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Thursday 22 December 2011

ICT Supplier Advocate off and running!


I just had an excellent meeting with Don Easter, the newly appointed supplier advocate for the ICT industry. Having had the privilege of announcing the Rudd Labor Government would be making the appointment when I was a CeBIT in Hannover earlier this year, it was wonderful to meet the person tasked with this critical role.
It’s Don’s first day on the job and our discussions traversed the recent (last few decades) history of procurement policy and experience from a SME’s perspective to things like the challenge of procuring ICT in a way that fosters innovation and nimble adaptation to leverage web2.0.

I was impressed by the fact that Don Easter had already familiarised himself with the report of our 3rd public sphere: ICT and creative industries development. ICT procurement issues attracted a lot of attention throughout the public sphere and we formally presented Don with the Report for good measure.
Given my strong views regarding procurement and outsourcing of ICT, I firmly believe that our new ICT supplier advocate is in a good position to make real progress solving the well known frustrations experienced by SME’s in particular.

I also want to acknowledge and thank the Minister for Innovation, Senator Kim Carr for this appointment. In further reinforces the central role the ICT sector plays in advancing our collective vision for a productive, expanding, knowledge-based economy.

Transcript:

Kate:
I’m really excited to be able to introduce the ICT supplier advocate, Don Easter. He’s here with me in my office. I had the great priviledge of of course making the public announcement that the Rudd Labor Government was going to appoint an ICT Supplier Advocate and this is our first chance to have a meeting together. Don…

Don:
Thank you very much and delighted to be here. I’ve been meeting with the Ministry today and getting to understand the role better. And certainly I’ve got through the Public Sphere 3 and Gov 2 initiatives and there are some really terrific ideas coming out of you work in your area so I look forward to working with you.

Kate:
Well thank you for that. And it won’t surprise you to know Don that we’re here, one of the things I wanted to do today was to formally present you with the Public Sphere 3, the outcomes of the ICT industry and Creative sector briefing paper. So here it is.

Don:
Thank you very much.

Kate:
It’s on the laptop but we’ll make sure you get all the versions of the copies of it. And I commend it to you because we had wonderful engagement with the ICT sector through this Public Sphere. Their ideas have been collated via a wiki and presented in this report.

Don:
Accepted with pleasure.

Kate:
Thank you.
It’s also important to note the commitment by Minister Carr, our Minister for Innovation and Industry. How he’s been able to push out the Supplier Advocate roles, and as I said I’m particularly pleased to see the ICT industry recognised with their own Supplier Advocate.

Don:
Thank you.

Source: KATE LUNDY

Developing ICT skills the best formula for paving way to growth



France Unesco Palestinians
Picture: AP Source: AP
 
AS we approach the end of another year it is encouraging to see signs of new investment aimed at stimulating growth and development in the ICT sector. 

In the past three months, both the Victorian and NSW governments have announced plans to promote ICT-enabled innovation and the digital economy. In particular, the Victorian government's ICT plan, announced earlier this month, committed $85 million for ICT skills development, investment and infrastructure development in collaboration with industry.

"The coalition government recognises the key role ICT plays in contributing to a competitive, productive and growing Victorian economy, building on Victoria's reputation as a leading centre for ICT," said the Victorian Minister for Technology, Gordon Rich-Phillips. "Our vision for the future is to not only propel results for our ICT sector, but also help to drive and enable growth, productivity and competitiveness in other industries through the adoption of technology."

With a strong focus on ICT skills development and strategies to leverage the NBN -- both of which are critical to innovation-led growth -- the Victorian ICT Plan is a good model for other states and territories to emulate.

ACS Victorian branch chairman Ian Dennis welcomed the Victorian government's recognition of the need to raise the number of places for ICT students in order to ensure we have enough qualified workers to support the planned growth.

"Without increasing numbers from the current annual 2300 domestic ICT higher education enrolment commencements in Victoria, such sustained economic growth will be difficult to deliver," he said.
We need to encourage more people into the ICT sector, and retain them for longer. This means encouraging students to enter ICT careers, catering for mature workers and providing options for women to remain in the workforce for longer.

Increasingly, we will need to verify the skills, experience and overall professionalism of these practitioners in order to provide confidence to businesses which depend on quality outcomes created by these professionals. The Skills Framework for the Information Age is increasingly being embraced as the standard for certifying ICT skills and providing a clear articulation path for ICT professionals, which is key to ensuring a viable ICT industry.

Growing demand for Australia's ICT professionals made headlines again last week after recruitment firm Robert Half Technology revealed that demand for specialist ICT skills jumped by 35 per cent in the past two quarters because of increased investment in e-commerce.

Meanwhile, skills shortages are being predicted for regional areas. Various studies into the impact of the NBN rollout have identified an estimated shortfall of more than 7000 telecommunications or electrical technicians and more than 12,000 ICT professionals needed to do the work associated with the network's construction.
The NBN represents a critical platform for development that will dramatically stimulate the digital economy and drive strong demand for specialist ICT skills. As well as building a larger ICT workforce, we must also provide broader community education to ensure every Australian is prepared to participate in the digital economy.

Studies by UNESCO and the World Bank suggest that industrialised nations such as Australia can add between 1.2 and 1.38 per cent to the annual GDP for every 10 per cent increase in the population using broadband communications. For Australia, this would potential represent growth of between $11.1 billion and $12.76bn a year for every 10 per cent growth in broadband connections, based on a GDP of $925bn (July last year).

More of the nation's business leaders recognise the role the NBN will play in driving economic prosperity. At an ACS Foundation lunch in Sydney last week, IBM Australia's Managing Director, Andrew Stevens, highlighted the potential benefits of the NBN for all industry sectors.

"We are on the dawn of Australia's digital future," he said. "We will live through the time when the NBN moves from being a vertical backbone network to a horizontal one in terms of affecting all parts of how this country works and operates in terms of projecting this country forward and in terms of productivity and workforce participation; I can't imagine a better thing to do."

Australia's best formula for future economic growth is to develop the ICT skills that will enable us to take full advantage of the high-speed infrastructure the NBN will provide to create innovative products and services that we can sell to the world, not only in ICT but across every industry sector.
We commend and fully support any government that demonstrates the foresight to develop and implement its own ICT growth strategy.

Anthony Wong is president of the ACS and chief executive of AGW Consulting


Source: AustralianIT

2011 International ICT Awards Winners


Posted: April 5, 2011 in Tech
 
 
International ICT Awards 2011 Winners (L-R): Sreejit Chandran, Country Manager Cognizant Philippines; Cassandra Soto, Philippine Delivery Leader IBM Global Processing Services; James Donovan, Group CEO FirstCarbon Solutions; Maulik Parekh, CEO, SPi Global; David Rizzo, President Asia Pacific, Teleperformance; Danilo Sebastion L. Reyes; Emmanuel ‘Noel’ Mendoza, Director of Philippine Center, Hewlett-Packard Asia Pacific (Hong Kong) LTD., ROHQ; and Raoul Teh, Senior Site Officer, Thomson Rueters Manila

In a fully packed, grand recognition ceremony at the Dusit Thani Hotel, the CanCham (Canadian Chamber of Commerce) and BPAP (Business Process Association of the Philippines) announced and awarded the winners of this year’s International ICT Awards.

Filipino-owned SPi Global Solutions, the country’s largest locally led outsourcing vendor, was named BPO Company of the Year. In accepting the award, SPi Global Solutions President Maulik Parekh, revealed with pride that many SPi leaders all over the world are reporting to Filipino executives here, while the reverse is true for most in the industry.

Teleperformance, a finalist in three categories, brought home the trophy for BPO Employer of the Year while IBM, a finalist in 2 categories, won the Fastest Growing BPO of the Year award. Hewlett-Packard won the Non-Voice Excellence of the Year award and Danilo Sebastian Reyes, Genpact Country Manager, was honored as the ICT Individual Contributor of the Year.

Three first-time finalists prevailed over the rest in the new locator, innovation and shared service excellence awards. Cognizant was named Best New BPO Locator, Thomson Reuters won the Shared Services Excellence award, and FirstCarbon Solutions was awarded Most Innovative Company of the Year.

International ICT Awards Chair Richard Mills said, “Over the last 5 years, we have seen a tremendous focus on and passion for excellence in the Philippine BPO industry. Today, the top awards are no longer reserved for the biggest companies with global resources. Very quickly, we are seeing new and smaller companies demonstrating efficiencies and effectiveness that put them at par with the world’s best.”

Outgoing BPAP CEO Oscar Sanez who, on his last official function, was given a surprise tribute and took the opportunity to thank ICT partners for suporting the goals of the industry. “You have made the task easier because of your own desire to promote our country as the world’s BPO destination of choice and I will always remember you in my heart of hearts,” he said.

A Study of the problems associated with ICT adaptability in Developing Countries in the context of Distance Education

A Study of the problems associated with ICT adaptability in Developing Countries in the context of Distance Education
M RAJESH,
Assistant Regional Director,
Indira Gandhi National Open University,
Haryana-INDIA
“Education never ends, Watson. It is a series of lessons with the greatest for the last” The Adventure of the Red circle by Arthur.C.Doyle
Communication technologies have come to play a vibrant role in democratizing Education not only in the Developed but also in the Developing Countries. How ever, in spreading the use of Information and communication technology some major difficulties are felt by the policy makers as well as the implementers. These difficulties are felt both at the growth and application stages of communication technology. Yaverbaum and Reisman highlights the importance of three aspects in the application of new information and communication technology. They are People, software and hardware. Different permutations and combinations with regard to the three variables create different implications for the growth and application of Information and communication Technology (James C Taylor, “Computer assisted Distance Education: A pedagogic and professional Development Perspective”). Among these, they stated that the most difficult aspect to address would invariably be the human element. Pete Thomas and Dean Taylor state that as access to Information and communication technologies become more extensive, their use is extended from the activities related to internal administrative aspects towards more of interaction with students (James C Taylor, “Computer assisted Distance Education: A pedagogic and professional Development Perspective”). Such a scenario throws up new challenges before technologists in terms of both technical and human aspects. Hidetoshi Kato states that in the years to come communication technologies will play a major role in deciding learning outcomes.(Kato, Hidetoshi(1995) “Technology and Distance education”, Indian Journal Of Open Learning,pp.11-14)

The problems associated with the growth of ICT that have been focused upon in this paper are Political factors, Economic factors, Cultural factors and technological factors. Among the major problems associated with application of ICTs the focus will be laid on Socio-political factors, Human and Administrative factors, Economic factors and Technical factors. Further, the paper based on various case studies derives important conclusions and also provides pertinent suggestions to ensure the smooth growth and effective application of ICT in the Third World.

Why use ICT?

Information and communication technology has come to be regarded as the mainstay of all Distance education methods. Dr.Ramanujam succinctly put the importance of Information and communication technologies in the current scheme of Distance education forward in the following words.
“The spread of Information and Communication Technology (ICT) has revolutionized the access to education in general and the Distance Open Learning (DOL) in particular. ICT’s role in the expansion of DOL need not be overemphasized. It is common knowledge that every Distance Teaching Institution is fast adapting itself to technology based teaching and learning in order to keep abreast of the changes taking place in educational technology”(http://depfolang.kubsu.ru/ramanujam.html)
Educational technologists have cited may reasons as to why an education system based on ICT can more effectively result in positive pedagogic outcomes than one based only on conventional techniques.

One of the prominent reasons why ICT has come to hold an important place in ODL is that Distance learning is basically a Guided Didactic Conversational process (Borje Holmberg) in which the institution has to be in constant touch with the student. The high degree of interactivity exhibited by ICTs is an indispensable aspect in facilitating Guided Didactic Process. ICTs can transmit information to the students through a wide variety of media in a way that promotes informed discussion as well as provides guidance.

The autonomous learner of ODL institutes needs to be continuously attended by the Distance Learning Institute. This was termed by David Stewart as “Continuity of Concern”. The ODL institutes will not be able to express their continuity of concern to their students with out the appropriate use of modern ICTs. Modern ICTs like teleconferencing can reach the farthest corners of the world discounting the traditional limitations of space and topography. Such a scheme will be able to effectively tackle the problems of students at all levels and at all stages.

The use of new ICT is ex
tremely compatible with the “Industrial Form of Learning”(Otto Peters) that is propounded by ODL institutes. The emphasis on systematization by such institutes makes it highly imperative that each stage of the learning process is associated with skill that has to be pandered to by using a different learning device. This has prompted the cognitive theorists like Skinner to propound the usage of teaching machines. Such machines greatly reinforce the stimuli provided by the learning process.
Thus one must agree that for enhancing the pedagogic utility of ODL systems, a proper mix of new ICTs should be framed.
What are the problems associated with the Growth of Communication technologies in Developing Countries?
There are many problems that hinder the growth of new ICTs in Developing countries. Some of these factors are enumerated below.

Policy Structure of the Government:
The growth of any communication technology in a society and hence its applicability for Distance Education depends to a very great extent on the degree to which policy makers recognize the importance of ICTs in promoting a knowledge based society. Many Developing Countries like India have realized the importance of giving a boost to New Information and Communication Technologies for the general betterment of the society. The New Information Technology Act 2000 passed by the Indian Parliament is a step in the right direction. Many Countries have bestowed tax incentives on Communication technology based industries. Some Countries that have paid relatively scarce attention to the area of information technology are lagging behind in the field of spreading education using the latest technology. The failure of Distance Education in many African Countries can be attributed to this. Not only are policies important but also their implementation deserves greater attention. The road to failure is often paved with good intentions. Many structural factors make the implementation of technology a daunting task. At the planning stage the enormity of such factors are often not recognized.

Infrastructural Bottlenecks and High User Charges:
The lack of appropriate infrastructure for enabling the use of ICT for Distance Education is a serious bottleneck. The aspect of Internet access in Developing Countries is a case in view. The figures for the level of Internet penetration in various countries are given below.
Internet Penetration in Asia by Country, 1999 (Millions)
Adult Population Adult Population Internet Users Percentage of Internet users
Singapore 2.66 1.06 39.92
Hong Kong 5.34 .075 14.06
Japan 102.64 10.3 10.44
Taiwan 16.09 1.8 11.19
S.Korea 34.2 0.9 2.63
Malaysia 12.58 0.16 1.27
China 869.93 2.47 0.28
Philippines 44.69 0.12 0.27
Thailand 42.72 0.11 0.26
India 598.88 0.27 0.05
Vietnam 46.25 0.01 0.02
Source: Technology - Pedagogy Combine: Need for Quality in Distance- Open Learning (http://depfolang.kubsu.ru/ramanujam.html)
The low levels of Internet penetration in India are clearly visible from the data presented in the table. The percentage of Internet users is just .05%, which compares unfavorably with countries like Thailand (.26%) and China (.27%). The same scenario holds true for most basic infrastructure needed to make ICT usage more viable in Developing countries. Further the waiting time for obtaining access to basic ICT is also very long. Even after liberalization, the average waiting time for obtaining telephone access in India is more that 8 months in India. Access to even the most basic of electronic devices like the Television is also highly limited in countries like India. In India the TV penetration is only 80 per 1000.Coupled with these is the fact that, for most modern information and communication technologies, the user charges are very high that makes their use for Distance Education a very costly affair. A case in view is that of the cost of Internet connectivity for Indian homes. It still costs as much as Rs.30 per hour for Internet access in Indian homes. Such prohibitive costs make the use of such technology for imparting Distance Education, a luxury.
Political Factors
The perceptions and attitudes of a political system greatly affect the acceptance and growth of technology in any society. The same holds true for all the ICTs relevant to Distance Education. A political system conscious of the payoffs of ICT for the enhancement of the educational profile of a country will frame appropriate policies for the adoption and dissemination of ICT through out the length and breadth of the country. As A.W.Bates states while talking about his criteria of Media Selection, Novelty of an ICT should be the least important criteria that should guide the political society in deciding upon the ICT that should be selected. Rather than being guided by the fashion of the day, ICT should always be selected in accordance with its end result, that is the extent to which it can bring about positive pedagogic out comes.
“Mere ‘buying’ of technology will not become a policy, because any unprofessional decision at some level will be enough to buy technology. In such a case technology will become a disabling rather than an enabling tool”‘Technology-Pedagogy Combine: Need for Quality in Distance-Open Learning (http://depfolang.kubsu.ru/ramanujam.html)’
The growth of ICTs will be generally welcomed in a democratic society, because, ICTs are known to democratize societies through wider dissemination of information. However, in a society in which an autocratic form of government prevails, growth of ICTs may not be viewed with favour because, greater access to information may encourage interest in creating more democratic space in the society.

Economic Factors
In Distance Education, cost is an important factor that guides the adoption and growth of Communication Technology in a country. Developing Countries often lack the initial allocation as well as matching funds to make feasible investments in ICTs. Many countries often acquire costly technology without making provisions for building sufficient infrastructure to run them.
Thomas (1987) states that there are four major factors that can affect the growth of Communication Technologies in a Country. They are
- Financial Strength of the society
- Attitude of policy makers- Budget Allocation for the technology
- Cost-efficiency of the technology
.(IGNOU,“ Growth of Communication Technology”, Communication Technology for Distance Education,ES-318, pp.34)
Most Developing countries are constrained by resource scarcities. Even where the importance of ICTs is recognized, allocation for the development of these is at best paltry. Due to this, many developing countries are forced to depend on mostly traditional means of communication. These are limited in their efficiency.

The Developing countries are vitally dependent on substantial foreign assistance to ensure the development of ICTs. Often it is found that it is very difficult to invite the attention of donors on ICTs. These countries are perennially short of Foreign Exchange for acquiring latest technologies. Most of the Developing Countries are undergoing Structural Adjustment Programmes under the auspices of the IMF.

Cost-efficiency of an ICT is another major factor that is important that determines its growth. Developing countries have to ensure that such a technology is adopted that is easily accessible to the target group and also fulfills all the functions that are expected of it. Such a scenario essentially implies that a costly technology need not always be the best technology. However, it is often seen that Developing Countries often invest in the latest technologies without considering whether the target audience is effectively reached or whether the target audience is interested in the technology. The latter is the case of UGC’s countrywide classroom scheme whose utilization rate is as low as 10%.
Cultural Factors
Contractor, Fulk, Monge and Singhal (1986) state that culture is a complex whole that includes knowledge, beliefs, arts, morals, laws, customs and any other capability and habit acquired by a human being as a member of the society (IGNOU,“ Growth of Communication Technology”, Communication Technology for Distance Education, ES-318, pp.36)
Language is one of the major factors that hinder the easy assilimilation of ICTs by many developing countries. This hinders transfer of technology. The radio and TV programmes, computer software and the printed texts are produced in different countries bearing different cultural backgrounds. As such, such tools may fail to impress students of another country. For example, a zoology text can safely give the example of a koala in Australia, but the same cannot be replicated in India.

With regard to cultural patterns there are two groups of policy makers. Policy makers can be Pro-implementation or Anti- implementation. It is precisely the cultural moorings of a society that makes people either in favour of implementing technology or to reject it. Japanese have over the years built up a reputation of being quick to adapt and implement new technology. This can be linked to the way in which a new culture of receptivity to new ideas was built up after centuries of stagnation when commodore Perry forced the Japanese to open up their society. Again, in recent times it has been seen that the culture of class room teaching and learning has been so strongly built into the psyche of the teaching community that they often exhibit resistance in the way of implementing technological change that forces a change in the role of the teacher from being a store house of all learning to a manager of the teaching-learning process.
Technological Factors:
Very often, technology becomes the determining factor in the growth of ICT in any society. One would be justified in applying the Bates criteria for media selection as an appropriate parameter for selecting appropriate technology for educational purposes.
Bates Criteria for Media Selection
Bates states that the following are the major criterion that have to be taken into consideration while selecting appropriate media for Educational purposes
A - ACCESS TO THE MEDIA
C - COST OF THE PROPOSED MEDIA
T - TEACHING FUNCTIONS OF THE MEDIA IN RELATION TO LEARNING GOALS
I - INTERACTIVENESS AND USER-FRIENDLINESS
O - ORGANISATIONAL ISSUES
N - NOVELTY OF THE MEDIA
S - SPEED WITH WHICH CHANGE CAN BE BROUGHT ABOUT IN THE MEDIA
(IGNOU, “Media in Distance Educatio “, Communication Technology for Distance Education, , (2001), ES-318.


With regard to the acceptance of a particular technology, the factors such as access, cost, teaching functions, interactive ness and user-friendliness, organizational issues and speed afforded to change are important issues. In the case of Media selection, Bates regards Novelty of a media as the least important criterion on which a particular media should be selected or rejected. However, in the case of many third world countries, it is novelty of a media that attracts the attention of policy makers. For example, in the late70s and 80s, the novelty of TV as a medium influenced the UGC to initiate the Country-Wide Class room programme for the benefit of the college students. However much care was not taken to ensure whether, the programme could generate enough interest in the student community to make the programme a success. Moreover, at the time of its initiation, access to TV sets was also a major problem. Even today the tele-density in India stands at a low 80 per 1000. The end result was that UGC’s CWC generated a utilization rate of less than 10%.
Apart from the factors mentioned above, once a technology is selected, there are certain other factors that need the concern of policy makers. Handling of New technology needs care and technical proficiency. For this training is an important aspect. Many developing countries lack enough personnel to train manpower in new technology. Moreover, constant retraining of manpower to acquaint them with changing technology is also important. These often act as constraints before the smooth growth of ICT.
Maintenance of equipment also needs sufficient care. Frequent snags may render equipments unusable. Maintenance as a function also needs sufficiently trained staff, high quality spare parts and machine friendly attitude from the users.

Growth of Communication Technology – A case Study of India:
In any Developing country, the factors mentioned in the previous section can play a major role in either progressing or depressing the growth of modern ICTs. In this regard the case of India is very illustrative. We shall examine the Indian case with the help of the case studies related to the use of two major ICTs namely Radio and Television.
The Relative successes and failures of various types of TV and Radio in the Indian Context:
1. Radio:
Radio broadcasts in India for educational purposes has taken the form of School broadcasts, adult education and community development projects, Farm and home broadcasts, university broadcasts and language learning projects.
Among school broadcasts, the programmes aired by the Central Institute of Educational Technology for primary classes was one of the best programmes of the genre.

Among the adult education and community development projects the “Radio-forums” that were tried out in 144 villages around Poona with the help of UNESCO. The programme was tried out in groups of 20 members each. These forums were expected to listen to thirty-minute radio programmes on agriculture and community development.

Farm and Home Broadcasts were initiated in a big way in 1966. The topics covered in these were related to agriculture and allied topics. The aim was to educate the farmers and to provide them information in innovative practices in their field. These programmes were very effective.

University Broadcasts in India have traditionally been of two types- ‘general’ and ‘enrichment’ oriented. The former includes topics of public interest while the latter is used to support correspondence education of various institutes. The University of Delhi works out details in association with AIR Delhi for providing education through radio. Again many Open universities in the country also use radio broadcasts. Even the CIEFL, Hyderabad is engaged in offers modules through radio mode.

Language learning Projects are also a popular form of using the medium of radio. The most prominent example of the same is called the “Radio-pilot project” aimed at covering 500 primary schools of Jaipur and Ajmer in order to teach Hindi language. These projects were successful in improving the vocabulary of students by a very large measure. Later on such an experiment was also repeated in Hoshangabad district of Madhya Pradesh (IGNOU, ES-318, Communication Technology for Distance Education, 2000, pp.42-44).
GyanVani project was launched by IGNOU is offered in FM channels in 40 cities around the country for the purpose of educational development. EMPC is the nodal agency for implementing the project. The EMPC is currently studying the possibilities of creating a global Gyanvani.

Interactive Radio Counselling is a recent conception in Indian Distance Education scheme. In this scheme various experts at AIR stations provide live Counselling across the country. They are conducted at 189 radio stations on Sundays for an hour. Reflecting on the Interactive Radio Counselling mechanism as adopted in IGNOU, S.S.Chaudhary. et.al reported that IRC was an effective input to accomplish course objectives(Bansal,kiron and Chaudhary,sonvir.S,1999, “Interactive radio for supporting distance education: an evaluative study”, Indian Journal of open learning).Again, B.Sukumar states that IRCs provide a major forum on which the students, especially from the remote areas can interact with the teaching end and can get their doubts clarified. The study revealed that even though IRC is well accepted by the students, there needs to be more attention given to its various aspects to make it really effective.(Sukumar,B.(2001),IGNOU interactive Radio Counselling :a study,IJOL,10(1),pp.80-92)
Radio as an Information and communication technology is by far the most successful of all ICTs in India.
2.Television
Experiment with television as a medium began very early in India. The major programmes of significance in this regard were Secondary school TV programme, Delhi Agricultural Television Project: Krishi Darshan, Satellite Instructional TV Experiment (SITE), Indian National Satellite Project (INSAT) UGC’s Higher Educational Television Project (HETV) and Gyan Darshan (TDCC).
A. Secondary school TV programme:
This programme was started in Delhi on an experimental basis in October 1961 to impart lectures in Physics, chemistry; English and Hindi for class 11.These were basically syllabus-based programmes. The aim of the programme was also to enable students without laboratory facilities to have a feel of the same in a detached environment (for science programmes).

B. Delhi Agricultural Television Project:

This project was initiated on January 26,1966 for providing information related to agriculture to farmers. It was provided in 80 villages in and around Delhi. The programme attained a fair degree of success.

C. Satellite Instructional TV Experiment (SITE):
This experiment was started in the year 1975, initially for a period of one year. The telecast concentrated on the broadcast of two types of programmes- 1. Development related programmes featuring health, agriculture etc and 2. School programmes in Hindi, Kannada, Telugu and Oriya.

D. Indian National Satellite Project (INSAT):
The INSAT series of satellites were a landmark in the history of Indian Educational technology. Educational Television broadcasts were inaugurated through the INSAT series of satellites on 15th August 1982 in Orissa and Andhra Pradesh. Later on it was extended to AP, Bihar, Gujarat, Maharashtra, Orissa and UP. The cover of the INSAT spans the whole of the country in today’s date. One of the avowed objectives of the INSAT scheme was to bring the rural population into the national mainstream. The areas covered include most of the areas of interest to these populations.

E. UGC’s Higher Educational Television Project (HETV):
The UGC’s Countrywide classroom programme was inaugurated in 1984.The production of programmes under this scheme is undertaken by the Electronic Media Research Centres (EMRC) located at various spots in the country. Some of the programmes are also imported from other countries too. The aim of UGC through its CWC was to upgrade the quality of education in the country.

F. The Gyan Darshan Experiment:
A collaborative effort between the MHRD and IGNOU, the Gyan Darshan channel has come to stay as a major innovation in educational television. The EMPC is the coordinating and transmitting agency for the programmes. Regular transmission of programmes from EMPC started on January10, 2000. Cable operators are being encouraged to make available the programmes of Gyan Darshan to all their customers. This was for ensuring a countrywide reach. Currently Gyan Darshan is available for viewing both in India and abroad.

A Relative Analysis
A relative analysis of the performances of Radio and Television would indicate the factors that can lead to the success and failures of various media in Developing countries. It has been noticed that the experiments conducted with the medium of radio have been far more successful than those conducted with the medium of Television. The reasons are not far to seek. The extent of penetration of Radio is far greater than that of TV. Even today the penetration of TV is as low as 80 per 1000 compared to the widespread. On the other hand radios are easily accessible and with the transistor revolution radio as a technology has become very cheap. Another factor working in favour of Radio, as a medium is the low capital investment and operating costs of radio broadcast technologies. Again learners can easily listen to radio programmes even while they are doing manual work. Radio is in all its real sense an egalitarian medium of communication. The ease with which it is accessible to the poor and rich alike makes it the most ideal medium for information dissemination. Compared to the radio the TV has certain disadvantages that work against it as a medium of communication. The major problem with regard to making the TV a successful medium of communication is the high cost of programme production. Sonvir Choudhary states in that there are groups recommending the use of TV due to its glamour value and those opposing it due to the doubts over its viability of its access (Choudhary, s.v, 1992, “Television in distance education: the Indian scenario”, Indian Journal of Open Learning, 1(1), pp.23-31). Thus there are major factors that have led to the relative success of a medium like radio over a medium like TV.
What hinders the wider application of ICTs in the Third World?
Political factors of various hues affect the application of ICT in various ways. The political will of the ruling elite can at times pave the way for the growth of a particular type of communication technology in a country. The current phase of buoyancy related to computer technology and information technology can be attributed to the energetic steps taken by the late Prime Minister Mr.Rajiv Gandhi and his scientific advisor, Mr. Sam Pitroda. They were also instrumental in initiating a series of Technology missions. Further, if there is decentralization of communication technologies, it will lead to making the country a well-informed one. Such a scenario can help the people to make well-informed choices about the political scenario. This may even result in a topsy-turvy period of transition.

Human and Administrative Factors can play a major role in the growth of ICTs in the third world. It is seen that if all sections of people do not have access to the technology being implemented then it will result in the creation of two classes of people – ‘haves’ and ‘have-nots’. This may result in a sense of deprivation among the ‘have-nots’. It may also result in many administrative problems. Implementation is a major issue. When new technologies like computers are implemented, resistance from ground level staff is a real possibility. Far more important than technological resistance is the attitude of the people towards the use of technology for educational purposes. Sonvir Choudhary and Shyam Behari in their Modasa experiment state that developing countries do not lag behind advanced countries in the use of technology for entertainment. With a little change in perception the same technologies can be used for education too. The authors proved this fact through their experiment at Modasa, a village in Gujarat. (Choudhary,S,V and Behari Shyam,(1994) Modasa Experiment: Distance teaching through cable TV network system,Indian Journal of Open Learning 3(1),pp.24-28)
Economic factors also affect the application of new ICT in Distance Education. Developing countries have a constant paucity of funds especially for the application of new ICT in Distance education. Due to this people are unable to reap the benefits of modern technology. For example, one of the reasons for the lack of success of UGC’s CWC was the lack of adequate TV sets for reception of the programmes.
Equipment Related factors are a major hurdle in the growth and application of communication technologies. The main aspect in this pertains to the import of various equipments. In many cases, maintenance of the same requires foreign technicians. In the case of dual use technologies, there may emerge many import restrictions. A major case in view is the import restrictions imposed on the export of cryogenics related rocket technology to India by USA in recent times.
The Human Element is also major importance in the growth and application of new ICT. In many cases, it is seen that the teachers act as a major roadblock against the implementation of new technology. They are not ready to accept any change in their role. With the advent of new ICT teachers are no longer the storehouse of all knowledge, but are more of managers of education.
Communication policies of various countries also play a major role in deciding the application of various communication technologies. These policies are a product of social pressure. Policy formulations are based on the kind of role the political elite want that media to play in the process of development of the country. In the Educational field policies should be formulated in such a way that the inter –regional disparities as well as the inter- strata disparities are overcome and equal access is made available to all the segments in their quest for education.
Suggestions and Recommendations:
The following suggestions and recommendations may be given for facilitating greater growth and adaptation of ICTs in Developing countries.
  • In keeping with the pattern of the globalised economy, greater impetus should be given for the cooperation between the government and the private sector to adapt and disseminate new technology in the field of education.
  • Tax rebates should be extended to private institutions engaged in the field of research on ICT adaptability in Distance Education
  • The government of these countries should invest at least a percentage of their GDP in research and adoption of new ICT.
  • The Developed countries should accept it as their moral duty to transfer those ICT technologies to developing countries that can bring about vast changes in the educational profile of these countries.
  • While choosing between different ICTs, the criterion of positive end use effect should prevail above the aspects of Novelty and fashion.
  • The governments of these countries should concentrate on building up the base of high speed data transfer by initiating projects like the Sankhya vahini.
  • Venture capitalist projects should be encouraged to make break thorough in the field of ICTs for educational purposes.
  • It is as important to empower people with technologies as to make technologies accessible to them. Access without empowerment will stunt the growth of technologies.
Summing Up:

The growth and application of new ICTs in the field of education in Developing countries is fraught with immense difficulties. However, the choice of the medium is of paramount importance in ensuring that the objectives of using a particular media are fulfilled. From the relative analysis of radio and TV as media in India, we can safely conclude that the major factors that decide the growth and application of a ICT in Distance education are the access to the media, its cost effectiveness, its user friendliness and its pedagogic value. Unless all these factors are taken proper care of, growth and application of ICTs in Education will continue to be as daunting a task as it ever was.

Source: INTERNATIONAL ICT

Centralising & standardising ICT

Centralising and standardising ICT across your international group – implementing harmonised, high performance communications solutions for business benefit.

Gaining control of a disparate and widely dispersed network is an important step for international organisations in controlling and reducing costs and providing better, more stable and more integrated voice and data services. Creating a central, IP-based communications infrastructure provides the greatest potential cost savings and efficiency gains. It transforms a fragmented network into a streamlined, efficiently managed infrastructure that is easily scalable and adaptable to the present and future needs of the organisation. And it provides a stable platform to introduce Unified Communications solutions that can boost collaboration, bringing associated productivity and efficiency gains. The ability to work together more effectively, with powerful conferencing, messaging and information sharing tools, greatly reduces the need for business travel, creating a major cost saving for international businesses.

NextiraOne can help you to achieve your goal of a centralised, standardised ICT environment by designing and creating a new IP-based infrastructure with the flexibility for future growth and change. Our experience in transformation [link to transformation] projects will help you to achieve the migration painlessly and seamlessly. And our solutions are designed to be sustainable and both cost and carbon efficient.

Most large international organisations have developed and evolved over time through organic growth and acquisition and their networks often reflect this, with local sites and subsidiaries making their own technology purchasing decisions. The result is a dispersed and disparate communications environment, pieced together to create a network which is unstable and inefficient.

NextiraOne can help you to improve your existing infrastructure in a number of ways that will provide better services, a more stable environment and improved business continuity together with operational and environmental savings.

As a first step NextiraOne can audit and assess your existing ICT systems and improve your central architecture so that it immediately gives you greater control, a more stable infrastructure and more business efficiency. Our international service management [link] approach can support your existing network, centrally providing consistent levels of support and maintenance across your sites. At the same time our experts can help you to look at system performance, business needs and future planning to create a transformation project that will ultimately provide your organisation with a high capacity, high performance centralised network that will also be cost-effective and energy efficient to meet your Green [link to Green IT] objectives and introduce tangible productivity gains.

Replacing locally managed and supported PBX-based networks with core servers centrally located in one or two data centres [link] creates a flexible, dynamic network that can grow with the organisation and its voice and data requirements. It creates a more resilient environment which is easier and more cost-effective to support and maintain and to monitor for performance.

Consolidation also introduces enormous energy efficiencies both in reducing the number of server rooms and amount of equipment required to run the network, especially with server virtualisation and the introduction of new blade technologies, and in the use of energy-efficient cooling and air conditioning and other physical aspects of the data centre environment.

NextiraOne, as a single source supplier, vendor-independent communications specialist, has the expertise and experience in building large international networks to help you to standardise and centralise your ICT, creating and supporting your integrated network infrastructure as a cost-effective step towards achieving your business goals, allowing you to:

• Standardise/rationalise ICT technology
• Introduce IP as a flexible future-proof basis for new centralised architecture
• Create a powerful collaborative environment through Unified Communications, cutting travel and external conferencing costs
• Protect legacy investment, where appropriate
• Create new central network architecture, create cost savings
• Stabilise performance - improve reliability, introduce greater resilience
• Meet your energy efficiency and carbon reduction targets.

Source: NextiraOne

ICT For Education in Rural Malaysia

Digital Inclusion, Education IT

ICT for education in rural Malaysia

Sekolah Menegah Kebangsaan (SMK) Tenom in a remote part of Sabah state boasts a wireless connection and computer-aided programmes for its students. This connection is meant to help these students keep pace with others in larger, more privileged districts in the state and across Malaysia.

Photos

Abdul Aziz Mohamed Zain Headmaster of SMK Tenom says having ICT in place has promoted excellence in teaching and enhanced students’ learning. “Students are excited about using computers in their lessons. Interest in learning and computer skills has improved.”

Under the 9th Malaysia Plan, the Education Ministry has allocated US$6.3 million for the replacement of ICT equipment and infrastructure.

Recently, the internet service speed has been upgraded by the ministry from 2MB to 4MB and this infrastructure is shared by primary and boarding school students. Currently, there are 80 personal computers located in the computer labs, a kiosk, offices and classrooms. On average, one personal computer is allocated to every 13 students.

Other than using ICT in school subjects, students are exposed to applications such as Microsoft Word, Excel, Flash and downloadable online software.

Source: Asia Pacific Future Gov.

PIXELS: Ever the ICT advocate

TUN Dr Mahathir Mohamad has received the ICT Lifetime Achievement Award from the National ICT Association of Malaysia for his many contributions to the local ICT industry.

Tun Dr Mahathir
Tun Dr Mahathir (3rdfrom left) was presented the ICT Lifetime Achivement Award at PIKOM’s 25 anniversary dinner
The former prime minister, credited for much of the success of the country’s ICT industry, was presented the award by Pikom’s newly elected chairman Woon Tai Hai at its 25th anniversary dinner held recently in Kuala Lumpur. The event was a culmination of a series of activities that Pikom had lined up to celebrate the year.

Also present at the event was Science, Technology and Innovation Minister Datuk Seri Panglima Dr Maximus Johnity Ongkili.

-Ultra-sleek computing

THOUGH not the earliest to launch the ultrabook in the country, Toshiba didn’t disappoint with its Portege Z830, the world’s lightest and thinnest 13.3-inch computer.

Featuring second-generation Intel Core processors and Toshiba’s EasyGuard technology, it also comes with ports, slots and a solid-state drive for better storage capacity.

At 15.9mm at its thickest point, the Z830 weighs just 1.1kg, yet packs in an eight-cell battery. With a 13.3-inch HD display with LED backlighting, WLAN, Bluetooth 3.0 and Gigabit Ethernet LAN, the model offers mobility without compromising function. Its spill-resistant keyboard, 1.3-megapixel webcam, 128GB SSD and up to 6GB DDR3 memory should delight users, too.

The top-of-the-line model with Intel Core i7 processor goes for RM4,799. Another option with Core i5 is priced at RM3,999.

Toshiba has also come up with two Android Honeycomb-based tablets: the 10-inch Regza AT100 (RM1,599) and 7-inch Regza AT1S0 (RM1,899). The smaller tablet sports 16GB internal memory, mini-USB, micro-HDMI and micro-SD card slots, while the bigger one offers up to 32GB internal memory, full-sized USB and mini-USB, an HDMI port and SD card reader. Both feature 1GB DDR2 RAM, WiFi, Bluetooth and HSPA+(3.5G) support, a five-megapixel rear camera, two-megapixel front camera, and GPS function.
Then there’s Toshiba’s Qosmio DX730 all-in-one desktop PC, which at its highest specification offers Intel Core i7 Quad Core technology, NVidia GeForce GT540M 1GB DDR3 video RAM graphics, 2TB hard disk drive capacity, a Blu-ray ROM drive, multi-card reader and advanced multimedia features. The RM3,599 package offers Core i5 processor while the RM4,299 package has Core i7.

-Screen options

DELL has three new devices to boast of: the Latitude ST tablet, XPS 14z notebook, and Inspiron One 2320 all-in-one touch-screen desktop.

The 10.1-inch Windows 7 Latitude (RM2,380) is designed for mobile professionals and corporate users. The XPS 14z (RM2,999) is one of the thinnest full-featured notebooks to come in a borderless 14-inch screen but in a 13-inch form factor.

For those who prefer a larger screen, there’s the 23-inch Inspiron One 2320 (RM1,999), whose screen also doubles up as a TV.


ICT Media Awards Competition open for entries


KUCHING: Sarawak Information Systems Sdn Bhd (Sains) in collaboration with Sarawak Chief Minister’s Office is calling for entries from journalists and writers in Sarawak for the upcoming ‘5th Sarawak Chief Minister’s ICT Media Awards Competition’. 

According to a press release yesterday, the contest is divided into two categories, print media and broadcast media. Entries can be in English, Bahasa Malaysia or Chinese.
The entries must be published articles or materials broadcast over radio or television from January to December this year.

This year, there are 12 cash prizes up for grabs.

The top three print articles in each language will receive cash prizes as well as certificates of recognition from the chief minister.

For the broadcast media category, cash prizes along with certificates will be presented to the three best pieces aired over radio or television in any of the three languages.

Additionally, for this year’s competition, the first 10 submissions will receive a surprise gift.
The competition is open to all media practitioners (reporters, editors and journalists) from the print and broadcast media industry.

All entries must be in the form of features, news articles, feature reporting or documentaries on ICT-related subjects printed in either local newspapers or aired over local radio or television in Sarawak by a licensed media organisation.
 
Entries will be evaluated based on journalistic quality, communication impact and objectivity.

Judges for the event will be representatives from Sains, Universiti Malaysia Sarawak (Unimas), Information and Communication Technology Unit (ICTU) and Angkatan Zaman Mansang (Azam).

This annual event, under the patronage of the Chief Minister Pehin Sri Abdul Taib Mahmud, was established to encourage journalists and writers to address ICT-related topics and promote the usage of ICT and awareness of its importance, for the socio-economic development of Sarawak.


ICT and Malaysian Schools


The then Minister of Education, Dato’ Sri Hishammuddin Tun Hussien in his seminar paper “The Moving Young Minds International Ministerial Seminar of Education” in London (2004) among many other things stated that ICT is growing not just in capacity but in accessibility, availability and popularity. Old ways of communicating information and making things are destroyed or altered and new ones come into being. He gave the example that within 24 hours after the tsunami horror (the deadly waves that had spread destruction in twelve countries up to 3000 miles apart and killed an uncountable number of people); news and images of the destruction has been beamed into living rooms worldwide and journalists reported via satellite phone from affected sites. The Internet played an irreplaceable role in the mobilization and coordination of the relief effort in the affected countries. Within 48 hours, the largest ever fundraising effort for disaster relief was well under way, much of it on the web.

WHAT ARE ICT’s AND WHAT TYPES OF ICT’s ARE COMMONLY USED IN EDUCATION?
Wikibooks define information and communication technologies (ICT) as a “diverse set of technological tools and resources used to communicate, and to create, disseminate, store, and manage information”. These technologies include computers, the Internet, broadcasting technologies (radio and television), and telephony. Older technologies such as the telephone, radio and television, although given less attention, have a longer and richer history as instructional tools. Radio and television have for forty years been used for open and distance learning, although print remains the cheapest, most accessible and therefore most dominant delivery mechanism in both developed and developing countries.

E-Learning is most commonly associated with higher education and corporate training. E-Learning encompasses learning at all levels, both formal and non-formal, that uses an information network – the internet, an intranet (LAN) or extranet (WAN) – whether wholly or in part, for course delivery, interaction, evaluation and / or facilitation. Others prefer the term online learning. Web – based learning is a subject of e-learning and refers to learning using an internet browser (such as Netscape or Internet Explorer).

Blended Learning refers to learning models that combine traditional classroom practice with e-learning solutions. Class can be assigned both print-based and online materials, have online mentoring sessions with their teacher through chat, and are subscribed to a class email list. “Blending” was prompted by the recognition that not all learning is best achieved in an electronically-mediated environment, particularly one that dispenses with a live instructor altogether. Consideration must be given to the subject matter, the learning objectives and outcomes, the characteristics of the learners, and the learning context in order to arrive at the optimum mix of instructional and delivery methods.

Open and distance learning is defined by the Commonwealth of Learning as “a way of providing learning opportunities that is characterized by the seperation of teacher and learner in time and place, or both time and place; learning that is certified in some way, by an institution or agency; the use of a variety of media; including print and electronic: two-way communications that allow learners and tutors to interact; the possibilities of occasional face-to-face meetings, and a specialized division of labour in the production and delivery of courses”.

THE USES OF ICT’s IN EDUCATION:
The potential of each technology varies according to how it is used. Haddad and Draxler identify at least five levels of technology use in education:
  • presentation;
  • demonstration;
  • drill and practice;
  • interaction;
  • collaboration.
Each of the different ICT’s may be used for presentation and demonstration, the most basic of the five levels. Except for video technologies, drills and practice may likewise be performed using the whole range of technologies. Networked computers and the Internet are the ICT’s that enable interactive and collaborative learning best. However the full potential as educational tools will remain unrealized if they are used merely for presentation or demonstration.

There are three (3) general approaches to the use of radio and TV broadcasting in education:
  • Direct class teaching, where broadcast programming substitues for teachers on a temporary basis.
  • School broadcasting, where broadcast programming provides complementary teaching and learning resources not otherwise available, and
  • General educational programming over community, national and international stations which provide general and informal educational opportunities.
Teleconferencing refers to “interactive electronic communication among people located at two or more different places. There are four (4) types of teleconferencing based on the nature and extent of interactivity and the sophistication of the technology.
  1. audioconferencing;
  2. audio-graphic conferencing;
  3. videoconferencing;
  4. web-based conferencing;
Audioconferencing involves the live (real-time) exchange of voice messages over a telephone network.

Videoconferencing allows the exchange not just of voice and graphics but also of moving images.

Teleconferencing is used in both formal and non-formal learning contexts to facilitate teacher-learner and learner-learner discussions, as well as to access experts and other resource persons remotely. In open and distance learning, teleconferencing is a useful tool for providing direct instruction and learner support, minimizing learner isolation. Higher institutions using teleconferecing in their online learning programs include the Open University of the United Kingdom, UNITAR (Universiti Tun Abdul Razak) Malaysia, Open University of Hong Kong, and Indira Ghandi National Open Univerity.

Three General Approaches to the Instructional Use of Computers and Internet:
  1. Learning about computers and the Internet, and technological literacy is the end goal.
  2. Learning with computer and the Internet, in which technology facilitates learning across the curriculum.
  3. Learning through computers and the Internet, integrating technological skills development with curriculum applications.
Learning about computers and the Internet focuses on developing technological literacy. It typically includes:
  • Fundamentals: basic terms, concepts and operations;
  • Use of the keyboard and mouse;
  • Use productivity tools such as word processing, spreadsheets, data base and graphics programs;
  • Use of research and collaboration tools such as search engines and email;
  • Basic skills in using programming and authoring applications such as Logo or HyperStudio;
  • Developing an awareness of the social impact of technological change.
Learning with computers and the Internet means focusing on how technology can be the means to learning ends across the curriculum. It includes:
  • Presentation, demonstration, and the manipulation of data using productivity tools;
  • Use of curriculum specific applications types such a games, drill and practice, simulations, tutorials, virtual  laboratories, visualizations and graphical representations of abstract concepts, musical composition and expert systems;
  • Use of information and resources on CD-ROM or online such as encyclopedia, interactive maps and atlases, electronic journals and other references.
Learning through computers and the Internet combine learning about them with learning with them. It involves learning the technological skills to engage in a curriculum related activities eg. using spreadsheet and database programs to help organize and analyze the data they have collected, as well as using a word processing application to prepare their written report.

Telecollaboration is the organised use of web resources and collaboration tools for curriculum appropriate purposes. Judi Harris defines telecollaboration as “an educational endeavor that involves people in different locations using Internet tools and resources to work together. Much educational telecollaboration is curriculum-based, teacher-designed, and teacher-coordinated. Most use e-mail to help participants communicate with each other. Many telecollaborative activities and projects have web sites to support them.


ICT AND MALAYSIAN SCHOOLS:
The Ministry of Education sees ICT as a means, not an end in itself. Technology is not seen a “vitamin” whose mere presence in schools can catalyse better educational outcome. The concept of ICT in education, as seen by the Ministry of Education, includes systems that enable information gathering, management, manipulation, access, and communication in various froms.

Three (3) Main Policies for ICT:
  1. ICT for all students – ICT is used as an enabler to reduce the digital gap between the schools.
  2. The role and function of ICT in education as a teaching and learning tool.
  3. Using ICT to increase productivity, efficiency and effectiveness of the management  system.
Malaysia is often cited as front runner in ICT implementation in developing world. The following are some of the initiatives implemented by government agencies that gave Malaysia this profile:
  1. The Malaysia Smart School Project that was launched in July 1997 by the Prime Minister – as one of the flagship applications of Malaysia’s Multimedia Super Corridor. The project aimed for a systematic reinvention of teaching and learning and of school management. It promotes student-centred, integrated and unified learning. It has developed a School Management System and a set of Learning Courseware.
  2. ICT Training in Schools : The model that the Ministry uses to disseminate training is the cascade model. Selected master trainers  undergo training , later to pass their training to selected trainers, who in turn, train their colleagues at school, district, or state level.
  3. Training teachers to use teaching courseware, notebooks, projectors and supplying schools with such equipment: In 2003 after a change in the language of instruction for Science and Mathematics to English – this programme was initiated to help teachers cope with the changed.
  4. The Computerisation Programme in Schools: The Ministry of Education implemented a Computerisation Programme in Schools to introduce ICT literacy to as many schools as possible, and thus to reduce the digital divide to some extent. Each school in Malaysia will be supplied with at least one computer Laboratory.  To date there are more than 3,000 computer lab. in operational.
  5. The Process of Providing Information Technology and Connectivity to all schools: Almost all schools are “wired” with broadband connections. The Ministry is also looking into equipping schools with WiFi (Wireless Local Area Networks) so that the benefits of connectivity can be realized by all.
  6. Internet Usage: MySchoolNet website was set up by the Ministry of Education to help increase the use of ICT in education, providing links to help teachers and students access educational information readily.
  7. The Electronic Book Project: In 2001, the Ministry initiated a pilot project involving the use of electronic book or e-book. E-book, a device which stores electronic textbooks and links the user to the internet, can be used to improve teaching and learning in the classroom. It is hope that the use of the e-book can replace the conventional textbooks and thereby resolve the perennial problem of heavy school-bags.
Introducing ICT into all schools in Malaysia is a major undertaking even though it is a major investment into the future productivity of Malaysia K-Economy Plan. Let’s hope that all Malaysians are committed to ensure it success.

Properly Using ICT in the Classroom


One thing about the changeover to teaching science and maths in English in 2003 was that for the first time ICT (Information and Communications Technology) began to be used on a large scale throughout our school system as a teaching aid. Unfortunately, instead of being a teaching aid, in many cases the poor English of the teachers turned the teaching aid into the only teacher many kids got. I can speak from personal experience that as good as my science teachers were, there wasn't much they could do to add to the ICT-based teaching aids. If anything, the structure of the aids seems to have been meant to supplant teachers instead of assist them. This is really a great shame, because ICT can be a fantastic teaching aid when used correctly.

The slideshows which schools use as teaching aids presently are essentially whole lectures with some visuals included. There is not a whole lot teachers can add to the ICT-based teaching aids, especially if their English is poor. Teachers are pretty much reduced to opening the slideshows and clicking "next".

Of course, teachers still have a role to play. After all, teachers should be able to tell when students are not paying attention to the virtual lecture, and answer any questions the students may have. If anything, the slideshows probably give more effective lectures than some teachers do.

The problem as I see it is that instead of playing to the advantages of ICT, this marginalises ICT. We're just replacing human lectures with computer lectures. Teachers are now more like teaching assistants than actual teachers.

The primary advantage of ICT is that it offers access to a lot of data and information which teachers don't have, and that it can present this information in compelling and interesting ways. The way we've rolled out ICT is such that our students get a voice from the computer droning at them while some pretty cartoons pop up on the screen. At best, students may get the chance to play a game or two which facilitates retention of the material — but this isn't really playing to all the advantages of ICT.

Let me give some examples of how to effectively use ICT, based on my experiences in university. In my game theory class just two days ago, my professor mentioned a scene from the movie A Beautiful Mind illustrating the principles he was teaching. He then loaded up Youtube and showed a clip of the scene to us. In previous lectures, he's used the internet to locate studies proving that the theories he's teaching actually apply to the real world. While my professor could have just told us to look these things up in our spare time, having the option to call up all these visual aids and supporting facts in the classroom itself is clearly invaluable to the learning experience.

When I was studying Chinese last year, my professor frequently made us watch the news on CCTV, or called up Chinese clips on Youtube. It was an obvious and easy way to help us practice our listening, and it was a lot more natural than repeating sentences from our textbooks to one another. In my calculus class last term, the lecturer used graphing software to illustrate the things he was teaching us about vectors. ICT lends itself readily to all sorts of interesting applications in the classroom.

The one thing in common here is that nobody made the instructors use particular software or stick to particular applications of ICT. So far, our approach to ICT in the classroom has been to hand out CDs to teachers, without making teachers realise how they can more broadly apply things like the internet to lessons in the classroom. Our ICT strategy has been essentially "If we give teachers CDs with slideshows on them, we're making use of ICT! It's a success!"

But a truly successful programme for ICT use in the classroom would not only allow but encourage teachers to go beyond government-supplied tools, and to use things like the internet to better their teaching. Even if all they do is use Google to search for answers to questions they don't have answers to, I think it's a lot more instructive and useful for students to see how to use Google to find answers than it is for them to get a simple lecture from the computer.

Right now, we're not doing anything really useful with ICT. All we're doing is pretty much what a teacher with decent English and maybe some visual aids of her own can do anyway. The true advantage of ICT lies in things which ordinarily teachers can't do: answering almost any question imaginable, and offering exciting and interesting ways in which to present those answers. A good education policy would go beyond handing out CDs to schools; it would train teachers how to include ICT as part of their lessons in the classroom.

source: EDUCATION IN MALAYSIA