history of mobile learning - mlearn 2007 doctoral consortium oct 2007
TRANSCRIPT
A Short History of Mobile Learning
and some issues to consider
Mike SharplesLearning Sciences Research Institute
University of Nottinghamwww.nottingham.ac.uk/lsri
Visions of Mobile Learning, 1963
As Antarctic glaciers went it was a fairly large one…The sad masses of rock were heavily scarred where the ice flow had once rubbed them, for in this year of 1994, the glacier was smaller than it had been even a century ago. Jed grinned up at his father. “Now for a bit of real work,” he said.“You don’t know what real work is,” his father smiled. “When I was a boy, back in the nineteen-sixties, I’d have been at school at your age… in those days, anything you wanted to learn, you had to get into your own head. We didn’t have miniputers in those days. Computers had been invented, and they were getting smaller, but it wasn’t until the great developments in microtechnology in the seventies that portable computers were made”.
‘The Thing Under the Glacier’, Brian Aldiss, Daily Express Science Annual,1963
Visions of Mobile Learning, 1963Instinctively [Jed] switched over to his miniputer to review the situation. It was a simple thing to do. Many of the parts of the miniputer were synthetic bio-chemical units, their “controls” built into Jed’s aural cavity; he “switched on” by simple neural impulse. At once the mighty resources of the machine, equal to the libraries of the world, billowed like a curtain on the fringes of his brain…Its “voice” came into his mind, filling it with relevant words, figures, and pictures.“…Of all continents, the Antarctic has been hardest hit by ice.”As it spoke, it flashed one of its staggeringly vivid pictures into Jed’s mind. Howling through great forests, slicing through grasslands, came cold winds. The landscape grew darker, more barren; snow fell.
The Thing Under the Glacier, Brian Aldiss, 1963
‘Micro-ear’ invisible earpiece
‘Micro-optical’ high resolution display
‘Brain-gate’ neural interface
Visions of Mobile Learning, 1972
“Zap, with a beautiful flash and appropriate noise, Jimmy’s spaceship disintegrated. Beth had won Spacewar again. The nine year olds were lying on the grass of a park near their home, their DynaBooks hooked together to allow each of them a viewscreen into the space world where Beth’s ship was now floating triumphantly alone.”
Alan Kay, A Personal Computer for Children of all Ages, Proceedings of the ACM National Conference, Boston Aug. 1972
Visions of Mobile Learning, 1972“Jimmy connected his DynaBook to his class’s LIBLINK and became heir to the thought and knowledge of ages past…It was like taking an endless voyage through a space that knew no bounds.”
Mockup of Dynabook
Xerox Alto computer
IBM 370 computer
HP 35 calculator
The Dynabook• Carry anywhere device• No larger than a notebook• Weigh less than 4 pounds• Flat panel display, quality
similar to a book• Dynamic graphics• Store at least 500 book
pages, or several hours of audio
• High bandwidth communication
• Connection to wireless global network
• Rechargable batteries• Cost under $500
Kay, 1972
Evolution of Hardware, Software and Communications
1970’s Dynabook ideaAlto
Smalltalk
1980’s Xerox StarApple LisaApple Macintosh
C++
1990’s Windows PCsLaptop PCsPDAs
Java
2000’s Wireless PDAs
ArpanetEthernet
TCP/IPAnalog cellular radio
Worldwide webDigital cellular radioWireless LAN
CORBA Bluetooth
Education design for the Dynabook
• Personal• Highly interactive• Learning through play• Collaborative learning• Informal learning• Dynamic simulations• Anytime anywhere learning
Evolution of learner-centred education
1970’s Discovery Learning
1980’s Situated learningConstructivist learningCollaborative learning
1990’s Problem-based learningLifelong learningSocial-constructivist learning
2000’s Informal learningContextual learningAmbient learning
HandLeR: Handheld Learning ResourceSharples, Corlett & Westmancott, 2002
• University of Birmingham• Personal learning aid
– Field trips– Multimedia note taking
• Camera• Wireless and phone link• Pen input• Capture notes, organise as
concept map, share with other students HandLeR:
Handheld Learning Resource
HandLeR project
MOBIlearn• Worldwide European-led
project• 24 partner organisations across
Europe, Israel, US, Australia• Focus on learning outside the
classroom • Scenarios
– Art gallery– First aid– Work-based MBA course
• Trials of Art Gallery scenario in the Uffizi Gallery, Florence and Nottingham Castle Gallery
• It’s the learner that’s mobile• How learning is interwoven with everyday life• Mobile learning can both complement and
conflict with formal education• The importance of context, constructed by
learners through interaction• Ethical issues: privacy, ownership
MOBIlearn: what we know now that we didn’t at the start(Final project meeting informal discussion)
3 C’s of Effective Learning• Construction
– Successful learning is constructive process (Brown & Campione, 1996) that involves seeking solutions to problems and relating new experiences to existing knowledge
• Conversation– Central to learning is conversation, with teachers, with other
learners, with ourselves as we question our concepts, and with the world as we carry out experiments and explorations and interpret the results (Pask, 1976)
• Control– Learning is most successful when we are in control, carrying
out an active and continuing cycle of experimentation and reflection (Kolb, 1984)
Mobile Computer Supported Collaborative Learning: EduNova• MCSCL developed by
Pontificia Universidad Católica de Chile
• Wireless handheld computers
• Tested in schools, teacher training, university students
• Significant differences in learning outcomes
• Trials in other countries including UK (Wolverhampton)
S 2
S 1 S 3
S 2
S 1 S 3
S 2
S 1 S 3
Computer-supported
collaboration
Mobile computer-supported
collaboration
Face-to-face collaboration
T eac h er 'sP o c k e tP C
1 . The te ac he r do wnlo ads theac t ivi ty f ro m the pro je c twe b s i te to his P o c ke tP C .
T eac h er 'sP o c k e tP C
S tu d en ts 'sP o c k e tP C s
2 . In the c las s ro o m , the te ac he rtr ans m its the ac t ivi ty to thes tude nts us ing the M AN E T.
3 . The c o l labo rat ive ac t ivi tyis launc he d by the te ac he r andthe s tude nts are as s igne d tote am s that wo rk c o l labo rat ive ly.
T eac h er 'sP o c k e tP C
S tu d en ts 'sP o c k e tP C s
4 . W he n the c las s is f in is he d, the te ac he r 'sP o c ke tP C c o lle c ts the s tude nts ' wo rk.
T eac h er 'sP o c k e tP C
5 . The te ac he r do wnlo ads the data c o l le c te d o ntothe s c ho o l 's P C and analyze s i t . Addit io nal ly , thisdata is avai lable , whe n uplo ade d, o n the Inte rne t .
4. The teacher can monitor and discuss the individual and group learning activity.
¿Qué son los ácidos nucleicos?
Cadenas de ADN y ARN formadas por 4 nucleótidos Cadenas de aminoácidos unidos en distintas secuencias
No sé
Cadena de monosacáridos unidos por enlaces glucosídicos
¿Qué son los ácidos nucleicos?
Cadenas de ADN y ARN formadas por 4 nucleótidos Cadenas de aminoácidos unidos en distintas secuencias
No sé
Cadena de monosacáridos unidos por enlaces glucosídicos
¿Qué son los ácidos nucleicos?
Cadenas de ADN y ARN formadas por 4 nucleótidos Cadenas de aminoácidos unidos en distintas secuencias
No sé
Cadena de monosacáridos unidos por enlaces glucosídicos
¡¡Pónganse deacuerdo!!
OK
¡¡Pónganse deacuerdo!!
OK
¡¡Pónganse deacuerdo!!
OK
¿Qué son los ácidos nucleicos?
Cadenas de ADN y ARN formadas por 4 nucleótidos Cadenas de aminoácidos unidos en distintas secuencias
No sé
Cadena de monosacáridos unidos por enlaces glucosídicos
¿Qué son los ácidos nucleicos?
Cadenas de ADN y ARN formadas por 4 nucleótidos Cadenas de aminoácidos unidos en distintas secuencias
No sé
Cadena de monosacáridos unidos por enlaces glucosídicos
¿Qué son los ácidos nucleicos?
Cadenas de ADN y ARN formadas por 4 nucleótidos Cadenas de aminoácidos unidos en distintas secuencias
No sé
Cadena de monosacáridos unidos por enlaces glucosídicos
¡¡CORRECTA!!
OK
¡¡CORRECTA!!
OK
¡¡CORRECTA!!
OK
PI: Personal Inquiry• Support for inquiry science learning
between formal and informal settings, KS3
• School for introducing and framing issues, and planning inquiries
• Outside, home and science centres for semi-structured investigations
• Construction– Students design the methods of
inquiry
• Conversation– In classroom, at home, with peers,
with experts
• Control– ‘Scripted’ inquiry learning (dynamic
lesson plans supported by mobile devices)
19741997
2002
2002
20032004
2005
2006
Big Issues in Mobile LearningKaleidoscope European Workshop, Nottingham, June 2006 • What is mobile learning?• Does mobile learning work?• How do you evaluate mobile learning?• How do you resolve the tensions between
informal mobile learning and formal school learning
• Who should own the technology, and the learning?