Changing Enquiry Systems
Thought on
conceptions
of literacy and education in a technologically advancing world...
Education is a life long process. Every process changes from time to time, so has education changed in various ways. The revolution in science and tech-nology has influenced the entire education system. We apply innovations of science and technology in the field of education in achieving the desired goals and objectives. Thus a new field of education called educa-tional technology has emerged. Educational technol-ogy is an effective means of communication which uses a wide range of instructional media like Radio, TV, Closed Circuit TV, Films, Computer etc. Educa-tional technology is not only an audio-visual aid but is also a systematic way of teaching and learning in terms if specific objectives. In educational technology every work is executed in a systematic manner similar to science. So we can also call educational technology a science where we achieve the desired objectives of edu-cation in a scientific manner.
With the increase in population, the
instructional process have become a complex activity. Teacher-pu-pil
ratio
and the amount of educational material viz. curriculum has increased
and
so has also increased the instructional media.
- System Approach in Education, Mukesh Kumar, University News, 17/04/1995, [C.ELDOC.N00.17apr95uns1.pdf]
The system of education as it exists has been described as a kind of apartheid, separating the literate from the non-literate. The simile is more than superficially apt since it is the under-privileged for reasons of social identity and of gender that are often denied literacy. The existing condition is continuously aggravated by rapid changes in the technology of communicating and acquiring knowledge, and by its becoming increasingly the preserve of the few. With more sophisticated technical requirements of education, the divide will become worse. Not only does the lag between the educated and the non-literate in such circumstances become greater but also even literacy by itself becomes inadequate and insufficient. The new mantra of Information Technology will not in itself solve the problem since the minimum technological infrastructure required is, as of now, absent in many places. When electricity is irregular and the telephone system unreliable, the new technology is not of much help; still less will it be for those who have had no education. The implications of accessing knowledge in this form also require evaluating existing methods of advancing knowledge, some of which might have to be discarded.
- Link between Democracy, Education & the Acquiring of Knowledge, Romila Thapar, Vikalp, 01/04/2001, [J.ELDOC.N00.01apr01VKP.pdf]
The system of education as it exists has been described as a kind of
apartheid, separating the literate from the non-literate. The simile is
more than superficially apt since it is the under-privileged for
reasons
of social identity and of gender
that are often denied
literacy. The
existing condition is continuously aggravated by rapid changes in the
technology
of communicating and acquiring knowledge, and by its becoming
increasingly
the preserve of the few.
With more sophisticated technical requirements of education, the divide will become worse. Not only does the lag between the educated and the non-literate in such circumstances become greater but also even literacy by itself becomes inadequate and insufficient. If we had had a commitment to education fifty years ago this lag could have been reduced. As it stands, even if tomorrow, school education is made compulsory and available, there will still be an enormous distance between the literate and those proficient in the skills of modern education. It requires a far more thoughtful education policy than has been proposed to make these skills more widely available.And education is not merely about making millions literate. It is also about citizens realising their rights and their obligations, both necessary to democratic functioning.
The new mantra of Information Technology will not in itself solve the problem since the minimum technological infrastructure required is, as of now, absent in many places. When electricity is irregular and the telephone system unreliable, the new technology is not of much help; still less will it be for those who have had no education.
- Link between Democracy, Education & the Acquiring of
Knowledge,
Romila
Thapar, Vikalp, 01/04/2001, [J.ELDOC.N00.01apr01VKP.pdf
]
Education policies should match technological advancement, writes Tapas Majumdar One question that is seldom raised in India's education poli-cy confabulation is what form of literacy or basic education must Indians have to be able to live in a high technology society.
Literacy since the invention of paper had implied two kinds of ability. First, the ability to write by hand. Second, the abi-lity to read the handwritten word. If this idea of literacy had persisted, many graduate students studying in the United States universities would have failed the first test, and some of their teachers the second. That they still thrive in the world of letters is because the typewriter and its sucessor, the word processor, in due cour-se have ousted writing by hand almost completely in the Ame-rican campuses. Literacy there now implies familiarity only with the printed word. But it is probably once again shying away from the question about the form of education India would need for the kind of society it covets. If the ques-tion remains unasked and unanswered, chances are, all the hard work, organisation and resources notwithstan-ding, the country will end up on the wrong track.
It is difficult to say in which way new literacy is going to be
radically
different from the old. But the distinctive feature of high technology
unfolding despite India's sluggish econo-mic growth might provide a
clue.
This is the almost endless capacity
of technology to pro-duce simple as well as complica-ted devices that
have
"informa-tion" embedded in them. These can be gadgets owned only by the
relatively affluent to enrich their quality of life and used to provide
the modern infrastructure for tran-sport, communication and edu-cation.
These can also be brought to the use of Everyman man provided Everyman
is taught to read the new symbols.
- Living life tech-size, Tapas Majumdar, Telegraph,
15/11/1994, [C.ELDOC.N00.15nov94tel1.pdf]
On 20th September 2004, the Indian Space Research Organisation embarked on the most concerted attempt in India's history to bridge the vast regional, socio-economic and linguistic divides inherent in the country's education system. EDUSAT is India's first satellite dedicated solely to educational programming. If the pilot programme, which broadcasts to 100 schools in five different regions across India, is a success, the Indian Space Research Organization will expand coverage to reach school children across all 28 states and seven union territories.Less than a month before EDUSAT's launch, the Ministry of Education in Karnataka, in conjunction with the Educational Development Centre, inaugurated the state's first educational programme, Chukke Chinna, on the state's All India Radio transmitters. The radio programme, produced in Kannada, will supplement rural students' instruction in Science, Social Studies and Mathematics.
- TURN ON,TUNE IN,DROPPED OUT Anna Ipe Vanessa Barchfield Aparna Jayakumar, Sophia Polytechnic February 2004.
The government
has taken a fascination to technology in education and have been allocating
funds to computers and television sets at the cost of basic infrastructure...
and even in doing this the government has been inefficient
and
shortsighted.
In Chandrapur, not a single new
classroom
has been built since 1997. How can things improve if the deficit of
physical
spaces where children are sup- posed to learn is so enormous?
Even funds provided by the Centre have not been utilised. For instance,
Rs. 10.40 crores were sanctioned by the State Gov-ernment in 1993- 94
under
a scheme spon-sored by the Centre to buy 8,000 colour television sets
for
primary schools that are run by Zilla Parishads. But an audit
in-spection
(December 1996 to October 1997) found that out of a total of 880 TV
sets
which were to be distributed in seven dis-tricts, 520 sets, costing Rs.
66.24 lakhs, could not be used. Here is what the report states: "The
TV sets in 42 schools of Thane district were not used due to absence of
electricity, 246 schools of Sindhudurg, Sangli and Ratnagiri were not
in
the limit of transmission, in 162 schools of Ratnagi-ri, Aurangabad,
Raigad,
Satara and Thane, the TV sets sent were defective or dam-aged. Further,
in 70 cases in Ratnagiri and Aurangabad the sets were not used as the
schools
were not provided boosters." So much for audio-visual
learning
tools.
- Waiting to learn, Kalpana Sharma, The Hindu, [C.ELDOC.N21.14sep01h1.pdf]
Linguists, educationists and local
language
computing experts are all up in arms here over anMoU
the state recently entered into with Microsoft for IT education at the
primary and secondary school level. Dubbing it the "Microsoftisation
of education", they have demanded that the agreement be terminated and
a more "multilateral" IT education be ensured instead of allowing one
MNC
to "monopolise" the minds of children.
...people like eminent Kannada writer K.P. PoornachandraTejasvi,
in a letter to the government, has accused MS of merely
forwarding
its own business interests. "Responsible governments worldwide are
moving
towards open source software available free. Why
should we remain at the mercy of expensive proprietary software?....
Read clause II.2 in the MoU,
it clearly says the government will set up three IT academies in ‘a
central
location’ of
- Is There A Virus In The Program?, Sugata Srinivasaraju,
Outlook, 28/02/2005, /[C.ELDOC.N20a.280205out1.html
]
National Policy on Education 1986 - Programme of Action 1992, Government of India, R.N00.33
Multichannel Learning: Connecting All to Education, Ed Anzalone, Steve, Education Development Center, Washington, - “ Can New Technologies Lower the Barriers to Quality Education for all? Jan Visser Ch 3 pg 27-38 01/01/1995, B.N24.A1, 1.
Reports
1. - Different Approaches for
Achieving EFA - Indian Experience, United Nations Educational,
Scientific
and Cultural Organisation, 01/01/2003, R.N00.41
- Technology in Education- pg 28-29
2. National Policy on
Education
1986 - Programme of Action 1992, Government of India, R.N00.33,
- Media and Educational Technology Ch 19 pg 99-102
*3.Universalisation of Elementary
Education
-Towards
Universal Primary Education,
One World South Asia, 01/11/2004, [R.N21.46
]
4. - Planet Project, 01/01/2000, [R.N20a.8]
5. Centre for Learning Resources, Annual Report, 2003-2004,
[R.N21.53
]
Interactive Radio Project for Teaching English Skills, Audio-Visual
Cell pg. 23
6. - Operational guidelines for computer assisted learning centre, Learning conference 2004, MHRD and Azim Premji foundation- Computers in education- [R.N21.24]
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Distance Education
1. - Multichannel Learning:
Connecting
All to Education, Ed Anzalone, Steve, Education Development
Center,
Washington, 01/01/1995, [B.N24.A1],
- “ Can New Technologies Lower the Barriers to Quality Education for
all? Jan Visser Ch 3 pg 27-38
Education
and Social Change
2. - Education For Social Change,
Desrochers, John, Centre for Social Action, 01/01/1987, [B.N00.D2],
- “Modern Educational Technology” pg 306-308
3. - Breaking Into the
Curriculum:
The Impact of Information Technology on Schooling, Schostak,
John
F, Methuen & Co. Ltd., 01/01/1988, [B.N20a.S1
]