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A National Policy for ICT in Indian Education!

India today aspires to emerge as front-runner among the knowledge-based societies. Thus, the benefits of ICT revolution in providing education and training of desirable quality can hardly be over emphasised. Focus has been to provide universal access, equity and ensure provision of quality elementary education. Universalisation of access has nearly been achieved. Investment in the sector has resulted in satisfactory outcomes. 94% of our rural populations have a school within one sq. kilometer. The gross enrollment ratio has improved to 108.56 in 2004-05 from 96.30 in 2001-02 at primary level, and to 70.51 from 52.09 at upper primary level during same period. The dropout rate at the primary level has reduced by 10.50% i.e. 28.49 in 2004-05 from 39.03 in 2001-02. Use of technology in the classroom transactions has gained impetus in the form of computer aided learning in many States.

Champak Chatterjee, Secretary of School Education, Ministry of  HRD Government of India, during the eINDIA2007 inaugural speech made a mention of creating a national ICT policy in education soon

The challenge ahead is to provide universal access, equity and quality at the Secondary stage. As educational indicators are not very encouraging at the  moment, the responsibility is now to ensure substantial investment to improve the current scenario at the earliest. Use of technology by students at the Secondary stage pre-supposes their strength in terms of knowledge and skill development. As Internet has become more and more accessible, the world of information and innovations have become more accessible today.

Recognising the importance of ICT in education as early as 1984-85 Computer Literacy And Studies in Schools (CLASS) Project was launched. Today, exclusive Educational Television channel ‘Gyan Darshan’ has been launched to provide satellite based education across the country besides the interactive radio programme. In December, 2004, the ICT in Schools Scheme was launched to open a window of opportunity for secondary stage school students across the country in partnership with states/Union Territories. While the emphasis has been on the computer literacy programme, the advantage is now realised in use of IT tools for development of e-Content in the computer aided learning activities and self learning by students.

Need for a National ICT in Education Policy

While many States have developed their own policy on ICT in School education but at the national level there is a need for putting in place a coherent and enabling policy for use by all stakeholders. It has thus been felt to develop a set of policy objectives, guidelines, practices and knowledge tools to enhance the role of ICT in school education, particularly, by following a consultative and a participatory process with States, academia, NGOs, civil society organisations, practitioners and stakeholders. In this regard, Global e-Schools and Communities Initiative,(GeSCI) has offered its expertise and assistance to the Department of School Education & Literacy (D/SE&L), Ministry of HRD, Government of India in the formulation of the national policy.

GeSCI Initiative
GeSCI was founded by the United Nations ICT Task Force, and is a global organisation that catalyses, supports and convenes national and regional ICT in Education initiatives and provides strategic advice to Ministries of Education on the effective use of ICTs for education. In the recent past, it has facilitated development of ICT policy in education for a few countries, namely, Namibia, and Bolivia with on going work in Ghana, Kenya and Rwanda.

The International event of e-INDIA 2007, provided the right context to start a first level of discussion with the stakeholders and solicit recommendations from them.

The GOI has several National as well as State specific schemes that run concurrent to a large number of privately led ICT initiatives across India. In addition there are several ICT in education initiatives across the country and these account for a large degree of
understanding and awareness about the role that ICTs can play in enhancing the teaching learning process. However, the lack of a concerted, dynamic education policy has continued to hound the ministries of education, increasingly, this new tool – called ICTs and their incorporation has added to the challenge.

A well coordinated and structured policy can lead India to achieve MDGs

Ashish Garg, Programme Co-ordinator India, GeSCI in conversation with Digital Learning

What is the need to integrate ICT in education policy and how will it work for the Indian education system? How is India unique in its issues and concerns for integrating ICTs in education?

Integrating ICTs in Education is a relatively new turf and Ministries of Education across the world are trying to find the right balance to optimise educational outcomes. There is also a need to understand the key issues underlying the problems and to formulate sensible strategies.

Without a purposeful “End to End” policy driven by political will and authority, ICTs may remain a peripheral subject and an enormous opportunity for enhancing learning and subsequently creating an equipped work force and improved living conditions may be lost.

In the Indian context, a purposeful policy assumes greater significance in view of the complex challenges we face as a large nation with divergent requirements. Besides the size and spread of the school education system in the country, which is second only to China, we also have major issues of access, opportunity and gender discrimination. The deployment, and usage of ICT in Indian schools  is also an aberration in many ways.

India has the distinction of being the country with the largest number of ICT in education initiatives, but these are primarily concentrated in six or seven states, where as others have little or no awareness about this new tool in education.

GeSCI works in Bolivia, Namibia, Ghana and Rwanda and we realise that India is unique not only in its challenges, but also in its approach on managing these challenges.

In emerging trends of e-Learning, where do you place GeSCI? What are the innovative e-Learning best practices or policies specific to the organisation, that can impact the education community?

Many developing countries seem to be simply “copying” the developed country approaches. Many Ministries of Education in developing countries are faced with systematic weaknesses and ICTs have not traditionally been their core competence.

If developing countries are to realise the potential and benefits of ICTs in Education in improving access, quality and efficiency in a cost and educational effective manner, then they urgently need to develop a clear understanding of the benefits and potential roles ICTs can play in education; develop, build and enhance  the capacity within Ministries of Education to strategically plan for, set priorities and targets and effectively deploy ICTs for Education; assume clear leadership of and drive the ICT in Education agenda while cooperating with and coordinating the NGO and private sector stakeholders; move beyond “pilot programs” to well
thought out and planned, scalable, cost effective and sustainable national initiatives.

GeSCI was created specifically to respond to these urgent needs of the Ministries of Education in developing countries. GeSCI’s role to help Ministries coordinate the entire process according to its educational objectives is unique and has proven beneficial to its developing country partners.

What are the focus areas identified by GeSCI on the use and integration of ICT in education in India?

GeSCI’s mission, services and activities are defined in direct response to the needs of several developing countries.Designing and implementing policies and plans Building capacities within Ministries of Education;Utilising ICTs cost-effectively to achieve educational objectives.

A well coordinated and structured policy leading to a practical and dynamic implementation plan will enable the country to achieve the Millenium Development Goals faster.

What is your vision of the ‘future classroom’ in Indian schools in the digital age? How do you think the success of ICT use be measured in the school education system?

The Future classroom would be a place where all students have the opportunity to attend school and participate in a meaningful educational process.

As demonstrated by the Indian IT business, effectively using ICTs in Education can reduce the trauma on the socio-economic fabric of India. Education today must be linked to opportunities of economic improvement through better learning, understanding and exposure to a global environment. Success would be measured not simply by achievement scores, but by the level of learning, number of students opting for higher education, research and by the number of students taking up jobs in the knowledge economy, as opposed to an overall increase in the economic conditions of the people of India.

Co-Existence is the Key!

Dr M V Ananthakrishnan

Advisor
Media Lab Asia, Mumbai
manantha@it.iitb.ac.in

The author, with his varied experience as designer, developer, seller and user of ICT-based education, shares his experiences working with teachers, preachers and marketers of ICT-based solutions. The typical issues that crop up time and again include:

  • Marketing Professional selling ICT-based solutions to schools/teachers/end-users
  • Text-book material getting converted to e-Books/page turners
  • Concepts being introduced in a very complicated manner, very often being beyond the understanding of the end-user
  • An “overkill” of simulation/animation, much beyond the pedagogical requirements of a specific audience
  • Selling ICT-based solutions as reducing “teacher” time and increasing the “independent learning” of student
  • Very highly qualitative and unreliable evaluations of the success/failure of ICT-based solutions
  • High “Globalisation” and very little “localisation” of content
  • Involvement of high profile teachers and urban high profile schools in the design and testing of ICT based solutions
  • Absolutely no involvement of the end-user (the student) in the design, development and prototyping phases
  • Recommendation of “Blended Learning” as a solution. But, what is “Blended learning.

The article puts on record the typical experiences in each of the above critical issues and the author’s ways and means of handling them, based on a year-long interaction with administrators, teachers, students and parents of rural schools in Maharashtra

Teachers drive the technology or technology drive the teachers!

There has been a continuing debate on when, where, what and how technology should be integrated with education at various levels, primary to higher. But, should we be talking of “integration of technology” or “inclusion of technology” in education?

“Let’s step aside from this issue for a moment and think back a few
centuries when textbooks were first introduced into classrooms. At that time the initiative was not known as ‘textbook integration.’ The people in those days understood that the textbooks were conduits. Today we do not seem to grasp the concept that technology is liken to textbooks of a few centuries ago. If technology were viewed as a conduit, then it would be crystal clear that we are talking about curriculum development and not about technology integration” (Reilly, 2002).

Anthea Millett (Millett, 1999) talks about the misinterpretations of pedagogy: “I am always struck by how difficult teachers find it to talk about teaching. They prefer to talk about learning. “

So, in summary, we are left with the million-dollar dilemma: Do teachers drive the technology? Or does technology drive the teachers?

What aids better teaching and learning?

It is common knowledge that a child rarely learns in isolation. It is always in a group wherein the teacher and the group of students (varying between 20 and 40 in the same age-group) interact either as a monologue or in a dialogue. In most of the pre-primary classes in India, all children repeat in unison after the teacher. There is very little individual attention in the learning process. Herein come the critical factors that affect learning…for the good or worse!

  • Motivation by teacher
  • Peer-to-peer relationships
  • Communication between teacher and the student

This leaves us again in the same dilemma! How can technology mitigate these issues?

Curriculum vis-à-vis Technology

Early studies have indicated that in the realm of education, early technology adopters have been a mere 5%, primarily because the stress was on ‘technology’ and not on its applications to education. However, with the current thinking that technology is a mere ‘conduit’, the focus must return to curriculum development. Curriculum developers need to come upfront and take the lead as curriculum co-ordinators, and work closely with the technology co-ordinators/ directors, with a revised job description and mission statement. School authorities must look afresh at curriculum development in order to make technology inclusive and not as an add-on /extension to existing curricula. This may possibly bring the remaining 95% into the new genre.

The Indian e-Learning scenario: The Developers, Marketers and Users The author with his varied experience involving all the roles in e-Learning, viz., courseware design & Development, using courseware and evaluating courseware, has identified the issues that are crucial to the success of e-Learning.

(a)e-Books

A series of demonstrations-cum-discussions were carried out with the suppliers of the so-called e-Learning courseware in Mumbai and Pune for a Ministry of IT-IITB Project on creating a multi-modal repository (Classes VIII-X) for rural schools in Maharashtra, based on the Maharashtra Board syllabus. The findings were: a page-turner, Verbatim copy of the text book, Very few animations, worth the effort, Events/explanations, which could be done better using chalk-n-board or cardboard 2D models (say theorems in mathematics, solving algebraic expressions, etc.)

(b)Concepts complicated!

“Circulation of Blood in the human body” is the chapter in question. What is needed is just a description of the heart, its four chambers, the main arteries and veins, flow of blood from one chamber to another, the non-return valves and the heart-lung connections. A simple two-dimensional diagram with animation to show the pumping action is all that is needed. But, a multimedia package comparable to the movie, more suited to a student of medicine. Students of Classes VIII-X will be totally at a loss to comprehend this.

(c)The Advisors/Creators of Courseware/Curricula/Localisation

The author had the opportunity of being a member of a textbook review group looking into the draft version of a Physics book compiled for a board curriculum. Who were the other members of the group? They were college teachers, administrators, retired school teachers and the like, with very little representation from active school teachers (from within and outside the system)!

The story is no different for courseware vendors. They very often have luminaries on their advisory panel used to attract schools and teachers to their software. In the end, most of them, divorced from realty, come up with fastidious ideas and concepts and methodologies that are nearer to an urban locale and alien to a rural environment.

There is a misconception, among Indian CBT developers that a teacher is the best judge on the effectiveness or otherwise of ICT-based programmes. “If s/he ‘finds’ it useful, then the students ‘will’ find it useful” is the foregone conclusion.

The evaluation criteria invariably employed by the courseware vendors includes (i) number of computers installed; (ii) number of teachers trained and (iii) the schools/institutions who have purchased the courseware. The author is yet to find a vendor who has monitored the school/teachers/usage of courseware at regular intervals to assess the effectiveness and see marked improvements in the students’ performance. In addition, no vendor has produced documentation from a satisfied “customer”.  In short, therefore, success is seen in numbers and not effectiveness, something that will not hold water when the vendor tries to “prove” the effectiveness of his/her product.

d) Blended Learning
Blended Learning is learning that is facilitated by the effective combination of different modes of delivery, models of teaching and styles of learning, and founded on transparent communication amongst all parties involved with a course (Heinz et al, ). “At a recent conference, a practitioner was overheard saying, ‘I can see why blending makes sense. But what do I put with what? We have a hundred instructors & e-Learning modules. If we put them together, is that a blend?” (Rossett et al, 2003).

The dilemma still remains – What is Blended Learning? It is not a direct outcome of a planned pedagogy, wherein the teacher decides as to when introduce examples, demonstrations, hands-on, self-learning, etc. “Blended” in its true sense would connote a homogeneous medium, where one would be unable to separate the constituents. So a better term would be integrated teaching/learning, where the parts are combined to make an appropriate mix.

The Indian Challenge: Making the courseware co-exist with the teacher experiences of using CBT courseware and observing students at work with such resources is disturbing. Since they are not a part of the need analysis process, they have to accept or reject the medium. The result- the courseware becomes electronic blackboards, with the student reading off the screen, akin to reading off the book or the traditional blackboard.

a)The Phases of development

It is, therefore, essential that the Requirements Gathering Phase should be done as shown in Table. Phase 1 is critical to the acceptance or rejection of the ‘medium’.

b)Prototyping: An essential step

The author has found the “prototyping” stage as the most critical to the acceptance of CBT/e-Learning as an instructional medium, because it clearly demonstrates the use of the client’s content in zeroing in on the pedagogy to be used and how. This eases the following steps and makes the development process more participative and fruitful.

c)Experiences with the rural schools

An experiment on easing adaptation of e-Learning/CBTs was done through a disciplined process. It involved the following stages:

  • One Multimedia PC supplied to each school with the School matching it with one PC from their side
  •  Off-the-shelf CDs for Classes VIII-X purchased in Science, Maths and Social Studies and supplied to each school
  • General Purpose CDs (Dictionary, Encyclopaedia Britannica, Graphics Software) supplied to each school
  • A portal www.eshikshak.it.iitb.ac.in developed and populated with three types of information (using the Standard VIII text book )viz.
  • Section-wise reference to specific locations on the off-the-shelf CDs
  • Section-wise reference to freely-available software/open source material on the net/in-house development
  • Web addresses to other useful resources
  • Intensive Training Programmes conducted for the school teachers on two occasions (for teachers brought to Pabal and Pune) on Computers and using computers for Education
  • Exclusive 3–day Workshop for the teachers of Gram Prabodhini Vidyalaya, Salumbre, Maharashtra, in April 2007. The workshop was successful in that the teachers understood what it meant by “integrating Media into the teaching methodology”. The teachers proved it for themselves by conducting mock classes during the
    workshop

world

e-Learning initiatives in South African school

The Abel T Motshoane School in Mabopane, North of Pretoria in South Africa has implemented mobile e-Learning infrastructure to enhance the learning and teaching skills in the school. Abel T Motshoane School is the first in the country to have a wireless network technology.

Each student of standard VIII is equipped with laptop, which is connected to microphones and earphones. In the school, teachers are able to give them instructions through their earphones. The technology uses the WiMax wireless broadband, while the features of the classmate PC includes full networking capabilities, Microsoft Windows XP operating system and access to rich educational content. The pilot project is a result of a Public Private Partnership (PPP), which is successfully working. The state government has partnered with several ICT companies like IBM, Intel South Africa, Microsoft South Africa, Pinnacle Micro Systems and Telkom Foundations.

IT policy for education sector coming soon in Nigeria

The Computer Professionals Registration Council of Nigeria, (CPN) has said that it would soon issue a policy statement on IT education curriculum in Nigeria.

The policy guidelines would address the critical problem of basic and immediate skills in Information Technology, (IT) education in Nigeria. The IT education draft which will soon be submitted to the Presidency, Ministry of Education and other relevant bodies, according to him, will go a long way in raising the level of IT literacy at all levels right from kindergarten.

As a sustainable intervention for the eventual collapse of the nation's education system, the CPN Registrar noted that the only way the Nigerian child who can compete favourably with their counterparts in the developed economies is embracing IT education as an intervention tool for learning.

Worldwide e-Learning to draw USD53 bn by 2010

e-Learning has emerged as the second most popular method for organisational teaching, in terms of hours spent, and is quickly increasing in use. The world market for e-Learning is expected to exceed USD52.6 billion by 2010, according to a new report by Global Industry Analysts.

e-Learning has emerged as the second most popular method for organisational teaching, in terms of hours spent, and is quickly increasing in use among primary, secondary and higher education centers.

The United States is the largest

e-Learning market globally and revenues here are expected to surpass USD17.5 billion in 2007, according to the report. Europe and Japan offer prospects for growth, but they lag behind because of smaller markets. Globalisation could drive faster adoption in Asian market, which experts predict will register an average annual growth rate ranging between 25% and 30% through 2010.

The overall e-Learning market at the global and regional levels is expected to grow at rates ranging between 15% and 30%. The US retains its dominance in the corporate eLearning market with a share of over 60%. Europe is the second largest market with a share of less than 15%.

Infodev releases draft report on evaluation of ICT in education projects

“Monitoring and Evaluation of ICT in Education Projects: A Handbook for Developing Countries” is a quick introduction and guide to help busy policymakers and practitioners understand and assess the ICT-related investments underway in the education sector.

Information and communication technologies (ICT) are widely believed to be important potential levers to introduce and sustain education reform efforts. Despite evidence of increasingly widespread use of ICTs in education initiatives around the world, however, there is little guidance available for policy makers and donor staff specifically targeted at countries contemplating the use of ICTs to help countries meet the education-related Millennium Development Goals (MDGs).

Best Teacher Award 2007 in Ghana now includes ICT category

The 13th edition of 2007 Best Teacher Award in Ghana with the ultimate prize being a house now includes a new award category of ICT. The number of award winning categories had been increased to 12 with this.

The day had been planned to coincide with World Teachers Day, which falls on October 5. The day is under the theme: “Quality Teachers for Quality Education: Teacher Participation in the New Education Reform.” In addition to the prizes the award winners would each be presented with a computer and accessories.  

Its both about the message and the messenger

The important lobbying day for educators around the world is here again, with the Teachers Day celebrations catching up the time. The world while preparing for 5 October, the World Teachers Day, India is already into the mode of tributing its Teachers coinciding 5 September, and so comes our celebratory programme through this special issue. From mid-60s, 5th September has been the date of investiture. But, after so many years, we still begin by considering how actively to contribute to the building of this most powerful global knowledge community. Linking it with teachers’ constructs of good teaching and learning, we still try to demonstrate some links between thought patterns and positive use of ICT.

It is through involvement that teachers can realise and develop the relevant ICT skills. Our teachers are underpaid, untrained and unmotivated and are in a sorry state. There has been little emphasis on supporting teachers in developing understanding of how ICT could impact on the ways they teach. The opportunity to take part in professional debate has frequently been subsumed within concerns surrounding acquisition of basic skills and ICT has been placed by some at the centre of this mechanistic view of learning. A transformational classroom practice has been low on the agenda for many teachers and ICT has been relegated to the role of workhorse.

But of course, ICT can respond to this need as well, as it is the energiser and innovator. The development of a new conceptual framework for teaching using ICT can only be realised if educators have the opportunity to be active in shaping the professional debates surrounding the implementation of any artifact that affects the dynamics of teaching and learning.

The articles in this issue also demonstrate more such conceptual frameworks on ICTs in education, as we all seek through our research to actively contribute to the building of the whole knowledge society, going beyond a knowledge community. We have presented the current situation of usage of ICT in secondary education in India, including national policies, strategies and programmes, hardware and software, teaching and learning, informatics curriculum and related projects and initiatives, SWOT analysis and there by the need and initiation of a National Policy for  ICT in school education.

Aggregating the thoughts from more dissemination avenues for educational technology content, like the recently concluded Digital Learning India 2007 conference, we have again tried to put forth some recommendations for policy and programme implementation, and some key research questions that are felt to facilitate the reduction or removal of the barriers in the context of ICT and education. Any attempt to provide a report on a conference as large as this is impossible and inevitably selective. But the attempt has been made and it seeks to support the community of researchers and practitioners involved in ICT4E and development. We welcome feedback and suggestions as to how such attempts can better serve this community.

UGC urges universities and colleges to improve quality of education

The University Grants Commission (UGC) of India has urged colleges and universities of the country to improve the quality of higher education.

UGC said, the National Assessment and Accreditation Council (NAAC), an Inter-University Centre of the UGC have assessed 140 Universities out of which only 2 Universities are in the lowest bracket having less than 60 marks on a 100 point scale. The UGC has developed the concept of University and College with potential for excellence, for recognizing and promoting excellence. The quality of teaching and research in higher education can be ensured by regulating the minimum qualifications for teachers, continuous orientation refresher programmes organized for teachers through Academic Staff Colleges of UGC.

WBGH receives US$ 6,00,000 fund

The Department of Education's National Institute on Disability and Rehabilitation Research (http://www.ed.gov) has granted US$ 6,00,000 fund to WGBH so as to support on its groundbreaking efforts to make handheld media accessible for people, who are deaf or hard of hearing.

The grant provides s WGBH's Carl and Ruth Shapiro Family National Center for Accessible Media (NCAM) with US$ 600,000 over three years to research and develop technical solutions for delivering captioned content to iPods, cell phones, PDAs and other mobile devices. WGBH will research on embedding ways of captioning solutions within handheld devices and develop prototypes, which will serve as a proof-of-concept models for the mobile industry and policy makers. While technology partners, including AOL

Oman introduces e-Admission system

Oman has become the first country in the Middle East to adopt e-admissions for students, who are wiling for higher education courses.

The country has already begun enrolling online through Short Message Service (SMS). Khalid Al Zedjali, Deputy Director General for Higher Education Admissions Centre (HEAC) at the Higher Education Ministry claimed that the ministry would be able to place more than 14,000 students in higher education institutes in the public sector. He said over 3,000 would be accommodated through the centralised admission system in private colleges in the country. The Higher Education Ministry has introduced the e-admission system. The ministry has also set up computer labs at 500 local centres throughout the country where trained staff help students apply online.

ICSI offers virtual classrooms on mobile phones

Now, Indian students can pursue the fast-growing secretarial profession on their mobile phones. Soon the Institute of Company Secretaries of India (ICSI) will introduce virtual classrooms, which can be accessed through Internet -enabled mobile phones.

ICSI has partnered with 'gurukulonline', a firm specialising in e-Learning, for software support. However, student has to go for any of the 70 examination centre for final test. Once the online security will become full-proof, the institute will also provide online final exams. The institute has also revamped the curriculum so that students who pass the intermediate level test are qualified for the large number of emerging job opportunities in secretarial offices of companies.

Indian Govt. plans to set up central university in every state

The Government of India has proposed to establish 30 new central universities during the XIth Plan and the first two years of the XIIth Plan period to assist one college in each district with low Gross Enrolment Ratio (GER) in higher education.

In the first phase, one Central University would be established in each of the 16 states, which do not have a Central University, so far, including Bihar, Chhattisgarh, Goa, Gujrat, Haryana, Himachal Pradesh, Jammu and Kasmir, Jharkhand, Karnataka, Kerela, Madhya Pradesh, Orissa, Punjab, Rajasthan, Tamil Nadu and Uttarakhand. The targeted GER, as against the present level of approximately 10%, is at least 15% by the end of the XIth Plan and 21% by the end of the XIIth Plan.

German universities going for Linux

A German state North Rhine-Westphalia has recently signed a major contract with Novell for the supply of Linux server and desktop products to 33 universities. Novell has been selected for the supply of IT infrastructure. Novell already supports 300,000 students in the states of Bavaria and Thuringia. It's however not clear how many of the students actually will use the desktop Linux software.

The larger North Rhine-Westphalia contract will lead the region's universities using Novell's Suse Linux Enterprise Desktop 10, along with Suse Linux Enterprise Server, Novell Open Enterprise Server, Novell Identity Manager and Novell ZENworks. Forty percent of all German students now use and rely upon Linux systems. Novell has said that the universities chose its Linux offerings to deliver cost savings and flexibility, while avoiding vendor lock-in. The city of Amsterdam, along with nine other cities in the Netherlands, are going for major Linux-adoption trial. Amsterdam wants to reduce the amount of Microsoft software it uses by implementing free, open-source software. The city governments of Vienna and Munich are currently developing their Linux platforms. However, the Birmingham City Council believes that Microsoft-based platform is cheaper than that of Linux.

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