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Future education and Artificial
Intelligence (AI)
Dr.C. Febe Angel Ciudad Ricardo, P.T.
https://fciudad.wordpress.com
https://es.slideshare.net/fciudad
University of Holguín “Oscar Lucero Moya”, November 19th
, 2018.
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Education challenges in
the digital age
● Promote a fair and knowledge-based society.
● Strengh the national identities in a globalized
world.
● Promote the life-long learning.
● Enhance the school-society relationship to
satisfy the social needs.
● Training from the work places and/or live
places.
● Use the social dymanic tools in the
educational dynamic.
● Equally available for everyone (open).
● Accesible and global (ubiquitous).
Education for the future
Artificial Intelligence for
education
Conclusions
Trainers challenges in the
digital age
● Move from a knowledge owner approach to a
knowledge self-search and learn guide
approach.
● Have virtual identity & presence in addition to
the face-to-face homologues.
● Have skills for ICT-based work and education.
● Use of collective work and distance-based
educational methods.
● Train for a life-long learning.
● Be available and accessible with limited
space-time restrictions.
● Produce, re-use and share educational
resources.
Education for the future
Artificial Intelligence for
education
Conclusions
Are the
education and
trainers ready to
face those
challenges?
Education for the future
Artificial Intelligence for
education
Conclusions
What is
the Cuban
current
situation?
Education for the future
Artificial Intelligence for
education
Conclusions
Main attributes for Cuban
education
● Goverment support.
● National system.
● Initial ICT usages.
● Sistematized
phycological
foundations.
● Quality population
trust.
● Safe environments.
Strengths
● Face to face
processes.
● Printed text
supported.
● Close environments.
● Rational-based
learning processes.
LimitationsEducation for the future
Artificial Intelligence for
education
Conclusions
Practical contradiction
Face to face-based
educational dynamic
with a diffusive use
of ICT and a rational
teaching approach
by the staff
and programmes.
Social dynamic
of the students
(and staff) enhanced
(or supported)
by ICT for a
self-directed learning
and a collaborative
and inter-disciplinary
approach for
problem solution.
Education for the future
Artificial Intelligence for
education
Conclusions
What is “education”?
EDUCATION
Activity Communication
Personality Human development
Languages Codes
Education for the future
Artificial Intelligence for
education
Conclusions
Human communication
ORAL: sounds
code.
(understand,
speak)
WRITTEN: graphic
symbols code.
(read, write)
VIRTUAL: digital code.
(surf, interact, collaborate)
Education for the future
Artificial Intelligence for
education
Conclusions
Cuban university
HORRUITINER, P. La universidad cubana: el modelo de
formación. La Habana: Félix Varela, 2006.
UNIVERSITY
Scientific
Humanistic
Technological
Education for the future
Artificial Intelligence for
education
Conclusions
Educational contextEducational context
University in the
digital era
Education for the future
Artificial Intelligence for
education
Conclusions
University
Scientific
Technological
Digital presence
& Identity
HumanisticInterconnected
Society
Globalcontext
Personal Learning
Environment (PLE)
«System of virtual spaces supported in a
technological and interconnected services
scenario, that constitutes an educational context
with a non formal structure and determined by
the needs and interests of the person who build
it, to promote her/his communication and
collective work synchronous and asynchronous;
as well as her/his virtual presence and identity»
(p. 24)
CIUDAD, F. Diseño de entornos virtuales para la integración academia-
industria. Implementación en la Disciplina Ingeniería y Gestión de Software.
Saarbrücken, Alemania: Publicia, 2016. ISBN: 978-3-8416-8050-1
Education for the future
Artificial Intelligence for
education
Conclusions
Facebook
Twiter
Android
tools
CD & DVD
contents
Distance Learning
Tools
Web Pages & Personal
Blogs
E-mail
Digital
animations
Digital
videos
Links to other
Internet
locations
Academic
Google
Professional
Tools
Education for the future
Artificial Intelligence for
education
Conclusions
Virtual Learning
Environment
«System of virtual spaces with a technological
and interconnected services scenario, that
constitutes an educational context with a formal
structure and determined by didactic
foundations and principles, and its managed and
evolve technically and pedagogically; as well as
through a didactic strategy and system, promote
the communication and collective work
synchronous and asynchronous, among the
participants» (p. 16)
CIUDAD, F. Diseño de entornos virtuales para la integración academia-
industria. Implementación en la Disciplina Ingeniería y Gestión de Software.
Saarbrücken, Alemania: Publicia, 2016. ISBN: 978-3-8416-8050-1
Education for the future
Artificial Intelligence for
education
Conclusions
Virtual Learning
Environment
VLE in the educational context
VLE as an educational context
determine transform
Education for the future
Artificial Intelligence for
education
Conclusions
VLE in the educational
context
Education for the future
Artificial Intelligence for
education
Conclusions
Learning
demands
Social
demands
Diagnostic of
knowledge and
motivations of
the staff
Diagnostic of
knowledge and
motivations of the
students
Fundations and
principles of the
didactical design
VLE as an educational
context
Education for the future
Artificial Intelligence for
education
Conclusions
VLE in the educational context
VLE as an educational context
Semantic
Practical
Technological
Management
Spatial
Personal
Transform
Learning Technological
Ecosystem (LTE)
«Technologies, applications and informatics
services self-regulated system, that makes
possible to a professional community in a socio-
historical concrete context, develops all its
processes automatically and with
interoperability, for being associated and to be
able to collaborate with alike professional
organizations with the goal to obtain a scientific
development of mutual benefit and having in
front of such a scientific community a common
virtual presence and identity» (p. 22)
CIUDAD, F. Diseño de entornos virtuales para la integración academia-
industria. Implementación en la Disciplina Ingeniería y Gestión de Software.
Saarbrücken, Alemania: Publicia, 2016. ISBN: 978-3-8416-8050-1
Education for the future
Artificial Intelligence for
education
Conclusions
Education for the future
Artificial Intelligence for
education
Conclusions
Ecosystem
Content
manage-
ment Synchronic
commu-
nication
Asynchronic
commu-
nication
Evaluation
and
learning
trace
Professional
organi-
zation
Informa-
tiono
manage-
ment
Institutional
Repository
Virtual
Library
Library
Manage-
ment
Ontologies
Distance
Learning
Tools
Inter-collaborative
Level
Collaborative
Level
PLE – VLE – LTE
PLE
VLE
LTE
Diffusion Level
Education for the future
Artificial Intelligence for
education
Conclusions
f(uture)-university
«Institution of higher education that manage a
group of communications and exchange of
scientific-technological information from a
networked infrastructure supported by Internet,
to favourably transform and develop the society
and its members through the use of ICT and its
digital presence and identity as organization»
CIUDAD, F. Transformación 7: Acciones metodológicas y administrativo-
normativas para modificar los modos de pensar y hacer la enseñanza, 2018.
https://fciudad.wordpress.com
Education for the future
Artificial Intelligence for
education
Conclusions
How an
institution can
become a
f-university?
Education for the future
Artificial Intelligence for
education
Conclusions
Model A-D-O-M-U
Education for the future
Artificial Intelligence for
education
Conclusions
CIUDAD, F. Transformación 7: Acciones metodológicas y administrativo-
normativas para modificar los modos de pensar y hacer la enseñanza, 2018.
https://fciudad.wordpress.com
A-ccessible (a-university)
D-ispensable (d-university)
O-pen (o-university)
M-obile (m-university)
U-biquitous (u-university)
Model A-D-O-M-U
Education for the future
Artificial Intelligence for
education
Conclusions
A-ccessible (a-university)
D-ispensable (d-university)
O-pen (o-university)
M-obile (m-university)
U-bicuos (u-university)
Network of institutional web pages
with an informative purpose but
not for interaction with the cybernauts.
Model A-D-O-M-U
Education for the future
Artificial Intelligence for
education
Conclusions
A-ccessible (a-university)
D-ispensable (d-university)
O-pen (o-university)
M-obile (m-university)
U-bicuos (u-university)
Network of institutional web pages
from where the cybernauts can download
any part or resource of the
content (diffusion).
Model A-D-O-M-U
Education for the future
Artificial Intelligence for
education
Conclusions
A-ccessible (a-university)
D-ispensable (d-university)
O-pen (o-university)
M-obile (m-university)
U-biquitous (u-university)
 System of informatics tools
supported on Internet and
the ICT.
 Accessible from anywhere
through a wired connection
inside the campus.
 Support all the institutional
processes.
 Interconnect all the nodes
in the organization.
 Connect the organization
with the national government
and the society.
 Learn with the data from
inside the campus.
Model A-D-O-M-U
Education for the future
Artificial Intelligence for
education
Conclusions
A-ccessible (a-university)
D-ispensable (d-university)
O-pen (o-university)
M-obile (m-university)
 System of informatics tools supported on Internet, and the
mobile technology.
 Accessible from anywhere (fix and/or mobile devices) inside
the campus.
 Support all the institutional processes.
 Interconnect all the nodes in the organization.
 Interconnect the organization with the national government and
society.
 Learn with the data of the national government and the society.
U-biquitous (u-university)
Model A-D-O-M-U
Education for the future
Artificial Intelligence for
education
Conclusions
A-ccessible (a-university)
D-ispensable (d-university)
O-pen (o-university)
M-obile (m-university)
U-biquitous (u-university)
 System of informatics tools supported on the cloud.
 Accessible from anywhere (fix and/or mobile devices) inside
and outside the campus.
 Support all the institutional processes.
 Interconnect all the nodes in the organization.
 Interconnect the organization with the national government
and the international society.
 Learn with the data of the national government and the
international society.
Can Artificial
Intelligence (AI)
enhance the
f-university
approach?
Education for the future
Artificial Intelligence for
education
Conclusions
Artificial Intelligence
«[…] branch of the Computer Science devoted to the
creation of hardware and software to imitate the
human thinking […] that takes care about the
representation, acquisition and process of
knowledge in an computerized way […] as well as
the computational modelling of the cognitive
processes, as well as the perception, the
comprehension, and the synthesis of natural
language, the smart robotic, reasoning modelling,
automatic programming and others, all of them non
numeric and inside the heuristic domain» (p.9)
BELLO, R. Curso introductorio a la Inteligencia Artificial, 1996.
Santa Clara: CEIS-UCLV.
Education for the future
Artificial Intelligence for
education
Conclusions
What can be done
with AI?
Education for the future
Artificial Intelligence for
education
Conclusions
What can be done
with AI?
Education for the future
Artificial Intelligence for
education
Conclusions
- Learning data mining.
- Learning pattern recognition.
- Adaptive learning.
- Learning case-based discovery.
- Natural language processing.
- Behavioural language processing.
- Learning prediction.
- Learning analytics.
Improve the f-university
Education for the future
Artificial Intelligence for
education
Conclusions
AI
VLE
LTE
PLE
Learning data
mining
Adaptive
learning
Learning pattern
recognition
Natural language
processing
Behavioural language
processing
Learning
analytics
Learning
prediction
Learning case-base
discovery
Possible further work
Education for the future
Artificial Intelligence for
education
Conclusions
- Learning data mining.
- Learning pattern recognition.
● Harvest data from PLE, VLE & LTE to know
how students develop themselves.
● Behavioural-based analysis to know the
speed and deepness of students learning.
● Discover the students preferences and re-
use that data to improve education &
technology.
Possible further work
Education for the future
Artificial Intelligence for
education
Conclusions
- Natural language processing.
- Behavioural language processing.
● Compare writing vs behavioural language in
tests.
● Discover emotions and feelings about the
education and the technology use.
● Discover the students preferences and re-
use that data to improve education &
technology.
Possible further work
Education for the future
Artificial Intelligence for
education
Conclusions
- Learning prediction.
- Learning analytics.
● Give trainers more accurate data about
students and their learning processes.
● Show students their own learning data to
improve self-direct learning.
● Discover the further learning needs of the
students based on their behaviour.
Education for the future
Artificial Intelligence for
education
Conclusions
What is needed to
improve the current
Cuban education
towards a
f-university
approach?
Education for the future
Artificial Intelligence for
education
Conclusions
What is needed to
improve the current
Cuban education
towards a
f-university
approach?
OPEN
EDUCATION
f-university & AI = changes
Education for the future
Artificial Intelligence for
education
Conclusions
● ICT-supported learning processes.
● Open and collaborative education
methodologies.
● Open educational resources production and
re-use.
● Promotion of an Internet and cloud-based
behavior.
● Staff training.
● Technological infrastructure.
f-university & AI = changes
Education for the future
Artificial Intelligence for
education
Conclusions
● ICT-supported learning processes.
● Open and collaborative education
methodologies.
● Open educational resources production and
re-use.
● Promotion of an Internet and cloud-based
behavior.
● Staff training.
● Technological infrastructure.
Improve the
pedagogical
model to
really
embrace
technology
Design
technology
to meet the
needs of
society
about
education
Future education and Artificial
Intelligence (AI)
Dr.C. Febe Angel Ciudad Ricardo, P.T.
https://fciudad.wordpress.com
University of Holguín “Oscar Lucero Moya”, November 19th
, 2018.

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Education and Artificial intelligence

  • 1. Future education and Artificial Intelligence (AI) Dr.C. Febe Angel Ciudad Ricardo, P.T. https://fciudad.wordpress.com https://es.slideshare.net/fciudad University of Holguín “Oscar Lucero Moya”, November 19th , 2018.
  • 2. Open CC License for sharing & re-using slides This content is free for sharing under the creative commons license: “Attribution – Noncommercial – Share Alike 3.0” You can copy, distribute and tramsmit the content under the following conditions:  Attribution (BY).  Noncommercial (NC).  Share Alike (SA). License: Attribution–Noncommercial–Share Alike Some rights reserved, see: http://creativecommons.org/licenses/by-nc-sa/3.0/
  • 3. Education challenges in the digital age ● Promote a fair and knowledge-based society. ● Strengh the national identities in a globalized world. ● Promote the life-long learning. ● Enhance the school-society relationship to satisfy the social needs. ● Training from the work places and/or live places. ● Use the social dymanic tools in the educational dynamic. ● Equally available for everyone (open). ● Accesible and global (ubiquitous). Education for the future Artificial Intelligence for education Conclusions
  • 4. Trainers challenges in the digital age ● Move from a knowledge owner approach to a knowledge self-search and learn guide approach. ● Have virtual identity & presence in addition to the face-to-face homologues. ● Have skills for ICT-based work and education. ● Use of collective work and distance-based educational methods. ● Train for a life-long learning. ● Be available and accessible with limited space-time restrictions. ● Produce, re-use and share educational resources. Education for the future Artificial Intelligence for education Conclusions
  • 5. Are the education and trainers ready to face those challenges? Education for the future Artificial Intelligence for education Conclusions
  • 6. What is the Cuban current situation? Education for the future Artificial Intelligence for education Conclusions
  • 7. Main attributes for Cuban education ● Goverment support. ● National system. ● Initial ICT usages. ● Sistematized phycological foundations. ● Quality population trust. ● Safe environments. Strengths ● Face to face processes. ● Printed text supported. ● Close environments. ● Rational-based learning processes. LimitationsEducation for the future Artificial Intelligence for education Conclusions
  • 8. Practical contradiction Face to face-based educational dynamic with a diffusive use of ICT and a rational teaching approach by the staff and programmes. Social dynamic of the students (and staff) enhanced (or supported) by ICT for a self-directed learning and a collaborative and inter-disciplinary approach for problem solution. Education for the future Artificial Intelligence for education Conclusions
  • 9. What is “education”? EDUCATION Activity Communication Personality Human development Languages Codes Education for the future Artificial Intelligence for education Conclusions
  • 10. Human communication ORAL: sounds code. (understand, speak) WRITTEN: graphic symbols code. (read, write) VIRTUAL: digital code. (surf, interact, collaborate) Education for the future Artificial Intelligence for education Conclusions
  • 11. Cuban university HORRUITINER, P. La universidad cubana: el modelo de formación. La Habana: Félix Varela, 2006. UNIVERSITY Scientific Humanistic Technological Education for the future Artificial Intelligence for education Conclusions
  • 12. Educational contextEducational context University in the digital era Education for the future Artificial Intelligence for education Conclusions University Scientific Technological Digital presence & Identity HumanisticInterconnected Society Globalcontext
  • 13. Personal Learning Environment (PLE) «System of virtual spaces supported in a technological and interconnected services scenario, that constitutes an educational context with a non formal structure and determined by the needs and interests of the person who build it, to promote her/his communication and collective work synchronous and asynchronous; as well as her/his virtual presence and identity» (p. 24) CIUDAD, F. Diseño de entornos virtuales para la integración academia- industria. Implementación en la Disciplina Ingeniería y Gestión de Software. Saarbrücken, Alemania: Publicia, 2016. ISBN: 978-3-8416-8050-1 Education for the future Artificial Intelligence for education Conclusions
  • 14. Facebook Twiter Android tools CD & DVD contents Distance Learning Tools Web Pages & Personal Blogs E-mail Digital animations Digital videos Links to other Internet locations Academic Google Professional Tools Education for the future Artificial Intelligence for education Conclusions
  • 15. Virtual Learning Environment «System of virtual spaces with a technological and interconnected services scenario, that constitutes an educational context with a formal structure and determined by didactic foundations and principles, and its managed and evolve technically and pedagogically; as well as through a didactic strategy and system, promote the communication and collective work synchronous and asynchronous, among the participants» (p. 16) CIUDAD, F. Diseño de entornos virtuales para la integración academia- industria. Implementación en la Disciplina Ingeniería y Gestión de Software. Saarbrücken, Alemania: Publicia, 2016. ISBN: 978-3-8416-8050-1 Education for the future Artificial Intelligence for education Conclusions
  • 16. Virtual Learning Environment VLE in the educational context VLE as an educational context determine transform Education for the future Artificial Intelligence for education Conclusions
  • 17. VLE in the educational context Education for the future Artificial Intelligence for education Conclusions Learning demands Social demands Diagnostic of knowledge and motivations of the staff Diagnostic of knowledge and motivations of the students Fundations and principles of the didactical design
  • 18. VLE as an educational context Education for the future Artificial Intelligence for education Conclusions VLE in the educational context VLE as an educational context Semantic Practical Technological Management Spatial Personal Transform
  • 19. Learning Technological Ecosystem (LTE) «Technologies, applications and informatics services self-regulated system, that makes possible to a professional community in a socio- historical concrete context, develops all its processes automatically and with interoperability, for being associated and to be able to collaborate with alike professional organizations with the goal to obtain a scientific development of mutual benefit and having in front of such a scientific community a common virtual presence and identity» (p. 22) CIUDAD, F. Diseño de entornos virtuales para la integración academia- industria. Implementación en la Disciplina Ingeniería y Gestión de Software. Saarbrücken, Alemania: Publicia, 2016. ISBN: 978-3-8416-8050-1 Education for the future Artificial Intelligence for education Conclusions
  • 20. Education for the future Artificial Intelligence for education Conclusions Ecosystem Content manage- ment Synchronic commu- nication Asynchronic commu- nication Evaluation and learning trace Professional organi- zation Informa- tiono manage- ment Institutional Repository Virtual Library Library Manage- ment Ontologies Distance Learning Tools
  • 21. Inter-collaborative Level Collaborative Level PLE – VLE – LTE PLE VLE LTE Diffusion Level Education for the future Artificial Intelligence for education Conclusions
  • 22. f(uture)-university «Institution of higher education that manage a group of communications and exchange of scientific-technological information from a networked infrastructure supported by Internet, to favourably transform and develop the society and its members through the use of ICT and its digital presence and identity as organization» CIUDAD, F. Transformación 7: Acciones metodológicas y administrativo- normativas para modificar los modos de pensar y hacer la enseñanza, 2018. https://fciudad.wordpress.com Education for the future Artificial Intelligence for education Conclusions
  • 23. How an institution can become a f-university? Education for the future Artificial Intelligence for education Conclusions
  • 24. Model A-D-O-M-U Education for the future Artificial Intelligence for education Conclusions CIUDAD, F. Transformación 7: Acciones metodológicas y administrativo- normativas para modificar los modos de pensar y hacer la enseñanza, 2018. https://fciudad.wordpress.com A-ccessible (a-university) D-ispensable (d-university) O-pen (o-university) M-obile (m-university) U-biquitous (u-university)
  • 25. Model A-D-O-M-U Education for the future Artificial Intelligence for education Conclusions A-ccessible (a-university) D-ispensable (d-university) O-pen (o-university) M-obile (m-university) U-bicuos (u-university) Network of institutional web pages with an informative purpose but not for interaction with the cybernauts.
  • 26. Model A-D-O-M-U Education for the future Artificial Intelligence for education Conclusions A-ccessible (a-university) D-ispensable (d-university) O-pen (o-university) M-obile (m-university) U-bicuos (u-university) Network of institutional web pages from where the cybernauts can download any part or resource of the content (diffusion).
  • 27. Model A-D-O-M-U Education for the future Artificial Intelligence for education Conclusions A-ccessible (a-university) D-ispensable (d-university) O-pen (o-university) M-obile (m-university) U-biquitous (u-university)  System of informatics tools supported on Internet and the ICT.  Accessible from anywhere through a wired connection inside the campus.  Support all the institutional processes.  Interconnect all the nodes in the organization.  Connect the organization with the national government and the society.  Learn with the data from inside the campus.
  • 28. Model A-D-O-M-U Education for the future Artificial Intelligence for education Conclusions A-ccessible (a-university) D-ispensable (d-university) O-pen (o-university) M-obile (m-university)  System of informatics tools supported on Internet, and the mobile technology.  Accessible from anywhere (fix and/or mobile devices) inside the campus.  Support all the institutional processes.  Interconnect all the nodes in the organization.  Interconnect the organization with the national government and society.  Learn with the data of the national government and the society. U-biquitous (u-university)
  • 29. Model A-D-O-M-U Education for the future Artificial Intelligence for education Conclusions A-ccessible (a-university) D-ispensable (d-university) O-pen (o-university) M-obile (m-university) U-biquitous (u-university)  System of informatics tools supported on the cloud.  Accessible from anywhere (fix and/or mobile devices) inside and outside the campus.  Support all the institutional processes.  Interconnect all the nodes in the organization.  Interconnect the organization with the national government and the international society.  Learn with the data of the national government and the international society.
  • 30. Can Artificial Intelligence (AI) enhance the f-university approach? Education for the future Artificial Intelligence for education Conclusions
  • 31. Artificial Intelligence «[…] branch of the Computer Science devoted to the creation of hardware and software to imitate the human thinking […] that takes care about the representation, acquisition and process of knowledge in an computerized way […] as well as the computational modelling of the cognitive processes, as well as the perception, the comprehension, and the synthesis of natural language, the smart robotic, reasoning modelling, automatic programming and others, all of them non numeric and inside the heuristic domain» (p.9) BELLO, R. Curso introductorio a la Inteligencia Artificial, 1996. Santa Clara: CEIS-UCLV. Education for the future Artificial Intelligence for education Conclusions
  • 32. What can be done with AI? Education for the future Artificial Intelligence for education Conclusions
  • 33. What can be done with AI? Education for the future Artificial Intelligence for education Conclusions - Learning data mining. - Learning pattern recognition. - Adaptive learning. - Learning case-based discovery. - Natural language processing. - Behavioural language processing. - Learning prediction. - Learning analytics.
  • 34. Improve the f-university Education for the future Artificial Intelligence for education Conclusions AI VLE LTE PLE Learning data mining Adaptive learning Learning pattern recognition Natural language processing Behavioural language processing Learning analytics Learning prediction Learning case-base discovery
  • 35. Possible further work Education for the future Artificial Intelligence for education Conclusions - Learning data mining. - Learning pattern recognition. ● Harvest data from PLE, VLE & LTE to know how students develop themselves. ● Behavioural-based analysis to know the speed and deepness of students learning. ● Discover the students preferences and re- use that data to improve education & technology.
  • 36. Possible further work Education for the future Artificial Intelligence for education Conclusions - Natural language processing. - Behavioural language processing. ● Compare writing vs behavioural language in tests. ● Discover emotions and feelings about the education and the technology use. ● Discover the students preferences and re- use that data to improve education & technology.
  • 37. Possible further work Education for the future Artificial Intelligence for education Conclusions - Learning prediction. - Learning analytics. ● Give trainers more accurate data about students and their learning processes. ● Show students their own learning data to improve self-direct learning. ● Discover the further learning needs of the students based on their behaviour.
  • 38. Education for the future Artificial Intelligence for education Conclusions What is needed to improve the current Cuban education towards a f-university approach?
  • 39. Education for the future Artificial Intelligence for education Conclusions What is needed to improve the current Cuban education towards a f-university approach? OPEN EDUCATION
  • 40. f-university & AI = changes Education for the future Artificial Intelligence for education Conclusions ● ICT-supported learning processes. ● Open and collaborative education methodologies. ● Open educational resources production and re-use. ● Promotion of an Internet and cloud-based behavior. ● Staff training. ● Technological infrastructure.
  • 41. f-university & AI = changes Education for the future Artificial Intelligence for education Conclusions ● ICT-supported learning processes. ● Open and collaborative education methodologies. ● Open educational resources production and re-use. ● Promotion of an Internet and cloud-based behavior. ● Staff training. ● Technological infrastructure. Improve the pedagogical model to really embrace technology Design technology to meet the needs of society about education
  • 42. Future education and Artificial Intelligence (AI) Dr.C. Febe Angel Ciudad Ricardo, P.T. https://fciudad.wordpress.com University of Holguín “Oscar Lucero Moya”, November 19th , 2018.