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We Can Give Talent To Industry : Bala Subramanium, President, School Dvision, NIIT


Bala Subramanium
President, School Dvision, NIIT“We started as an IT  raining company,
and have now  developed into ‘global talent company”

? Can you give us a brief overview of the current         organisational structure and your activities?
NIIT is present predominantly in India, China, Europe,USA, Europe, Middle  ast, Commonwealth countries, we’re now into Latin American countries. People know it as an IT training company, more through its GNIIT course, which  actually help people to prepare and place the best students in the industry under a brand that falls under the Individual Learning business (ILS). NIIT has  our distinct businesses; I would not like to use the word ‘divisions’ because  business implies a single identity. In effect, they are separate companies
within a common brand. Individual Learning Business: In most countries  around the world, they ensure that after 12th or equivalent, students can go through IT undergraduate courses. They come to our training centres and after  he intermediate course, we guide the undergraduate students for further career building through IT. There are two kinds of programmes for careers in IT.  hich
they can do while in college or outside of college, the other is Curriculum of  Advanced Technology Studies (CATS) which is for working professionals. The second business is the Corporate Learning Solutions (CLS) that is built for corporate professionals. Here the training objective is very clear, job  erformance. Most  rofessionals enroll on behalf of their company. We train
professionals in an  outside India, though most of the work we do is outside   ndia, for example, Nokia, Intel, Phillips, Google, etc. One example I can give   ou  is that of Intel, who wanted  to train their staff on the subject of multiple   rocessors. They had a team of developers who formed the basis of the support  structure for the training we came up with. A rather extreme  case would be   ord, who were dealing with a worldwide need for training for their new car   istributors. These are some  examples of the kind of corporate e-learning   olutions this  business generates. For further development in e-Learning,  we   ave also taken over companies like Cognitive Arts and  Element K who have a   arge library of content, not just in IT,  but also in soft skills, and other   anagement areas.  Our third business is School Learning Solutions, which   overs  what we call the ‘school segment’ for the time being. It caters  o the K-12   ojects.   We also have two emerging businesses, IFBI (Institute  f Financial   anking Industry), which is a joint venture  between NIIT and ICICI Bank,  pecifically to create financial  professionals for the banking sector. We provide   raining on  aspects of banking such as insurance. The private sector of  banking   s growing by leaps and bounds but there are two  problems. One problem is   etail reach, which is handled  with technology. Today, banking is done through   he Internet  and ATM machines. The need there is to come up with a  support   ystem and staff for this technology. We provide the  training to fill this gap. That   s how we train professionals  from the industry. In an accompanying   mall and very niche  programme, we take fresh graduates and train them. We   ven  place them in the industry once their training is complete.

? What   pedagogies and delivery modes are you using, is there  anything new on the anvil?
Recently, we undertook a concept based learning programme called Synchronous learning to deliver IIM courses by satellite. Named NIIT Imperia, it delivers courses from IIM Calcutta, IIM Ahmedbad, IIM Lucknow, IIM Indore and delivers them over a distance learning platform. Now wehave added courses from IMT as well. These courses can be accessed through any our centres where you can register. The courses are divided into a two-day introduction followed by a one-week final project delivered through e-learning. Some of the special features of these courses is that you can still connect or talk to the teacher, to other students, which has been a very successful initiative.

? What is the kind of future that you foresee for your organization in terms of globalisation?
We started as a IT training company, and have now developedinto ‘global talent company’. We believe that India is growing and has a large need for training talent as we are fast becoming a service sector economy. There is dearth of skilled middle level and top management executives. With the advent of service sector, there is also a demographic shift; we believe that we can give ‘talent’ to industry and not just IT products and solutions. We have two essential areas in which we excel. One, we create learning material, which includes content, pedagogy, relevance, etc. We also handle the process of education delivery to the end point. This is known as Education Process Management. In essence we input the requirement, budget and constraints and create a solution and deliver it. We want to have certain value for education. We aim to satisfy our learners by giving more than they expected. The integrity of the system  s very imp rtant. There are times when we say we are sorry, when it is not in our philosophy, we don’t take it up. We have proper talent development, stipulated by very clear cut drivers. We have always been known for our people, we believe in respect and not popularity. Our mission is very clear, we want t  make  IIT successful by imparting pertinent education through technology.

? How good is the state of the e-learning marketcurrently?
Market is getting slightly organised but is still fragmented. My view is that that unorganised segment is leading the way here. The biggest problem, as a result, is that our customers do not know what they want. So in order to deliver the product, it is a responsibility for us to educate them alongside. The student
number is huge at around 8 million schools. So initially we decided to start with the school student and beyond, especially when the retail segment looks so interesting . What is interesting in India is that it is structured around
boards. Where as in China they follow a multi-tier system. I can go and implement it there. In US, they have a very interesting thing, National Education Policy, where the grants are defined for every stage of education and there is a standard committee. The federal government defines it, and
the state government follows it. Then we have the school districts, where essentially most of the schools are public schools. They are better than our public schools because they have better funds. There are very few private schools. The grants are given. Grants can either come from government or individuals. Even I can go and give a grant. So essentially, our marketing efforts are worth it when a new grant has just been given, or when a new policy has been created. The moment it is given, you go and give it to the school units. This is what every country does, India is different, very different. So any model that we import from other countries will have to be adjusted. Here each private school can implement things differently. Also 50-80% of all schools in India are
local language schools Only about 10% are English medium schools. Very rarely can you take one product and implement it across the board in all schools.
We are saying that we are in government  chools segment as well as the private school segment. The upmarket schools that charge higher and they don’t mind paying a little more. So from the IT point of view, we are already in private
schools and now we  ant to facilitate the integration of IT in Government schools

Niche Toppers take To TV : Sricharan Iyengar, Co-Founder, Greycells 18

Greycells18 india Pvt. Ltd. has launched India’s first curriculum based education TV channel ‘Topper’ which is part of the Topper Integrated Learning System (www.topperlearning.com). Topper initially caters to classes IX to II, and providesvalidated curriculum based content. Greycells18 Media Pvt. Ltd. is a joint venture created by Sunil Khanna (former head DTH,Reliance & CEO, DishTV), and Sricharan Iyengar (former, VP and Business Head ESPN Star Sports). Digital Learning team
talks to them to find more…

What made you choose that the hybrid mix of an older media such as television on a slightly newer platform such as D-T-H?

At the end of the day it has to be a mix of both, it can’t be a show that no one will watch. We were very clear that we are going to use the visual medium as much as possible because the strength of TV is that you can make people see things. Visual items need to be reinforced, outdoor shoots, 3D graphics, laboratory visuals, and similar kinds of things that can be practically demonstrated.

? Are there any plans to handle the cultural and language diversity in India?

We are dubbing content. Probably by the next academic year, we shall have content available in Hindi. As we go along we shall be adding more regional and state languages. We are very clear in our minds that we want to do it in multiple languages.

? What were some of the hurdles that you had to face in the course of content creation?

Quite a few. Actually the biggest thing was that we didn’t have a benchmark. If I am starting a news channel today, I know what NDTV looks like, I know what IBN looks like and I know my channel should look a little better than that. Here there is no benchmark and whatever you’re doing, you’re challenging yourself. If we had another year to generate content, we would have definitely done better. In fact, some of the episodes, we have rewritten eight times, scripted eight times. We have shot a few episodes four times over and junked three of those. It is part of all the learning process, without which you will never reach anywhere.

? Are some subjects easier to handle than others in terms of translation to a visual medium?

Of course, from a TV perspective, Physics and Chemistry are easier than Mathematics because you have those many real-life examples that you can fall back upon. Maths can also be taught in terms of topics such as volume and permutation and combination which comes out beautifully on television but topics such as differentiation and integration, there you definitely have problems.

? How is the website aligned with the content shown on the channel?

We are selling a Topper Integrated Learning System. The idea is to provide an educational service and not to provide a TV channel. By definition, an educational service implies that the kid should learn what you are trying to teach him. Education by definition is interactive but TV by definition is not interactive. When we conceived the product, we knew that just a TV product is not going to work. There had to be a return path for the kid to go back and ask questions if he needs to or take a test if he needs to. We did not launch the TV channel till the website was ready, because both had to be launched simultaneously.

Going forward, I feel this will be a big medium because most kids have mobile phones today. The idea behind the website was to provide that vital interactivity to kids. A kid watches a TV programme and if he has doubts, he can ask questions on the website. He can also look at what questions other kids have asked. He also requires information on what he might have missed out on, so the site also has the schedule laid out. The same programme will be telecast again over a period of time and the student can always schedule what they might have missed out on. We are also planning to put Video On Demand (VOD) content up on the site.

Collaborative Policy Development Suits India : Terry Culver, Deputy Director, Global e-Schools and Communities Initiative (GeSCI)

Terry Culver, has over ten years experience in partnership and community development, education, and communications.  Previously, he was Project Development Officer at the Harvard Institute for International Development, where he was involved in a number of education, health, and economic projects in West Africa, Southern Africa and Eastern Europe. Recently, Terry was in India to be a part of the ongoing collaborative process in making of the ‘National Policy on ICTs in School Education’ under the aegis of Ministry of HRD, Government of India along with strategic support from GeSCI, when he shared some of his experiences with the Digital Learning Team…

Policy matters can be lengthy, involve processes that vary from country to country. How has GeSCI’s journey been over the years?
It’s different in different countries. In some places policies are a very quick and centralised process and in other countries they are a more collaborative, long term process. Our preference is that the policy development device is used to engage all the stakeholders, because you may need them for implementation. A collaborative development process is particularly well suited to the ICT in education field because it’s not a single section when you look at it.

Pedagogy, curriculum, training, content, infrastructure, technology also need to be taken into account. So dealing with a collaborative process is a good practice and is particularly relevant for ICT in education.

How do you handle the logistics, for example, the time taken to get all stakeholders in a common forum?
You might wish it would take a week. But I think to do it right and to do it well, it takes a long time. Up to a point, the longer it takes the more valuable the time is. The process has to move, but at the same time people need to be clear on what the process is. I think it is important to give everybody an equal opportunity to participate in that process. There are low points and high points and in many ways policy development is the easy part of the process. The implementation of the policy is where all the challenges come in and is where the rubber meets the road.

Which has been the quickest policy  formulated and which are the slower ones? How has the range been like?
In some countries it is still going on, even though deployment has begun. Two years or longer. It varies on country, it varies on the amount of engagement stakeholders have in the issue and with the government. I think a lot depends on the willingness of the government to establish some kind of multi-stakeholder process. Infrastructure helps and scale makes a difference.

In a smaller country with a centralised education system one can develop a policy process much quicker. It also has a lot to do with the amount of awareness that stakeholders have of the value and relevance of ICT in education. You have to integrate the other elements of the education system.

In other words, you have to transversalise ICT across teacher training and  development, across curriculum development, standards, exams, because otherwise it will be an isolated unit and won’t have any impact at all.

How do you handle the attention  usually given to a third party facilitator in a policy formulation process?
In terms of participating in this process here in India, it’s very humbling because of the scale and complexity, because of the amount of activity and amount of knowledge involved.

In terms of GeSCI our primary role is to support the Ministry in establishing and continuing this process.

We are neutral when it comes to all kinds of issues having to do with ICT in education. Platform, maintenance, delivery, that is all for the government to decide. We try to make it clear that our primary relationship and support is directed to the ministry of education and not to make any decision, but to support the decision making of the ministry.

How do you go about the process of policy formulation? What are the milestones that occur?
We think of our work in certain stages and we predict a certain amount of time for a particular stage. There is an assessment that occurs at regular intervals, to make sure, not so much as to specific deliverables have been achieved, but that the process is moving with a certain momentum. There might come a time when we need to have certain things completed but if you are engaged in a process for a year or two, you will know there are problems in the process before you get that far. Often it has to do with the way the ministry works, or it has to do with certain challenges within the country.

Sometimes the holdup is well beyond our control or well beyond the control of the ministry. We do not have a one-size-fits-all answer. Sometimes we try to build awareness about our approach to the issue.

It varies on the amount of engagement stakeholders have in the issue and with the government and I think a lot depends on the willingness of the government to establish some kind of multi-stakeholder process. Infrastructure helps and scale makes a difference.

What would be a worst-case scenario?
For us, besides natural disasters which are unpredictable, the biggest risk for us is engaging initially, then having things peter out and never begin implementation. So the biggest risk for us is sustainability. We are not designed to stay as an advisor for years on end.

At some point the ministry has to take complete ownership and control. We are positioned as a catalyst to get the process moving. We take a step back when some of the major implementation challenges come forward. In a way it’s a test of the entire process, if the ministry and the stakeholders can adapt to that and respond to that. At the same time it is hard to step away and take that risk.

What are the things that change if the policy formulation process ends up taking longer?
If there’s been a change in the leadership of the ministry, that is a difficult challenge. Sometimes it takes time to reconstruct that level of engagement. In one particular country, we have had three different ministers of education in two-and-a-half years of engagement. The problem is that you need a higher level of political will to make the policy happen. If a new minister comes in or if there is a change in the staff of the ministry, we really want to get them on board before going too far ahead.

How does GeSCI get the ball rolling, so to speak? How is GeSCI organised in terms of these influences?

Some of it is research-based, but it is very focussed on hands-on tools. There were 2-3 things that emerged as possible tools that would have helped in the implementation of the policy. There are all kinds of things that came up that are universally challenging. They provide some guidance at the district or state level. Something very hands on would make the difference between the policy being a policy and the policy being reality.

What kind of assumptions do you carry while engaging the process of planning the draft national policy?
something, to say that we are going to develop a national policy. Other than that, the value of ICT in education and that the stakeholders and governments can coordinate efforts. The third is consensus building amongst the stakeholders that a range of people, NGOs, students, teachers, private sector can agree on a set of principles and a process. They can sit around a table and agree to what is to be done. We proceed with the assumption that it can be done. The government has to make the final decision. Inmany ways, the process here is about putting government in a leadingrole but we have to strike that balance between the government and stakeholders.

This policy will not work unless the government comes out every now and then with other developmental programmes in ICT. How do you see this convergence happen?
There are two questions. One is, how do you coordinate this effort with other national activities, and the other one is how do you strike a balance between investments for ICT and investment for long-term programmes. What we always try to do is to combine the national policy for ICT with the other national policies. So what we would expect all to do a policy analysis of the policy objectives developed here with the other national efforts and education objectives so that there is a clear connection between the two. At
some point, we would have to engage in a certain amount of outreach to that program as well.

What are some of the other activities that GeSCI is involved in?
We bring knowledge assets such as our experience in other countries, decisionmaking tools, etc. We also do a lot of comparative work — comparative analysis of policies, infrastructure, and comparative analysis of how objectives for ICTs in education can connect with overall education priorities. We do a
lot of knowledge based work on trying to help people understand how ICTs in education can integrate into the overall education levels.

Can you share your perspective
on the current policy for ICT in education being formulated in India; how does it compare to other policiesor countries?
The policy being developed here inIndia is actually distinct. There is thechallenge of education being on the joint list of the federal government andthe state governments. The question is how one establishes policy guidelinesin a way that can be universal and accommodate the federal government’s view yet flexible so that states with their enormous diversity of geography, language, culture, economic status, etc can take it up. That is a big challengeindeed. I don’t think you can compare it to any other scenario. Also we cannotproceed with an isolated plan. It really has to be aligned with the other nationallevel plans. There is another level of coordination that has to take place in terms of outreach and that has to be an ongoing process with a certain amount of clarity. There are two aspects to the policy, setting the objectives and background which in itself is not really enough. The crucial part would come in the second phase where we develop a series of tools and practical options using case studies that would help states in the implementation of the policy. Without that, it would be just another document on the shelf.

Modern and technical education in madrasas maulana shah muhammad fazlur rahim mujadiddi nadwi heads the shah muhammad abdur rahim educational trust

Traditional institutions of learning like Madrasas are now at a cross road, where they exposed to so called ‘modern  influences’. What is the appropriate response? Maulana Shah Muhammad Fazlur Rahim Mujadiddi Nadwi is the Rector of the Jamiat ul-Hidaya, a unique madrasa in Jaipur, Rajasthan, which combines religious, ‘modern’ and technical education. He also heads the Shah Muhammad Abdur Rahim Educational Trust, which runs several educational institutions in Jaipur and elsewhere. In an interview with Yoginder Sikand he shares his views on tradition and modernity and madrasa education in India.

You are considered to be a pioneer in seeking to combine religious and ‘modern’, including technical, education in the madrasas. How did this all start?
The story goes back to my great-grandfather, Hazrat Shah Muhammad Hidayat Ali, a noted Naqshbandi Sufi and scholar. He felt the need for reform in the madrasa system abd introduced ‘modern’ subjects for which purpose he set up the Madrasa talim ul-Islam in Jaipur. This was the period before India’s independence. However, he died in 1951, and his dream was left unfulfilled. Following this, my father, Shah Muhammad Abdur Rahim, seeking to pursue this dream, contacted various large madrasas across India, exhorting them to open departments of ‘modern’ and technical education so that their graduates could be economically self-sufficient instead of depending on others. Yet, his efforts met with almost no response. Some ulema argued that it was impossible to combine religious and other forms of education. Others said that while it might be possible, it would serve no positive purpose. Yet others admitted that it was possible and a good thing but declined to act on my father’s advice on the grounds that this would mean a departure from the tradition set by their predecessors.

Receiving no positive response to his appeals, my father decided to set up a model madrasa providing religious, ‘modern’ as well as technical education so that others could possibly emulate it. This took the form of the Jamiat ul-Hidaya, which began functioning in 1985 under the management of my father till his death in 1994.

What is the course of studies that students at the Jamiat ul-Hidaya undergo?
In contrast to most other madrasas, at the Jamiat ul-Hidaya students study the various Islamic disciplines till the graduation or alimiyat level, but alongside this they also have to study various ‘modern’ subjects, for which we follow the syllabus prescribed by the National Council for Educational Research and Training (NCERT). This year, our students appeared for the tenth grade examinations conducted by the National Institute of Open Schooling, and the results were quite impressive.

Our course of study begins at the 6th grade. After students finish the 10th grade examination, they do four years more of religious education while also learning a particular technical trade or craft, such as computers, automobile repairing, draughtsmanship, accountancy and so on, so that once they finish they would not have to depend on others for their livelihood. In this way we are trying to bridge the enormous gap between madrasas and the ‘regular’ system of education. Several of our students are now studying at regular universities, such as the Jamia Millia Islamia in New Delhi and the Aligarh Muslim University. Some of them are working as ulema, but many others have taken up a range of other occupations, including in banks, offices, business concerns and translation bureaus in India and in West Asia. One of our students even became an aircraft engineer.

In terms of teachers’ background, also, we are quite different from most other madrasas. Roughly half of our teachers are madrasa-trained ulema and the rest have studied in ‘modern’ colleges and universities. Likewise, roughly 700 of our students come from families with different sectarian affiliations, which is in contrast to most madrasas that select only those students whose parents subscribe to their particular school of thought.

Some ulema insist that technical education must not be introduced in madrasas, arguing that this might overburden the students, or divert their attention from their religious studies. How do you, as one of the pioneers of technical education in madrasas respond?
We do not say that all madrasa graduates should become professional ulema or madrasa teachers. Everyone needs to pursue some occupation and people should have career options. Why cannot an alim, a graduate of a madrasa, be a good accountant, government official, journalist or businessman? That way they will be also able to tell people they meet with in their professional capacities about Islam and about Muslims. Of course, our main intention is to train good, pious and committed religious scholars, but they must be able to become economically self-sufficient, which they can be if they know a particular trade or craft.

This is no innovation, I must stress. After all, many leading ulema in the past took up a range of careers, including some that are considered as ‘humble’, but yet made immense contributions to society. For instance, Imam Qudduri worked as a potter, and Imam Abu Hanifa engaged in trade. While being economically self-sufficient they were also able to devote themselves properly to their scholarly pursuits.

Some ulema argue that madrasas must not teach ‘modern’ subjects, claiming that this would be simply too much for the students to bear. How do you react to this view?
I firmly believe that for the ulema and madrasa students to join the ‘mainstream’, they must have at least a basic knowledge of certain ‘modern’ subjects, as well as English and local and regional languages. In the absence of this, Muslims cannot progress and nor can the country as a whole. Increasingly, I think, many ulema are themselves realizing this.

The division between ‘religious’ and ‘secular’ or ‘worldly’ education that some people make is completely un-Islamic. Islam sees knowledge as a comprehensive whole and positively encourages the acquisition of all forms of socially useful knowledge. If you look at Muslim history, you will see that in the past Muslims produced many scientists, philosophers, mathematicians, doctors and so on. Many of them were pious Muslims and several of them were Islamic scholars at the same time.

What reforms would you suggest in the present system of studies followed in most traditional madrasas?
The syllabus today followed in most South Asian madrasas is some variant or the other of the dars-e nizami, a curriculum developed three hundred years ago by Mulla Nizamuddin of the Firangi Mahal in Lucknow. For its times, the dars-e nizami was very appropriate and relevant. It was also job-oriented, helping train bureaucrats and officials for the royal courts. But today, the dars-e nizami has largely lost its link with employment, and an institution that no longer has that sort of link cannot last long. Hence, I would urge, madrasas need to reform in accordance with modern needs, while still preserving their basic purpose of training would-be ulema.

I think the only way this can happen is to incorporate and give a respectful place to basic ‘modern’ subjects in the madrasa curriculum, as we have done in the Jamiat ul-Hidaya. In this way, students after gaining a basic grounding in religious and ‘modern’ subjects can later decide for themselves if they want to go on specialize in Islamic Studies or in one or the other ‘modern’ subject.

World News

NIIT moulds Botswana entrepreneurs
Business studies should instill a sense of entrepreneurship in the minds of those studying it, Botswana’s Assistant Minister of Education, Peter Siele said at the NIIT graduation ceremony in Gaborone

He commended NIIT for their contribution towards provision of Information Communication Technology (ICT) training at a time when the country had to embrace the changes brought about by the IT age. He also commended the Institution for having been among some of the private institutions offering tertiary education even at a time when government was not sponsoring students in private institutions.

Around 200 graduates were awarded their Professional Diplomas in Information Technology and the Honours Diploma in Applied Management and Business Skills. The 10 year old institution has 65% of staff members as locals, which was in line with the localization and training policy.

Etisalat and BT unite for research
The Emirates Telecommunications Corporation (etisalat), British Telecommunications Plc (BT) and Khalifa University will establish a joint research and innovation centre in the UAE.

Through collaboration with industries, universities and governmental organisations, the centre will encourage international collaboration, research and innovation in the fields of next generation networks, systems and services.

The merge will further enhance Etisalat’s competitive position among the telecommunication companies in the world and increase business relations in the region.

South Africa Academy to enhance ICT skills
The newly inaugurated e-Skills Academy of South Africa aims at increasing the country’s Information Communication Technology (ICT) systems and public awareness in the area.

The e-Skills Academy is aimed at accelerating the development of professional qualifications and ‘job-ready’ skills in the ICT sector. It offers internationally accredited courses and certified qualifications that are designed to meet requirements defined by technology users throughout, both the private and public sectors of the South African economy.

Uganda’s Nationwide data backbone completes first phase
The first phase of the National Data Backbone, capable of delivering ICT services to 28 million Ugandans has been completed, making Uganda the first country in the other East African Community (EAC) member states to deployed ICT infrastructure at such a scale.

Uganda’s ministry of Information and Communication Technology (ICT) together with Chinese technology company, Huawei, bore the cost of the first phase, approximately USD30 million.

The first phase covers the capital Kampala, Entebbe, Bombo and Jinja is complete and is being tested. IP enabled phones with videoconference facilities have been installed in all government ministries and departments/agencies. The second phase of the e-Ghana project will see fiber-optic cables laid from the southern coast to its northern border with Burkina Faso. This project will link to the other submarine cable initiatives that are planned for the eastern Africa coast.

Before the National Data Transmission backbone government unveiled plans, private players had moved to lay their own fibre networks. The national backbone comprises two technologies and will be laid mainly around Kampala and along the transmission routes in the East, West and the North.

Ireland attractive for Indian students
Ireland is slowly but surely treading upwards as one of the most preferred destination of students in India wanting to study aboard. The country has carved a niche for itself in teaching various courses in English at all top colleges and Universities.

Over 1,000 Indian students are spread across various universities and colleges in Ireland, mostly enrolled into various courses in Bio-Sciences, Business Administration, Computer Science, Electrical Engineering, Chemical Engineering among others.

Studies reveal that Ireland has been seeing a consistent increase of foreign students at 10% per annum. Ireland housed nearly 25,000 international students in 2006.

Because of its booming economy (which is growing at a steady 8.5% every year) most IT majors and Pharma companies such as Intel, Microsoft, Dell, IBM and Hewlett Packard.

With nearly 37% students attaining tertiary level of education in Colleges, Technology Institutes and Universities (as against the overall European Union average of 27%) the government has earmarked nearly 20.7 billion Euros for various education related causes in Ireland.

USB-based computer security

With the expansion of the knowledge web through the Internet, easy availability and exchange of information has grown up. There is an increase in knowledge awareness, piracy too has evolved with technology. If statistics are not wrong, an estimated USD 40 billion was lost in the year 2006 to software piracy globally. This figure went up to around USD 60 billion this year. The costs to the economy due to pirated software show why efforts to reduce pirated software must be greater than before.

The education and digital learning industry faces a similar problem. Intellectual property created by a learning company is at a great risk of being counterfeited. The intellectual and creative cost of developing content is extremely high. Content is the core of all training sessions. Content is their Intellectual Property Right (IPR) and their future. Content could be in the form of courseware or other data. Today, most of the training institutes have moved to the digital method of training or Computer Based Training (CBT). Content could be in the form of e-Books, e-Learning software, documents, spreadsheets, presentations etc.

The effort involved in creation of this digital content is immense. However, securing content once created, is a great challenge and under constant threat. These threats usually constitute the following causes:

  • Competitors could get hold of the digital content and upgrade their own content, improving their quality at an others cost.
  • Counterfeiters can edit/delete/or merely reproduce the content, thereby generating income for themselves at virtually no cost.
  • Students can copy and share content with other potential student clients resulting in loss of revenue.
  • Paid teachers can copy it and run their own private classes.

Trinity Future-In, a Bangalore- based company, has explored the patterns of delivery, storage and security of digital content. The outcome clearly indicates that existing systems that are in the form of CD, DVD’s or the Internet are very vulnerable and counterfeiting is the greatest threat and cause of very substantial losses. Every creator of digital content is looking for a foolproof mechanism to protect and secure his IPR from being stolen.

After four years of intensive research, Trinity has come up with a new technology suite of devices based on the USB delivery medium to protect digital content better than other security systems.  It is a new storage, delivery and distribution media, doing all three with security never seen before.  Opinions have been expressed about how the Trinity Suite of devices may change the way data distribution will occur in the future. Exhaustive testing has proven that the invention works to the highest level of expectation. Certification from the Standards Testing and Quality Control Laboratory confirms the results. Trinity Future-In has invented a unique USB device that will be used as the distribution media in a suite of applications. The Trinfin Suite offers its own data writer that is used to package software and data in a patent-applied-for format to be stored in the device.

How does the technology work?
There are several layers of security – both in the form  of software and firmware. Working from within the content, unlike the commonly used external ‘lock and key’ approach, the invention makes files invisible and those which are visible are rendered inactive. There is no place for a duplicate ‘key’ that can be used, or a vulnerable ‘lock’ that can be picked! And all this happens without the loss of user friendliness or efficacy. The technology follows a second degree of authentication. Data once written into the distribution media can only be viewed. Once written, neither the user nor the writer, will be able to change,  edit, delete or copy the content. The first unauthorised copy made to generate the mass production of  counterfeit copies, is blocked.

Every attempt, outside the proper use of the device, is met with invisibility  or inactivity

Exploring ICT for rural communities

The Baramati-based Vidya Pratishthan’s Institute of Information Technology (VIIT) and Intel jointly organised the Eighth Annual Baramati Conference on Information and Communication Technology (ICT) for Communities at VIIT campus, between 24th and 25th March 2008. This was the eighth in a series of conferences organised by VIIT. The conference focused on scale and economic benefits of ICT for Communities, exploring avenues through which governments, NGOs, development agencies and corporations can work, to successfully scale ICT initiatives to benefit the community. The event saw representation from over 135 delegates from across the globe.

Opening Presentations
Subhash Pani, Secretary, Planning Commission delivered the keynote speech. In his speech, he applauded the grassroots initiatives undertaken by VIIT and Intel in the health and education sector. He also highlighted the need to use appropriate technology to suit the local conditions in what he referred to as ‘Technology Osmosis.’ He cited availability of power and Internet connectivity as one of the major challenges ahead as we ahead on ICT for communities.

Speaking for Intel, John Davies, Vice President, Intel Corporation described their activities as, “Technology can expand what’s possible to create opportunities for the people of India. Through the World Ahead Program, we remain focused on accelerating access to technology, improving education and increasing Internet connectivity.” On the education front, Intel will help equip about 100 mobile computer labs in vans, five of which currently serve village schools in and around Baramati. Also, Intel Teach program helps local educators integrate technology to enhance classroom learning. It hopes to train 1 million teachers (having trained nearly 40,000 educators in Maharashtra) and help more than 30 million students across India by 2008.

Jainder Singh, Secretary, Department of Information Technology, Government of India was optimistic on the use of technology as an empowering tool for the communities for access and delivery of healthcare and education services. Wishing the conference a success, Jainder Singh ended the keynote address with a call to the delegates to share and learn from the successful initiative of Baramati.

R Shivakumar, Managing Director (Marketing and Sales), South Asia, Intel added, “Under the World Ahead Program, Intel is committed to work with governments and the industry across the globe to facilitate better health and education through technology. Conventions such as the Baramati Initiative on ICT not only create awareness on global technology trends but also foster an environment for interaction and collaboration between industry, government bodies, international experts, university circles and World Ahead alliance, to help enrich the quality of technological and intellectual human resource available for the rapidly proliferating technology economies.”

Proceedings
The first session on ‘Successful models of digital communities’ highlighted the need for innovation; it showcased the successful initiatives undertaken by Reliance, Grameen Suvidha Kendra, Tata Consultancy Services (TCS), and Teleradiology. The session moderated by M Moni, Deputy Director General, National Informatics Centre. He introduced the theme and invited panelists to share key challenges, impediments and examples of communities that implemented innovative usage models across education, healthcare, citizen services and farming communities. The key challenges that emerged included lack of financial requirements to scale up, lack of trained human resources, acute shortage of electricity, certification for computer courses and local language content. The following sessions focused on healthcare delivery and role of telecentres. The second day focused on the technology in education initiatives. Anshul Sonak, Corporate Affairs for Education from Intel moderated the session.

Dr Robert B Kozma, Educationist made a presentation on Aligning policies and programmes: Increasing the impact of educational ICT. He said that for increasing the impact of Educational ICT, we should look at when ICT is introduced into the educational system and whether it will influence the educational outcomes. What kind of educational change is desired and what are all the factors influence? Dr Kozma also made some very valid points in his presentation on improving on a system that is currently good, where the desired outcomes are increased access, resources, performance and efficiencies. He also stated that the role of ICT for achieving these desired outcomes was to extend the reach of the educational system, provide a large amount and wide range of current digital content, support student learning and reduce costs. He also emphasised for the transformation of educational system. He described how for a ‘systematic change,’ ICT can act as ‘lever for change.’ However ICT by itself will not bring change.

Vasudha Kamath, Director, CIET, spoke of how ICT in teacher training emerged and advocated that technology and education should come together. “ICT has the potential to bring people together to share ideas and become members of the learning community. This is not only at cognitive and teaching level. The use of chat rooms can be used as a mode of economic and low cost technology based on discussion groups. The teachers are also using video-conferencing. Its not just a technology tool but the teacher should also be prepared to use it in the classrooms.

ICT is also used for creating learning resources as educational technology; the teacher and faculty should be ready to incorporate them in their teaching. We are encouraging research to support open resources such as moodle in the Learning management systems (LMS). Evaluation and assessment is possible anytime and we do not have to wait for months for students results and outcomes. ICT is also used in research, as it is an important component of the educational development-such as constructivist approach for education as highlighted by NCERT in its guidelines. In the National Curriculum Framework, it is mentioned that students should exchange new ideas, building on their experiences, creating new knowledge. State should be proactive in delivering the NCF and ICT can play an important role in making the curriculum more interactive.

Latif Nathani, General Manager of Unlimited Potential Group, Microsoft India, showcased the successful initiative of Unlimited Potential initiative by Microsoft that aims at synchronising teacher training, curriculum development with technology infrastructure deployment to realise optimum benefits from ICT in education. He shared his views that for transforming education – local innovation is key enabler for jobs and opportunities (connections, communities, partnerships).

Under the project Shiksha in India, Microsoft has trained 200, 000 teachers and 10 million students benefited. He also shared the Innovative Teachers Leadership Award (ITLA) that attracted 15,000 entries. He mentioned the new initiative of Microsoft Digital Literacy for CSCs that includes computer basics, Internet and web basics, productivity software, security and privacy and digital lifestyle.

Alok Bhargava, IL&FS spoke about using technology for education. He mentioned about the National Policy on ICT in School Education, which is currently being developed with wide participation. Larger ownership on the local community has to be made.

In his valedictory speech Tom Burns, Director, Content & Services, World Ahead Program, Intel spoke of the continuum need to work together with the community to provide value and allow the system to be upgradeable. The future is for collaboration and economic sustainable solutions in business models, followed by empowerment of communities to achieve scale. The challenge for India is that, it is a country that will invent and innovate and hence the challenge is to achieve the scale ’10x execution’ to maximise reach.

The conference saw the participation from individuals, firms and organisations working on community centres having grassroots experience in making ICT work for communities. The importance of ICT through shared access facilities such as telecentres was universally felt to offer a promising reach to a number of people, such was the perspective shared by most participants at the conference

Asia news

Bangladesh building knowledge based society
Bangladesh is an emerging market for WiMAX (World Wide Interpretability for Microwave Access) technology. Bangladesh Telecommunication Regulatory Commission (BTRC) has plans to give WiMAX license in May this year, which will bring a dynamic solution to establishing long-haul data communication link to distant areas.

The introduction of WiMAX can be utilised to build knowledge centres across the country where people can get e-Education and related services which will effectively improve their livelihood. State-run BTTB (Bangladesh Telephone and Telegraph Board) has its Digital Data Network (DDN) node in 64 districts. Areas under these nodes can easily be connected with the internet, generating tremendous opportunity to unlock  potential in unprivileged areas.

ICT revolution in PNG
In Papua New Guinea, the development of what is known as PNGARNET, short for Papua New Guinea Academic and Research Network, is being spearheaded by universities, in particular the Divine Word University in Madang. PNGARNET, set to be soon, is a company wholly-owned by the PNG Vice-Chancellors Committee and was formed with the express purpose of facilitating the efficient cost-effective delivery of Internet services to Institutions of Higher Education (IHE) and research in PNG, so that PNG tertiary students can receive a world-class education.

All organisations which are part of the Office of Higher Education (OHE) in PNG can get involved in PNGARNET. PNGARNET is providing efficient Internet resources to its members through a satellite Virtual Local Area Network (VLAN).

Viet Nam wired
Vietnam has made huge strides in ICT usage. As of now all communes in the country have telephone services. Over 38.8 million Vietnamese are telephone subscribers and 74% of these are mobile services. Viet Nam had 8 million mobile phone subscribers during 1995-2005. The figure was 10 million in 2006 and 17 million in 2007.

On the Internet front, 32% of all communes have Internet access and 18.9 million, or 22.7% of the population, are internet users. Vietnam has promoted the application of ICT throughout society, but with focus on e-government, e-banking, e-education and healthcare services.

The third PNG National Educational Plan offers the challenge that the universities provide a world class education to its citizens. This plan presumes that PNG tertiary students will be able to access the learning resources that are commonly provided via Internet connections, thus, PNG students must become world learners. The equipment including satellite dishes, antennae and Block Up Converters (BUCs) – a device used in the transmission of satellite signals, for the sites of the PNGARNET partners has been sourced mainly from China.

ICT and Posters in Mauritius
Students of the Teacher’s Diploma course in Mauritius recently organised an exhibition of interactive posters as part of their module concerning the use of Information and Communication Technologies (ICT) in subject teaching. This exhibition of interactive posters for use as teaching aids in primary schools was organised by students of the Teacher’s Diploma course under the leadership of Kaviraj Goodoory, lecturer in ICT, who is also the coordinator for the module of ICT in subject teaching.

The organising committee decided to launch a competition to “encourage students to work hard” and the posters that won prizes were the ‘most creative ones which would encourage pupils to use their five senses.’ Meanwhile the MIE is infusing all its teacher training courses with ICT in order to prepare students to successfully use ICT when teaching their subjects. The MIE gives access to ICT to all its students and that makes it easier for them to find innovative ways of teaching. But the authorities must make sure that teachers are given the tools to be able to put their creativity into practice.

Corporate news: Apr 2008

e-Learning portal from Hyderabad
Hyderabad based IT education company SQL Star, launched an e-Learning portal which aims to promote systematic changes in the current teaching-learning paradigms in Indian education.

The portal, thelearningport.com, is a comprehensive learning solution aimed at reducing the gap between student readiness and employer expectations of an industry-ready workforce, the Hyderabad-based company said.

Speaking to media persons here, SQL Star Chairman and Managing Director N R Ganti said the programme has been modelled to deliver a blended model of offline and online education. Being online in a world without borders would facilitate collaboration among peers and between students and industry, he said, adding the series of courses offered are a combination of domain knowledge and soft skills training.

The shortage of skilled manpower in the IT industry is a critical barrier to the growth of Indian economy. The only way to overcome it is by facilitating societal transformation by equipping the workforce with 21st century employability skills so that it is ready to compete in the global e-Learning.

Student e-Tutors make easy bucks
There’s a new way to earn as you learn. If you are a student of math or science and have decent communication skills, you can make upto Rs 17,000 a month e-Tutoring kids in America and Europe.

Educational process outsourcing is enabling over 100 Delhi students rake in handsome dividends from a few hours spent answering queries and clearing doubts. Manya Education Private Limited, an e-tutoring firm, recently began campus recruitment in IIT-Delhi, Delhi University and Jamia Millia Islamia. Academically strong students from the Sciences stream were shortlisted and subsequently trained for a month.

The e-Tutoring model requires these student-teachers to log on to a chat-based software and answer queries from students in the US and Europe. For an average four-hour session, they earn between INR12,000 and INR 17,000, depending on competency.

Beginning with Math, Physics and Chemistry, Manya Education plans to include social sciences lessons. Students-teachers can draw diagrams and figures using the software and transfer files if required.

IBM completes e-Learning programme
International Business Machines Corporations (IBM) announced its successful completion of Phase 3 of EDU-SAT satellite based educational programme in Karnataka in collaboration with Visvesvaraya Technological University, Belgaun (VTU).

The programme comprises 100 hours of live lectures transmitted to over 100 schools in the state and were attended by 15,000 students. The programme aims at equipping post graduates with the necessary technical knowledge and skills so that they are better positioned to compete in the competitive market driven world. The course module includes courses like System Z, Java, Web 2.0, Eclipse, Cell Architecture, SOA, High Performance Computing, Linux, DB2, Autonomic Computing, Rational, AIX, and Enterprise Applications.

IBM is working towards the consistent expansion of India’s IT ecosystem and its University Realations team has been cooperating with the academia to evolve open standards-based IT skills, developing strategic linkages with universities while assisting with curriculum development and instructional material, helping colleges develop consistent and high quality curricula for leading and emerging technologies, promoting high quality education and evangelizing Open Standards technologies which is crucial for the future of IT industry.

Intel donates 300 PCs to the Chhattisgarh State
Intel Technology India Pvt. Ltd. today marked the first anniversary of the Intel Teach program in Chhattisgarh by donating 300 PCs to the State government for the benefit of government-run schools.The Intel Teach Programme is an educator development programme that aims at effectively integrating the use of technology in the classroom to facilitate and enhance teaching and student learning.

The program till now, has trained over 2,000 teachers in Chhattisgarh, who in turn have reached 3,60,000 students, enabling them to take up socially relevant issues along with helping them improve their communication, problem solving and critical thinking skills. The Chhattisgarh government in collaboration with Intel will work towards equipping uninitiated teachers into using technology and through this public-private cooperation, they plan to train 7,000 teachers in the next two years, and adopt various schools for Technology Aided Learning implementation.

With the donation of 250 computers and 50 Classmate PCs, Intel aims to extend its World Ahead Program to Ashramshalas and girls schools. Over 50 schools in Chhattisgarh will benefit, with each school receiving minimum of five PCs. The PCs will be wireless-enabled and supported with Internet connectivity and basic software applications along with digital educational resources. In India, Intel plans to donate 10,000 PCs to state governments and teacher training institutions and train one million teachers in technology application. As a result, Intel expects to help more than 30 million students across India. In India, the Intel Teach Program has currently impacted over 8.40 lakh teachers across 15 states governments, two Union territories, 40 teacher education universities and central government schools like Kendriya Vidyalaya and Navodaya Vidyalaya. Under the Intel Learn Program, the company has reached out to nearly 40,000 students in India.

Edurite Tutorials launched in Bangalore and Karnataka
World’s premier online tutoring company TutorVista.com and its subsidiary Edurite Technologies announced the launch of its tutoring centers in India. TutorVista.com that teaches 10,000 students in USA and UK through a network of 600 teachers across the country has now made a foray into India with Edurite Tutorials – a technology driven tuition and test preparation center.

Edurite Tutorials has launched its services in Karnataka with seven centers in Bangalore and 11 centers spread across semi-urban districts of Karnataka such as Hassan, Bijapur, Davanagere, Shimoga and so on. 10 more centers in Karnataka will be operational in the coming weeks. Edurite Tutorials will offer tuitions for CBSE syllabus – 9th, 10th, 11th and 12th plus All India Engineering Entrance Exams (AIEEE) as well as Karnataka State Board – 9th, SSLC, PUC and CET Entrance Exams covering subjects in Math and Science.

Edurite has undertaken studies which have proved beyond doubt that collaborative, technology enabled techniques have a better impact on the understanding of subjects and academic performance of students. The tutorials use multimedia tools to make subjects easier and interesting. Online LIVE teacher help is available 24×7 to clarify doubts and access large question banks containing previous year’s exam papers. Regular quizzes and tests are held to assess comprehension. The tutorial sessions are made interesting with concepts, animation, pictures, diagrams, practical sessions and quizzes.

“A total of 300 centers will be operating across India by end of 2009, which will be expanded to 500 centers in the next three years”, confirmed Srikanth Iyer, CEO – Edurite.

Rapid growth in corcorporate education

Institutes like Indian Institute of Technology (IIT) Kharagpur and Xavier Labour Relations Institute (XLRI) Jamshedpur have on paper about 30 executive education courses per year. This figure has doubled in the last few years as the amounts charged for each training programme has gone down by 60 %. This rise is also fuelled by rapid technological advancement around the globe, making it imperative for professionals from all walks of life learn new technologies and update and upgrade their knowledge, much after completing formal education in the college.  Moreover, there is a shortage of 20-40% in the leadership positions across sectors. Although many companies have found internal training to be a substitute, after a point it becomes expensive.

Harvard Business School (HBS) just completed its first five-day executive education programme in Hyderabad. If the course were to be taught at the Harvard campus, it would have cost USD 10,000 (around INR 400,000) upwards. However, an Indian executive gets it for as relatively low as INR 180,000.

At IIT-Kharagpur, XLRI Jamshedpur, and IIM Calcutta, around 200 executives take the executive education programmes every year, with course fee ranging between INR 5,000 and INR 35,000, with a few courses costing up to a couple of lakhs. For example, the Danish embassy of Dhaka had sent people for a four-month management course at IIT-KGP at a cost of approximately INR 60 lakh.

The level of importance of executive education has reached outside profit-oriented companies too. The Ranchi-based Xavier Institute of Social Service (XISS) too is in the process of drawing up a calendar of topics for training of non-government organisations (NGOs) keeping in mind the priorities of small and middle level NGOs. XISS executive education courses, usually range between INR 25,000 and INR 50,000, and address current topics and concerns ranging from general management to specific functional areas that include human resource, rural development, information management.

Mark your calendar, Apr08

april

TCC 2008 Worldwide Online Conference
15-17 April 2008
Online
http://tcc.kcc.hawaii.edu

2nd International Computer & Instructional Technologies Symposium
16-18 April 2008
Izmir, Turkey
www.icits.org

Third International Conference on Interactive Mobile and Computer Aided Learning, IMCL2008
16-18 April 2008
Amman, Jordan
http://www.imcl-conference.org

International Conference on Open and Distance Education ICODE'08
25-27 April 2008
Rome, Italy
http://wahss.org/

Third International Conference: Organizational Learning, Knowledge and Capabilities 2008 (OLKC) “The Many Senses of Organisational Learning and Knowing”
28-30 April 2008
Copenhagen, Denmark
www.dpu.dk/olkc2008

May

Sloan-C International Symposium on Emerging Technology Applications for Online Learning
7-9 May 2008
Carefree, Arizona
United States
www.emergingonlinelearningtechnology.org

5th Global Conference: The Idea of education
8-10 May 2008
Budapest, Hungary
www.inter-disciplinary.net/ati/education/ioe/ioe5/cfp.html

ACA European Policy Seminar: Exporting education: Europe's role in transnational education.
16 May 2008
Brussels, Belgium
http://www.aca-secretariat.be/08events/upcoming.htm

13th International Conference on Education
20-23 May 2008
Brunei Darussalam, Brunei
www.ubd.edu.bn/news/conferences/webice08/

index.htm
Higher Education: Spaces and Places for Learning, Innovation and Knowledge Transfer”
21 – 23 May 2008
Helsinki, Finland
www.highereducation.fi.

Fifth EUREDOCS conference
“Modernising European Higher Education: Priorities, Ideas and Challenges”
23 – 25 May 2008
CIPES, Porto, Portugal
http://www.euredocs.sciences-po.fr.

TL2008 – Teaching and Learning 2008
26-28 May 2008
Aveiro, Portugal
www.iask-web.org/tl08/tl2008.html

e-Learning Aprica
28-30 May 2008
Acra, Ghana
www.elearning-africa.com

June

The Emerging Global University Market
5- 6 June 2008
Reykjavik, Iceland
ACA Annual Conference “Beyond 2010 – Priorities and Challenges for Higher Education in the Next Decade”
15 – 17 June 2008
Tallinn, Estonia
www.aca-secretariat.be/08events/upcoming.htm

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