demographics & attainment and what
has proven to work best
• Diagnosis and prescription (learning
paths)
• Adaptive teaching and learning
• Bots and Animated “presence” as
coaches, counselors, peers,
specialized instructors
• Translation in real time
• Robust simulations with manifold
cases, persistent practice
• Personalized learning*
*More on personalized learning later
15. Two Key Technology Drivers
Big Data
• Vast amounts of data collected
from all your computer-based
interactions
Artificial Intelligence
• Analysis of that data based on
frameworks that intend to
simulate human COGNITION
16. Important point:
No big data without
what?
Enormous amounts
of storage space,
computing power
and what else?
The means to
collect that data…
21. What is AI: Some Key Definitions & Concepts
Machine Learning
Machine learning: an application
of artificial intelligence (AI) that
provides systems the ability to
automatically learn and improve
from experience without being
explicitly programmed.
Machine learning focuses on the
development of computer
programs that can access data
and use it learn for themselves.
Technology Singularity
A time in the future when
ordinary human intelligence
will be enhanced or overtaken
by artificial intelligence.
The “singularity” presents
both an existential threat to
humanity and an existential
opportunity for humanity to
transcend its limitations
https://www.youtube.com/watch?v=NLQNBfI97Ckhttps://www.youtube.com/watch?v=3bJ7RChxMWQ
https://www.youtube.com/watch?time_continue=266&v=jq0ELhpKevY
@3:35
@3:53
Important for all
Fundamental for Ed:
Avoid
“unconscious” bias
Build and operate
ethical systems
Values and customs
are different
country by country
22. AI definitions can vary, it is generally considered as an activity
traditionally performed through human intelligence that can now be
done by a computer. AI as an area of computer science that
emphasizes the creation of intelligent machines that work and react
like humans.
Two-thirds of survey respondents are looking to AI to automate the collection,
processing and storage of Big Data.
Half are looking at predictive or prescriptive analytics (54 percent) or machine
learning (51 percent).
Other AI deployments or plans include expert systems (software that leverages
databases and repositories to assist decision-making, at 44 percent) and deep
learning neural networks (31 percent).
27. Design Principles For Building the AI Supported Classroom of
the Future
Student(s)
Teacher
District
State
Country
Global
Connectedness
Datacentric
PersonalizedAuthentic
Constructive
Family and Life Skills Education
Model Emotional Intelligence (kindness, humanity, empathy, compassion, love & respect )
Provide tips and direction for healthy behavior (nutrition, exercise, sleep, study habits, screen use)
28. Design Principle 1: Connectedness
con·nect·ed·ness
1) the state of being joined or linked.
"the connectedness of American business life and
American educational system"
2) a feeling of belonging to or having affinity with a
particular person or group.
"it's about partnering, trust, and connectedness"
Samuel Centre for Social Connectedness hosted a workshop on
“Supporting the Whole Student” Montreal, Canada (2018)
Los Alamos Working Group story
Design Interaction Model:
• Teacher to student – Student to teacher
• Teacher to students - Students to teacher
• Students to students - Teachers to
teachers
• Teachers - experts to students
• School to school, district to district, state,
region, country, (time zone?)
• AI presence to any of the above
What is the
Theory of
Intra-Action?
29. Collaboration & InterdependenceVisuals as Basis for Identifying Two Key Themes
Wisdom of the Crowds
Group Dispensation of Mind
Interdependence as a factor
Connectedness
30. Design Principles: Datacentric
• Data from
within
• Behavioral
data
Sensor-
based data
• IOT data
sleep - study
• Test scores
• Scored observations
• Time in
• Proficiency attained
• Daily data
• Attendance
• Lunch
• Spend against
budget
• SIS data
• Benchmarking
• Baselining
• Demographics
Records
Transactions
Records
Files
Velocity
Batch
Real & Near
time
Streams
Variety
Unstructured
Variety
Structured
Semi-
structured
Predictive
Root Cause
Prescriptive
Comparative
Relevant
to Design:
Personalized
Curriculum
Learning Paths
Segmentation
Crisis
management
A
I
A
n
a
l
y
t
i
c
s
Something
new and
previously
impossible
31. Design Principles: Datacentric
Predictive
Root Cause
Prescriptive
Comparative
Relevant
to Design:
Personalized
Curriculum
Learning Paths
Segmentation
Crisis
management
A
I
A
n
a
l
y
t
i
c
s
Better learning & vocational outcomes=
Why do
you think I
followed
with this
graphic?
33. Design Principle: Authenticity
Integrating the “Real World” with the Ed Ecosystem
Why does my 18 year old daughter tell me that most of HS is a waste of time?*
Forget the vocational angle
for a minute…what about
useful knowledge & skill?*
Alfred Whitehead and the
Theory of Inert Knowledge
34. Can Bots & Audio Deep Fakes Enhance
Authenticity (Is it unethicalto do so?)*
Gates Keeper
Engineers at Facebook’s AI research
lab created a machine learning system that
can not only clone a person’s voice, but also
their cadence — an uncanny ability they
showed off by duplicating the voices of Bill
Gates and other notable figures.
This system, dubbed Melnet, could lead to
more realistic-sounding AI voice assistants
or voice models, the kind used by people
with speech impairments — but it could also
make it even more difficult to discern
between actual speech and audio
35. Design Principle:
Construction
Curation
Found content
organized by
learning or
project needs
Legacy
Access
Value
CoPs
Accretion
Tiny contributions
that add up to
something
substantial &
meaningful
EG:
Ratings
A
Cathedral
Service
projects
&
games
STEM projects
Knowledge &
skill
competitions
Cross cultural
exchange
Dewey
or
Don’t
We?
All tracked via Big Data, Analyzed by AI
Used to sort people into groups, track
contribution and reaction
36. Role of the Teacher: A Model for Coping and Getting the Most
Out of an AI Supported Learning Ecosystem
Character Attributes:
Patient
Loving
Compassion
Empathy
Courage
Willingness to self-correct
Approach to Work:
Proactive
Organized
Willing to extend their reach beyond the
classroom into after school programs, family
education and online and virtual worlds
Adaptable: Willing to take feedback
Life Skills & Good Habits
Entrepreneurial
Exercise
Nutrition
Relationship
Perseverance
Mindfulness
Service Orientation
Technical Competence
All aspects of the technology at hand
including telecom, media, cybernetics, and
software applications
Ability to code in one or two key languages
Willingness to stay in tune with technology as
it evolves
Additional Skills (partial list)
Facilitation skills
Analytical
Organizational
Ability to understand stats
Professional networking
Self Regulation
Ability to fail, self correct and continue - Lifelong learner and researcher
37. To Achieve Systemic Change: AI Isn’t Enough,
Remember
a Learning
Eco System
will include:
• In school
education
• After
school
education
• Family
education
✅ ✅ ✅
38.
39.
40. What’s next
• Emotion Driven AI (McKinsey)
• Deeply immersive learning environments (adaptive)
• Intelligent Virtual Classrooms driven by “sensors” video, facial
recognition and scale
• Augmented Reality (Google Glass just released next gen of industrial version)
Key VR Principles: Autonomy – Interactivity – Authenticity
(Kantor & Lofton, 1996
Rhye: Still working on this slide
The number of hours teachers spend directly teaching students rather than preparing lessons, meeting with parents, observing or meeting with other teachers, also plays into this equation. Some countries require teachers to teach many more hours than others, and this impacts the number of teachers that need to be hired. The next chart explores the impact of required teaching time on the cost of teachers’ salaries per student.