Tuesday, February 21, 2012

Sweating Our Assets in the Higher Education Sector

The Higher Education sector in India has been the subject of much attention, heartburn and soul searching in the public and private media. We know that India with her vast pool of young citizens is ready to reap the economic benefits of the demographic dividend because both the West -- Europe and North America -- and China is plagued with an ageing population. But somehow or other have not yet found a sustainable and scalable way to train our youth and enable them to acquire the skills that are badly needed for economic success. Currently the debate and attention is focussed on two areas. First (a) how should the government set up new schools and colleges, for example new IITs, new IISERs and second (b) In what way should the private sector be engaged in a manner that regulates the balance between the entrepreneurship of private providers vis-a-vis the rapacious exploitation of innocent students. In this two pronged debate, let us introduce a third perspective namely, how can the existing network of government colleges -- which is indeed a vast network -- be upgraded to support the growing aspirations of the nation.



While existing government colleges -- starting from the exalted IITs down to the humble district colleges -- continue to teach a large number of students, the general perception is that they are absolutely worthless. In fact this perception extends to the IITs as well. Not too many people will admit this in public but the likes of Jairam Ramesh and Narayan Murthy have had the guts to say so and there are many others who would agree with them. While it is easy to criticise governement colleges, it is stupid to write them off. After all a lot of  time and public money has been invested in these institutions and it only makes sense to see how to reform them to the point where they can deliver good returns in terms of quality of students. This post explores some of the options that are possible.

The starting premise is that these institutions -- from the IITs downwards -- are grossly inefficient. They have consumed and are still consuming a vast amount of public resources -- money, land etc -- but deliver very little.  The ratio of Output to Input is very low but how do we measure output ? By the number of students ? By the quality of the placements ? By the number of papers published ? While it would have been nice if we could have come out with an unambiguous definition, the fact remains that there is no immediate consensus. So let us park this contentious issue for the moment and focus on the means, not the ends. Can we explore some abstract principles that lie beneath inefficiency at which our public sectors education units (PSEUs) operate ?

The most important component of an educational unit is its manpower, its people. This is generally true for most industries but more so in EUs that deal with the generation and transmission of knowledge. In fact a university is not a collection of buildings and equipment but in reality a collection of people and our first focus should be on people -- how to get the attract and retain a lot of good people here.

This is not too difficult if we can delink ourselves from long held and obsolete beliefs and look at the best practices of successful corporates. What we need is a modern Compensation and Benefits policy that ties pay to performance. Current salary levels in the education sector are low but what is more important is that there is no linkage to either performance or market realities. There is neither a carrot nor a stick so the good teacher and the bad teacher are paid the same -- as cast in stone by government agencies like the 6th Pay Commission. Also teachers in subjects that are in great demand -- like engineering -- are paid the same as that in subjects where demand is less and where availability is more. Finally teachers in remote locations should naturally be paid more, openly and not through some accounting subterfuge, because no one wants to go and teach in such areas. Net-net there cannot be one uniform, monolithic, one-size-fits-all Comp-n-Ben policy that covers all PSEUs. In industry, the days of centralised socialism are over. Salaries are now driven by the market forces of supply and demand and the education sector cannot be allowed to remain insulated from the winds of change.

If it is not the central government -- the UGC or the 6th Pay Commission -- then who determines salary ? The obvious answer is to look at "standard" PSUs -- the SAILs and BHELs of India. These are government organisations that have, because of market pressure, migrated to some kind of a performance-based pay at least for the officers ( or "executives"). Moreover each such PSU has its own pay structure determined by the market in which it operates. There is no centralised mechanism that governs PSU salary structure. So should be the case with PSEUs -- each institute or college should move towards its own performance based compensation structure at least for the faculty, if not for the staff.  Depending on its location, the subjects it teaches and the quantum of funds that it has -- grants plus income -- each PSEU should work out its own Compensation and Benefits policy that will allow it to attract and retain the best faculty that it can afford.

Faculty and staff who have never faced a performance appraisal will generally be uncomfortable with if not actually hostile to such activities. They will raise the bogey of favouritism. They will ask who will decide on the yardsticks of performance measurement ? That is best left to the individual PSEUs who can figure out what constitutes good performance. It could be teaching performance in the classroom or it could be research performance in terms of papers published or it could administrative performance in terms of the various non-teaching jobs that a faculty has to do --admissions, placement, fund raising and what not. No two PSEUs are same and so no common policy is possible or should be imposed. Each company -- in the private sector and increasingly in the public sector -- has its own appraisal mechanism, none of which are perfect but all of them are -- by and large -- useful in rewarding performance. There is no reason why PSEUs cannot do the same.

Which brings us to the next topic, affordability or the larger question of finances.

While it is nice if PSEUs can generate their own revenue -- through fees, consultancy or alumni endowments -- it is a fact that education is something that the tax-payers money should be spent on and government grants will, and should, continue to play a signficant role in PSEUs. Point is are these grants being used efficiently ? And the answer is NO.

If one looks closely at the money that the government spends on education --  especially in places like the IITs -- one would soon realise that the quantity is not very small but the tragedy is that most of the money is spent wrongly. It is not that money is being stolen -- there are enough checks and balances for that -- but accountability remains a big challenge. Since there are no statutory audits as is the case of companies and there are no modern accounting systems no one quite knows where the money is going. Elementary accounting principles like cost-code, charge-accounts,  planned and actual expenditure are unheard of. All the money is dumped into one gigantic pool and the granularity of accountability is only at the level of the Head of the Institute. In this murky atmosphere most of the money is spent on non essential items whereas critical areas like performance benefits for good teachers or equipment for labs or books are starved of funds. Net-net, it is not the quantum of money that is the issue but proper accountability of the existing money that is essential.

Our initial premise was that the PSEUs are inefficient -- the output is meagre when compared to the input. A rugged, robust, industrial grade financial accounting system would be a good way to monitor and control the input side of the equation. The Institute of Chartered Accountants and the Registrar of Companies have joined hands to create a set of generally accepted accounting principles against which a company is measured during the statutory audit. Perhaps the ICAI and the UGC ( or MHRD or the AICTE or whoever wins the turf battle to become the Single Regulatory Authority for Higher Education ) should create a similar mechanism so that the tax-payers of India, whose money is being used to fund PSEUs, should have a clear visibility on the usage of  funds in the PSEUs.

Once we have a good financial management system that clearly shows the use ( or misuse, abuse ) of funds in a PSEU appropriate decisions can be made or appropriate individuals can be held accountable. Once accountability is established at a granular level, there will be a pressure to be more economical with expenditure and many of the best practices of cost management that are in use in the corporate sector will eventually enter the education sector. Overall the system will become more efficient in financial terms.

Our goal is to improve the efficiency of our PSEUs and now we have two handles : (a) a financial management system to make sure that money is spent wisely and for the right reasons and (b) a compensation and benefits policy for the faculty ( and if possible for the staff ) that drives rewards towards people who are really needed -- the high performers.

Once these are in place, we can move to the next level , where funds to individual PSEUs will be granted on the basis of the performance of the EU as a whole -- that would be the subject of another blog post.

Tuesday, June 28, 2011

New Ideas for Bengal in Higher Education

The new minister for  higher education in West Bengal is exploring new ways in which this sector could be improved. Here are some ideas.

image of Class XII girls borrowed from Indian Patrika

There could be many ways to improve the quality of higher education in Bengal. Curriculum can be redesigned, faculty can be trained or the administrative structure of universities and colleges can be changed. But without ignoring these traditional approaches, can we look for some radical, out-of-the-box ideas that could catapult Bengal to an eminent position of thought leadership ? To do so, let us begin by admitting that there is no dearth of colleges in Bengal but students do not perceive them to be very useful. This is because of (a) the poor quality of faculty and the educational services that they deliver that in turn leads to (b) the meagre job opportunities that that await students who pass out. This note explores low-cost, technology enabled approaches that can help mitigate these two specific problems.

1. Locating, Leveraging & Rewarding College Teachers through Social Networks
Good teachers are a rarity. Despite recent salary hikes, the money that a competent person can earn in the corporate sector is far higher than what a government college can ever offer but nevertheless we have people who because of their personal preferences choose to teach. But unfortunately, the services of these good teachers are available to a small group of students who attend the college where he or she teaches. Students in other colleges, that do not have such a teacher, suffer. This is where we need to step in and create a platform that allows a teacher to transcend the locational restrictions and make himself available to a large number of students and in the process increase his personal earnings.

Distance learning is not new but the approach suggested here is based on the social media -- as defined in public networks like Facebook, Linkedin or equivalent private networks built on, say, the Ning platform. With 600+ million members, the population of Facebook is exceeded only by that of China and India and almost every college student in urban India is a member. The incredible penetration of social media into the psyche of the global population is because it taps into the primordial desire for human being to reach out to -- and be reached by -- their peers.

The blog post “Distance Learning on A Social Network Platform” ( http://bit.ly/pmblog01 ) describes the contours of such a platform and also explains the explains the economics that will sustain it. The core idea is that if any college has the faculty to teach any one subject well then this capability must be made available to students of many other colleges that may not have the same. Hence colleges can tap into faculty and in turn faculty who are in great demand can see a substantial increase in their income which will be a win-win for all concerned.

The technology and infrastructure necessary to implement such a platform is quite simple and inexpensive and given the rapid proliferation of the wireless internet, accessibility is no more an issue. However the biggest challenge would be to convince teachers and administrators. Social media and social networks may be an integral part of today’s youth but people above the age of 45 have great difficulty in relating to, identifying with, accepting the ubiquity of and finally leveraging this explosive technology. Unfortunately, most teachers -- at least those in a administrative and decision making capacity -- fall this category and may dismiss this as  just another fad. But if we can break through this scepticism and actually create an initial  platform then there there will be young, entrepreneurial teachers who will happily come on board and through their activity will move it towards critical mass. A simple version of such a platform is the Kollaborative Klassroom used at Praxis Business School ( http://kk.praxis.ac.in )

2. Common Integreated Campus Placements for Colleges in Bengal

One of the most important reasons why students go to college is to improve their chances of getting a job and while imparting education is certainly the primary reason for the existence of a college, the ability to find a job for students -- the placement process -- is equally important. In fact, most people rank colleges -- IITs included -- not on the quality of the education but on the success of the placement process. Cynical as it may sound, everybody is interested less in the activity ( of imparting education ) and more in the result ( of placing students).  This means that the ability of a college -- the UG colleges, not research institutions --  to place its students is perhaps the best indicator of its ability to deliver relevant and appropriate education and so the placement process as a yardstick for evaluating the effectiveness of a college may have an important role to play in the education sector.

Most professional colleges -- especially the private engineering colleges -- have some kind of a placement department but the vast number of the under-graduate B.Sc / B.A. / B.Com colleges have no such facilities. But creating placement cells and executing the placement process in hundreds of colleges is an impossibly complex task. Instead, it may make sense to create a single technology enabled platform that may serve as a common mechanism to support the placement requirements of all colleges across the state.

The blog post “Campus Recruitment as a B2B Exchange” ( http://bit.ly/pmblog02 ) explains the philosophy, the architecture, the technology and the financial structure of such an enterprise. Current job portals like naukri.com are doing something similar but ideally, if this driven as a cross-campus initiative through the government then the likelihood of success could be far higher.

Creating this structure would serve two ends. First it will allow many more students to get jobs -- which is an any case a responsibility of the higher education system -- but more importantly it will create an important quality indicator for colleges in the state. By creating a level playing field for placements for all colleges and then measuring the success of the students from each college both students ( + parents) and administrators would create an automatic ranking of colleges. Colleges higher in the list can be honoured ( and suitably rewarded ) while those at the end should be scrutinised and where necessary, supported to help improve standards.

This note introduces two new ideas and they are elaborated to a certain extent in the blog posts that are referred to. However the devil is in the detail and more discussion may be necessary to address issues related to actual implementation.

Sunday, February 13, 2011

Distance Learning on a Social Network Platform


Distance learning is a topic that excites all but remains a model that is yet to be cracked with any great degree of success. Mr Deepak Parekh, in his inaugural address at the CSI National Convention states that this market will be worth Rs 11 billion in 2012 but as of today will any company actually hire someone who has an MBA degree from an online program ?

It is true that we have had correspondence courses from various open universities and of late many reputed universities like MIT and even our own IITs have come out with presentations and recorded videos that seek to distribute the wisdom of good teachers among students not enrolled with them. Video conferencing has also been tried but again, the fact that they are nowhere as popular as regular class room sessions means that there is something missing somewhere. But the fact remains that hunger for education – especially the kind of professional education that helps people get jobs – is immense. That is why private engineering and business schools are proliferating, even under the malevolent glare of the not-so-lily-white mandarins of India's higher education ! What is lacking though is the availability of good teachers to fill the ever expanding number of class rooms in India. Can we leverage the collaborative-participative model of Web 2.0 to plug this gap ? Before we try to answer this question let us understand two things :

What does current models of distance learning lack ? Obviously physical presence is very important. Watching 30 videos of pre-recorded one hour classes conducted by a professor ( which is the equivalent of a 3 credit college course ) is a very poor substitute for two reasons – it is very difficult to watch and there is no interactivity. Better alternatives can be found in either video lectures through Skype-style platforms or slideshows augmented with lectures delivered over VoIP and white-board software that allows the instructor to “write” on a screen that is shared with the students. In each case, student feedback can be taken through online chat. Net-net the technology exists but why is it not being widely used ? Because this model is difficult to scale up ! The number of people who are comfortable with juggling these multiple technologies – and I have the first hand experience to state that this is not easy even for a net-adept like me – are NOT the kind who have the deep knowledge of say, finance or thermodynamics or organisation behaviour that is essential if they were to be considered credible teachers in any college. Which leads us to the next important concept that we need to understand ...

Web 2.0 – best illustrated by products like Wikipedia, YouTube, Flickr, Orkut – consists of four distinct characteristics. User-generated content, a network of trust, rich media and the fact that it is under constant development or perpetual beta. Consider YouTube as a platform created by Google where individuals create and upload videos that are viewed and commented on (that is “consumed”) by the public at large. Can we do the same thing with college courseware ? But unlike free format YouTube videos, college courseware needs to be aligned to specific requirements and have a certain quality. This is where the other concepts like rich media and networks of trust can be brought to bear.

Let us begin with courses. A 3-credit subject would consist of 30 lectures of one hour each. Each lecture can consist of a 10 min video that explains the idea, followed by, or interspersed with 20 slides that highlights important concepts. The instructor would also have a shared whiteboard to write additional material, a chat-screen where he can receive questions and a Skype-style voice service through which he can broadcast his answers and clarifications. All this can be delivered from one  or preferably two computer screens with touch capability that will allow him to switch easily between video, slides and whiteboard.

Students can either be sitting alone at home with a 3G/broadband connection or could be in a group in a class where two computers would be projecting on two screens – one for video/slides and the other for the white board. Direct voice feedback from a dispersed audience is possible but not desirable because of cross-talk and so an online chat screen from each student's laptop will carry his questions and observations back to the instructor.

Creating teaching content like this is easier said than done. Good teachers must be helped, encouraged and financially motivated to create these modules and this process can be funded – just as text books are commissioned by publishers – by individual colleges. This can be a direct payment – of the kind that is paid to a teacher for teaching a subject  physically – or  some kind of a revenue sharing mechanism. A tech savvy person can also be appointed to help the teacher during the first few sessions. The revenue stream will be derived from subject registrants – either single students or other colleges that will use this subject as a part of their curriculum. This leads us to the next component of a standard Web 2.0 product, the network of trust.

Individual colleges can commission some subjects on their own and can source other subjects from other colleges and institutes and assemble a full blown course ( MBA, BE .. ) in a manner that ensures that all statutory credit requirements are met. Since each college is creating a subset of the entire course, upfront costs will be manageable. A very rough parallel will be YouTube channels – but with the added challenge of schedule management since all pedagogy is live and students cannot attend two lectures simultaneously. So a student who joins a college for say, an MBA course, is assured that he will be able to attend a full spectrum of finance, marketing, operations, behavioral and strategy subjects, over a period of two years ( or more, if we consider week end executive programs ) and will also have access to the all -important placement process – perhaps in conjunction with an online placement agency !

How will all this work in practice ? The core technology consisting of  video capture and display, streaming video, slideshows, white boards, online chat, VoIP, touch screens and broadband internet is all available at a price students are willing to pay for a management or engineering degree. We need a integrative and easy-to-use platform – what YouTube is for videos and Flickr for photos – to make  all this available in a  convenient manner. We need a couple of colleges that will commission content for certain subjects and are willing to use content commissioned by other colleges – and once we have some critical mass, market rules will take over. Student feedback – like the Facebook “like” --  will be used by other students as benchmarks, high quality content will increasingly command a premium and teachers who create them will earn more money if there is a revenue sharing mechanism in place. Orkut or LinkedIn style communities can be created around each subject where students spread across different colleges can interact with each other and with the teacher in asynchronous mode and links to additional material stored on Slideshare, Scribd, Docstoc and other Web 2.0 services can placed. Students can upload assignments into these groups and formal examinations can be conducted either online or with pen-and-paper on college premises with proper invigilation so as to ensure credibility of the degree or diploma that is being awarded.

All this is possible if we have a specialist social networking platform built on the framework of Web 2.0 concepts that will set standards, ensure uniformity and attract membership from both individual students as well as institutions offering management and engineering programs. The Kollaborative Klassroom ( http://kk.praxis.ac.in) is a very tentative step in this direction but a lot more needs to be done to realise the total vision articulated here. But without this totality of features, the project is a non-starter. Fortunately funding all this should be possible with an investment that is only a small percentage of Mr Parekh’s estimated size of this market !

Earlier attempts at distance learning have had limited success because they started out with the premise that we can extract information from a teacher and then exclude him from the equation by automating everything to the maximum extent possible. This is fallacious because teaching is inherently interactive. Social networks – which are the most dominant constructs emerging from the concept of Web 2.0 – are popular precisely because they recognise the centrality of the human being and his quixotic and unstructured interactivity as a key element around which a successful product or service can be built. A distance learning mechanism that can integrate itself into a Web 2.0 social network of the kind that is described here will stand a far better chance of being successful than anything else that has been tried so far.

Thursday, August 26, 2010

Campus Recruitment as a B2B Exchange


Every year, corporates have to spend a significant amount of money and management time to visit engineering and business schools and select candidates for recruitment. Competition for talent is intense at the few, well-known and popular schools and corporates are not sure of being able to attract the good students. On the other hand, good candidates are available at a large number of lesser-known schools but the cost of reaching, evaluating and selecting them is very high. The Campus Recruitment Exchange (CRX) could be to a way to avoid the these horns of a dilemma.

The 12 Step Process

Conceptually, the CRX is nothing but a labour market, where students will sell themselves to the companies that bid the highest, or offer the best opportunities in terms of pay and job profiles. However restrictions are necessary so that the normal rules of campus recruitment, like single offers to each candidate and the sequence in which students are allowed to interact with a company ( “day 1” etc ) are followed. Without these restrictions the market will degenerate into a common job portal like naukri.com or timesjobs.com.  To avoid this, the following sequence of activities should be followed

  1. A company will register on the CRX through an authorised principal HR representative (HR manager) who in turn will introduce other authorised representatives (HR executives) into the CRX.
  2. Company HR reps will be responsible for creating various job profiles to be offered by the company -- each with its own job description and corresponding CTC. However these profiles will not be  visible until step 6.
  3. A college will register on the CRX through an authorised and duly validated faculty member who in turn will introduce the student members of the school placement team into the CRX.
  4. Students of the college will register and upload their CVs into the CRX. These CVs will be validated by the placement team of the college but will not be visible to companies until step 9.
  5. College placement team members will interact with company HR representatives until specific company ( say Company A ) agrees to consider specific school  ( say School T )
  6. Job profiles created by Company A will now be made available to placement team of School T.
  7. School T placement team will now make Company A profiles available to general students of School T.
    1. A Pre-Placement talk can be delivered on Skype and shown on a projected screen at School T
    2. HR reps of Company A can be available on chat  or on forums to answer FAQs about the company.
  8. Students of School T will decide whether they wish to apply for Company A or not -- this can be done through the CRX itself or even offline on school premises.
  9. Placement team of School T will select students from School T and make specific profiles visible to Company A. The date on which Company A gets access to the student profiles will depend on the discretion of the placement team of School T.
    1. It could so happen that Company X could access to shortlisted profiles of School T before Company A -- if School T believes that Company X is a better option than Company A. [ Company X gets a better “slot” than Company A]
    2. It could also happen that not all student profiles from School T may be made available to Company A. The decision will be based on match of profiles or on whether specific student has got one or more jobs as defined by placement rules of School T.
  10. Company A will create its own shortlist from the list of students provided by the campus team from School T. This could be based on a simple study of the data provided or could be through an online test. [ Identity of individual students participating in the online test will be validated by placement team of School T. If necessary a trusted third party could be used as well at additional cost]
    1. If necessary Company A can conduct Group Discussion on a standard teleconference bridge. [ Identity of individuals participating in the GD will be confirmed as in the previous step ] -- this is perhaps the weakest link in the process  because Company HR reps may not be able to identify individual speakers by voice but with some effort, for example two webcams placed in the GD room, this can be overcome as well to an extent.
  11. Final shortlisted candidates will be interviewed on Skype video. Multiple video interviews can be scheduled for the same candidate to address technical and HR concerns.
  12. Company A will inform School T of final selections and issue appointment letters through the CRX. School T placement team will remove selected candidates  from shortlists of any company that comes after Company A unless
    1. School T rules allow a student to get multiple offers
    2. There are special cases like “dream company”
This is a first cut outline that provides a high level view of the process. Details can be filled in if necessary.


The trust factor

Developing the software to create the CRX engine would not be difficult -- far more complex exchanges, typically B2B exchanges,  have been created in the past but to make it work one would need :
  1. Market players who will have to inject the appropriate amount of liquidity into the exchange. This means that
    1. There should be a minimum number of recruiting companies (“buyers”)  who together will offer a certain number of job vacancies, and in parallel
    2. There should be minimum number of schools (“sellers”) who will put up a significant number of students who are available for recruitment
  2. A trusted, neutral market operator -- like a Stock Exchange or Commodity Exchange -- who will ensure that market rules are followed.
It is possible there could be some behind-the-back or below-the-table activities. Some students may directly approach companies of their choice bypassing the CRX

However if most companies and schools participate honestly -- as in the case of the regular campus recruitment -- then that should not be viewed as a major problem. The benefits accrued in terms of time and cost savings would more than compensate for the cost of aberrant behaviour exhibited by a small number of players.

While getting a neutral market operator may not be too difficult to get -- in fact, some of the existing job portals may be more than willing to play the role, earning the trust of a certain number of market players who will be willing to adapt to this new way of doing things may be more difficult. The real challenge would be to sell this idea to some big, anchor companies who would be willing to try out this new way of reaching an otherwise difficult market.

Tuesday, August 10, 2010

Delinking Placements from Education


People should go to college for education, to learn,  but the unfortunate fact is that they do so for getting jobs. The net result of this situation is that colleges and universities in general and b-schools in particular continue to be obsessed with placements. Potential students, and those who 'honestly' advise them, and this includes the media, both print and digital, have a religious faith in the holiness of the placement data -- percentage placed and the quantum of solace offered -- and this data has a very high weightage in the rankings that are published every now and then.

Curiously enough, the companies that hire graduates are less enthused with with placement data -- in fact they view this data with wariness and weariness because the better these are, the more they must pay and less sure they are of being ensured of a recruit. Nevertheless they do look at these rankings for the simple reason that the 'best' students would, probabilistically speaking, go to the 'top ranking' colleges, and so the probability of the recruitment team picking up a dud lemon is relatively less. As they used to say in the past, "No one was ever fired for buying from IBM" so is the case now that "No one can be faulted for recruiting from IIM".

Totally lost in all this complication is the fact that most colleges hardly teach anything of value nor are the students terribly interested in learning anything. They have come for a job and if they must tolerate two to four years of misery they would rather grin and bear it if there is a job at the end.

Which is a truly sorry state of affairs and this why despite having the "third largest scientific and technical manpower pool in the world" there is nothing substantial that comes out of our scientists and engineers and despite having a huge pool, or ocean, of computer programmers we cannot come out with any significant software product that is a best-seller even in our own country. All we have is ill trained 'engineers' desperate to cut code in software companies that pretend to be consultancy organisations and smart-ass MBAs who believe that presentations and spreadsheets are all that is required to run a business.

Can this change ? It could if we would muster the courage to shut down all placement cells in all colleges and remove all placement data from college rankings.

But would that not be insane ? It might seem so but it need not be. Robert Pirsig in his quasi-autobiographical book, Zen and the Art of Motorcycle Maintenance about which I have written in my earlier post has explored a very similar idea as a part of his inquiry into the metaphysics of Quality. Pirsig, or rather his alter ego Phaedrus was a teacher of English composition and in his quest to improve the quality of work that his students produced came to the conclusion that grades or marks should be removed and then, and only then, will true quality emerge !

Obviously this was challenged by everyone. "Of course, you cannot eliminate the degree and the grade. After all that is what we are here for" said a student, who represented the general body. She spoke the complete truth  because the idea that a the majority of students attend the university for an education independent of the degree and grades is a little hypocrisy that no one wants to expose. [ ZAMM, Part 3, Chapter 16 ]

In the section quoted above, if we were to replace degree and grade with placement, the statement would very accurately reflect the situation that we are referring to in this post !

It would be futile for me to go through the entire logic that Phaedrus, nee Pirsig, used to justify his stance on the irrelevence of grades to education -- the reader may just as well read the chapter in its original but there are two things that we should remember here : (a) Phaedrus was fired from his job, declared insane, was given electro-shock therapy to make him forget his ideas ... BUT recovered enough to write the book which went on to become one of the greatest best sellers of the last century and earned him an iconic cult status all across the world ! and (b) Phaedrus conducted an experiment with one class where he withheld grades from the students for one whole semester and observed their behaviour, that is described in detail in the book. What is interesting is that when he polled his students BEFORE  eventually revealing the grades,  about the value or utility of this approach -- the majority of the top students, who eventually got A, favoured the system. The middle guys, B and C grades, were equally split and the worst students, those who got D and F, were vehemently opposed to the system. Which is paradoxical and contra-intuitive ! You would think that if the grade was all that really mattered then those who got A will value the grade more than those who got an F !

Phaedrus' hypothesis was that grades are inconsistent with, or at least not correlated to the quality of a students work. My hypothesis here is that placements are inconsistent with, or at least not corelated to the quality of education offered in a school or college.

In fact my personal and professional experience with CAT and JEE scores is that under the malignant influence of coaching classes these scores have lost all relevence as indicators of academic merit. In fact, some of the high scorers in the JEE can barely pass their semester exams while some of the students with high CAT scores are generally the bottom of the class. In  another post,  I have suggested an alternative approach but that is a different matter altogether. What this lack of correlation -- between CAT scores and actual ability  -- means is that the vicious nexus between "best students" going to the "best ranked" schools that ensure "best placements" can be broken once and for all.

If the really good students do not care about placements ( just as the Pirsig's good students did not care for their grades) then they will not be motivated to follow the placement-based rankings. Colleges will be under no pressure to hard-sell their students, improve their placement data and use the same to get the so called best students. Recruiting companies will feel no competitive compulsion to select students from this so called best-ranked schools. The entire artificial edifice of a placement driven education will, or should, crumble.

In a sense, the artificial and unnecessary "stress" induced in the system will, to borrow a phrase from a long forgotten subject called metallurgy, will be get relieved by a natural process of annealing and colleges will go back to doing what they were initially expected to do : provide good education through a model that encourages creativity and research.

Thursday, July 1, 2010

Shikshajaal:21 - the education network for the 21st century

Affordability and Quality


Students located in remote and economically backward regions of the world are in critical need of good education and yet they are precisely the ones who cannot afford it. Since direct aid is both inefficient and inadequate, Shikshajaal:21 blends cutting edge technology and modern management techniques to  address this challenging goal.


Shikshajaal:21 believes that educational services at the K12 level cannot be delivered through fully automated channels because kids would not have the interest or the ability to learn on their own. Human teachers, empowered with tools and technology, are essential. However, competent and motivated teachers are rare in the regions of the world that we wish to target. So the model  uses technology as a “force multiplier” that enables a large number of ordinary people – teaching assistants –  to deliver high quality education to a dispersed student population.


The components of the Shikshajaal:21 architecture  are now described in terms of the physical infrastructure, human resources, software environment, management structure and financial model.


Physical Infrastructure


Since the school is the primary touch point between a K12 student and the world of knowledge, we need to have as many of these as possible built and rolled out quickly. To ensure speed, we need a standard, minimalist design whose major components can be pre-fabricated on an assembly line – like Liberty Ships of WWII – located centrally in each country or region and then shipped to its destination for final assembly.


Such a school would contain 10 classrooms to accommodate 12 classes  of 50 students each in two shifts,  have high bandwidth wireless internet connectivity with local WiFi, be powered by solar energy with battery and grid backup, have a rugged net-book for each student and a large display, either projection or LCD, in every classroom. In addition there should be a kitchen + cafeteria to lure poor students with mid-day meals – that have proved to be highly successful in reducing the drop out rates in India. Schools in affluent areas of the world may have more facilities than the minimalist set defined here.


The planning for the fabrication and logistics should be such that it should be possible to  commission two schools every week , on average, after the initial gestation period, so as to have, in a country like India, a new school in every parliamentary constituency  within a span of 5 years. This roll-out will be planned and managed by the Country Shikshajaal  organisation described later.


Human Resources


Each school should have a manager, a supervisor for all non-academic activities including physical maintenance and kitchen, and eight teaching assistants – three for science, three for humanities and two for languages – who should be able to facilitate learning based on the teaching software – which could be on-line, electronic or even physical – that will be created and distributed.


A central facility would have a pool of quality teachers who will work with experts to design and create teaching material in the appropriate  language and customised to local requirements.  This material will be designed as per global standards and on the technology platforms described in the next section. This central facility would also serve as a train-the-trainer hub for the teaching assistants to ensure quality and consistency across all schools across the country or the region. The recruitment and training of this cadre of  teaching assistants will be executed centrally by the Country Shikshajaal organisation described later.


Software Environment


Key to the success of the scheme is the premise that a cadre of teaching assistants armed and assisted with high quality, multi-media teaching aids will be able to deliver an educational experience of very high quality.


Teaching material could be developed in two possible formats : print-on-demand textbooks printed on inexpensive, recycled paper and on-line multimedia – slide shows, movies, interactive animations. The on-line content would be hosted on central web servers that would be accessible  with web browsers.  Some of the course ware would be tailored for  individual student browsers while others could be used on the teaching assistant's machine and shown on the blackboard style  large display available in each classroom.


While the exact software platform to be used can be decided later, and it would change and evolve with time in any case, the general construct would be based on the principle of Web 2.0 and its focus on user generated multi-media content, somewhat similar to an Orkut style social network. Specific applications can then be bolted on using the Open Social ( or similar open ) APIs to deliver virtually any kind of educational or collaborative functionality.


Simulation software will  be a key component of the repertoire.  Beginning with traditional models of science laboratories and experiments , newer platforms based on maps, games and 3D Virtual worlds would be introduced so that students can explore remote regions with reality based applications like Google Earth, participate immersively,  in Second Life type simulations of  ancient Egypt or Mughal India or attend readings and enactments of great literature. Students would also be encouraged to escape from their physical classroom, as avatars, and participate along with avatars of students from other schools across the world in virtual events of their specific choice – for example a lecture on Vikings that is otherwise not on the curriculum for students in India. Social networking with MMORPG and 3D Virtual Worlds will lead to a new level of globalisation of young and inquisitive minds – the kind that happens with physical country visits.


All courseware should be developed on the lines of free and open source software and be available under Creative Commons for modification, localisation and language translation.   
Students from Class VI – XII can be formally evaluated with on-line examinations that would their test skills of analysis – through on-line games and puzzles, and of synthesis – through project reports, term papers and  time bound essay style answers to questions that can be automatically scanned for plagiarism and then reviewed by a pool of distributed examiners.


Management Structure


Technology changes but institutions survive on the strength of management structure that governs them. Shikshajaal:21 would have a three-tier management structure that would be layered as follows
  • A private global organisation,  Shikshajaal Global, structured as widely-held public limited company,  with no individual,  organisation or government holding more than 1% of the equity. It should be incorporated in one of the global financial centres.
  • This organisation would be responsible for defining and ensuring global standards in technology, governance, course material, pedagogy and financial audit.
  • A national level organisation, Country Shikshajaal, structured as a public limited company with 26% equity held by Shikshajaal Global,  24% held by the national government in lieu of the free-hold land donated to build the schools and the other 50% held by the national public.
  • This organisation would be responsible for the management of the central facilities,  building the schools, development of the course ware, training of the teachers and would ensure quality and consistency of teaching and evaluation at the local school level.
  • Each school will be operated as a franchisee of  the Country Shikshajaal by a local entrepreneur who will lease the physical facility of the school from Country Shikshajaal, hire staff  and operate it on a management contract at a specified return on investment. After a specified period of time, the local entrepreneur, if found adequate would be allowed to buy out the facility at a mutually  negotiated price and operate the school on his own, for profit.

Financial Model


Initial capital for this enterprise will be raised at both global and national levels through a variety of channels. Shikshajaal Global will negotiate with both national and multilateral aid agencies to secure low cost finance and after appropriate due diligence deploy the same as either equity or  debt in the various Country Shikshajaal organisations.


Country Shikshajaal  organisations will, in addition to the equity and debt injected by Shikshajaal Global, raise additional funds locally through a variety of low cost instruments like Government backed sovereign bonds and other special instruments  – like the popular tax-free Infrastructure Bonds in India. This debt and equity will be serviced by the levy of a franchisee fee payable,  by each operational school, for each student.


Each school in turn will meet its operational cost and pay its franchisee fee by money raised as tuition fee from the students. No school will be free but a part of the tuition fee – ranging from 0% to 95%, depending on the socio-economic indicators of the locality and the economic status of the student – will be subsidised through a cess levied on municipal, state or central government taxes or even by international aid agencies, if necessary. This subsidy would be transferred to Country Shikshajaal on a per student basis. Hence society will pay for the education of its children both individually and collectively through the route of taxation.


Operational costs will be also be met by donations, of  cash or equipment,  or  labour donated in the creation of  open source learning material. The schools themselves can generate revenue by renting out their premises, on holidays and after school hours, for community and social events.
But the biggest contribution to operational cost will come through advertisements placed inside educational content – both on-line as well as printed textbooks. If the entire free-to-air television industry can be profitably supported by advertisements placed by producers of FMCG and lifestyle products, then there is no reason why a part of this huge ad-spend, cannot be redirected – in a controlled and responsible manner – towards defraying the costs of education. The on-line advertisement model pioneered by Hotmail, Google and others can be used to generate significant revenue.


The ascent of man


A key indicator of social progress is the increase in the operational efficiency  of civic mechanisms  as  evident in advances of technology – from wheel and fire to cars and electricity – and a parallel evolution of institutions – from tribes and guilds to democracy  and multinational corporates.



Shikshajaal:21 is a unique public private partnership education model that simultaneously addresses both these issues.  It uses modern management techniques and funding models to build a platform on which  a whole range of  educational technology can be deployed to create a flexible and efficient delivery mechanism. This will ensure that the money that society in general, and governments in particular, invest in education is spent in a manner that squeezes out inefficiency,  reduces the possibility of  corruption and delivers a service that meets or exceeds expectations.


[ written for the The Economist-Innocentive Ideation Challenge ]