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Archive for the ‘Complexity’ Category

Indian edTech has always been a tough battleground. It is getting tougher and more inexplicable by the day, and unless we, in edTech, take a stand, it will get far worse.

Here are some of the major forces shaping the industry.

The government has always had the lion’s share. They maintain the right of exclusion and maintain the right to make frequently silly decisions for the sector. Policy makers have not exhibited much understanding of edTech either, but have spent huge taxpayer money and time in demonstrating their deficiencies.

For the remaining, the private players are organized in an oligopolistic manner  with the largest shares among private schools business being served by a handful of companies that are deeply entrenched. Large players have also indulged, in general, in several practices of corruption that accompany the oligopoly.

There are a large number of small players serving the market for a variety of needs. Very few of them have scaled. Those that have, are unable to scale further without knocking at the doors of the large traditional players.

There is also a pecking order in the schools themselves, starting with a small number of elite players and a vast majority of tier 2 and 3 schools. They have shown far greater acceptance and ability to experiment than the rest of the ecosystem, but large and prestigious schools are concerned more with their own progress than with developing the system itself.

For the longest time, control in the private school market has been wielded by regulatory bodies such as the educational boards. The direct control of the Central and State governments are always in evidence. There is a deep and abiding mistrust between public and private players, perhaps rightly so, because they have mostly conflicting ideals.

Whereas the B2B (and B2B2C) route is mostly preferred, the B2C market has not really taken off in a sustained manner. This is because those that could afford have already been sucked to the bone by the existing school system itself by way of fees and other allied expenses.

Venture capital in this scenario is weak, chasing exits with little domain expertise – at least in general. Everybody is floored by the prospect of scale, and very few understand that what the sector needs is sustained investment. A look at 2016 investments tell the story with one investment in an outdated model and very uncertain future getting the most traction.

And then government signals are very conflicting. The movement to common core type of curriculum, proposals for a single national board of education, quasi mandates on public textbooks, reversing the most important curricular innovation of this century and the last, cultural re-invention through books & media, focus on assessments across the grades in the name of minimum levels of learning, mandating SWAYAM as the learning exchange and the latest, setting up of a national teachers portal – all colored by a lens that can best be described as “nationalization” of education. The new buzzword seems to be to treat the education system as a nationalized public enterprise supported by well meaning technocrats.

But little do we realize that Indian edTech industry is now on the verge of extinction through these measures. Rather than building a pluralized & balanced ecosystem in which public and private initiatives are aligned, the government is over-reaching its role by imposing its own brands of content, pedagogy and technology. Even if it was to focus this only on it’s own schools and colleges, it will fail in its arrogance as the only thought leader in these areas – the only ones who really know how to create high quality digital content, innovate on pedagogical techniques and deliver technology for the millions.

Not having a diverse ecosystem with checks and balances will result in the death of innovation and creativity. Education will truly become a government department supported by large enterprises.

That is not who we are, the folks in edTech. We have an undying passion and commitment to education and yes, sustainable business practices – with complete integrity. We are people who have dedicated their lives to the mission of improving edTech in this country and continue to cherish the dream of a developed ecosystem for education where our children, teachers and administrators reap the rewards of edTech at scale. We are people not afraid to fail, to make mistakes – all to make sure we live in a better country. Our efforts are no less than that of the other stakeholders in the system.

And if certain myopic policies and biases serve against these goals, we have to speak out and be heard. Ours is not to remain silent. Not now.

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What is National Education?

Following a session of the Indian National Congress, H V Dugvekar, in 1917, came out with a compilation of essays by prominent freedom movement leaders including Bipin Chandra Pal, Gopal Krishan Gokhale, Annie Besant and Lala Lajpat Rai. A speech from Bipin Chandra Pal, founder of the Brahmo Samaj and part of the triumvirate Lal-Bal-Pal (for Lala Lajpat Rai, Bal Gangadhar Tilak and Bipin himself), grabbed my attention.

National Education has been defined by a resolution of the last National Indian Congress as education conducted along national lines and under national control. I would, however, amend this definition a little by adding a clause towards the end. Education may be conducted along more or less national lines and may be more or less under national control and yet it may not be National Education.

He suggests that we may adopt practices on a large scale in pedagogy, set the medium of instruction and establish a public mode of ownership, but this

may not be National Education, because the object of this education, though conducted to a certain extent along national lines and though worked practically under national control, may not aim at the realisation of the destiny of the nation, and an education that does not direct its efforts towards the realisation of the national destiny, even if it be conducted along national lines, more or less, and even if it be ‘under national control’, apparently, to some extent, yet it would not be national education in the fullest and truest sense of the term…A nation is not a mere collection of individuals, it is an organism…The nationality that constitutes a nation is the individuality of a nation.

That should make us think – what is the National Destiny that is sought to be realized through our system of national education? What is the individuality of our nation that we should strive on creating?

In the sense that the education system is fundamentally, or should be, a reflection of the needs of the nation, this question is closely linked to how we define the education system itself. That definition is usually  some expansion of the idea of a holistic development of the individual, with the hope that the mature, intellectually developed, disciplined and enculturated citizens that are produced/engendered by the education system, will in some way be able to shape the national destiny. But how do schools respond to alternate and changing national destinies? Can they articulate them effectively and adapt? Can they create national destinies?

Or is Indian Education karmic and we are not to think of our destinies because they are already pre-decided; we can but only perform our duties honorably without worrying about the fruits?

“कर्मणये वाधिकारस्ते मां फलेषु कदाचन । मां कर्मफलहेतुर्भू: मांते संङगोस्त्वकर्मणि” ।।
(Bhagwat Gita: Chapter Two verse 47)

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In education systems that have an oligarchic organization, with a small number of large private and/or public players, educracies acquire a kind of totalitarian rather than an egalitarian expression.

From a current example in India, the government is flexing educratic muscles on a set of private affiliated (to a national education board) schools that comprise around 1% of  all schools in India, but a much larger segment and visible segment within all private schools (about 25% of the total, as of 2014). These schools are affiliated to the CBSE and in fact gain their credibility itself from the affiliation, and are large autonomous in their practices and governance. Some of these schools have gained tremendous national and international visibility for their alumni, quality and hard work. However, the extent of profiteering has been largely governed by the extent of their own missions and conscience.

So it does happen that when excessive profiteering occurs (and what is excessive is largely subjective), the school becomes a place for commercial exploitation of parents. Often times, the exploitation increases without any corresponding increase in quality or outcomes. In fact, it becomes a rule that the more you have, the more you get. Monies appropriated within one school foundation cycle (average breakeven is 5-7 years), provide room for expansion and often viral growth of branches and franchisees.

At some point, some governments feel compelled to reign in these practices – when it becomes politically expedient or populist, or when other twisted motives of control and cultural or ideological influence emerge – not necessarily at the point that systems need change, but even after years of ignoring these problems.

When this happens, as it is happening in this instance in India, questions of quality and growth are rarely asked or answered. It is fairly easy to regulate, but difficult to state that it will solve the core problems of quality. By fixing fees, removing profiteering at schools, abolishing black money, increasing control over school affairs to extend from mere affiliation to more control and regulation over school internal and hitherto autonomous ways of working, the system of control and coordination is being extended.

This will have many benefits, predominantly in the region of reducing exploitation by private schools. In that respect, no parent will find fault with the inherent populist and necessary nature of the regulation. Some things do need to be kept in mind though, particularly from an edTech ecosystem perspective.

  1. The fledgling ecosystem of edTech companies  are already battling problems of customer acquisition and scale. With pressure on fees, most schools will not be able to pass on marked up edTech costs (like of smartclasses) to students and will therefore have no incentives to deploy the additional services (except to do a me-too marketing spiel).
  2. Existing service providers or digital and allied forms of courseware will be under increased stress to operate in uncertain investment environments and venture capital will cease and desist until the situation improves. This will impact growth of the sector negatively.
  3. The government ecosystem for edTech is very primitive yet and there are few capabilities within the system to create and employ edTech. This constraint is not going away anywhere soon. There must be a solution to this for the long term, with a key component being research.

The next questions that need to be answered with equal vigor are around quality, not  just of these 1% schools, but of all the school system itself.

Will mandating courseware developed by a state sponsored institution necessarily improve quality and do we need such uniformity in materials?

Will elimination of or deep negative impact on edTech procurement by these schools be desirable and can the gap be filled?

Does this still allow high quality schools to operate with the flexibility they need and maintain their ability to hire more expensive teachers and infrastructure?

Do we need uniform learning indicators for all our schools?

Do we need differentiated and pluralistic strategies towards edTech?

Do we need to foster an edTech sector at all or can government take that responsibility?

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Recently at a conference, someone asked me about the future of publishing. Remarking that it was a interesting question the answer to which I really did not know, which evoked much mirth, I ventured further to assert that the publishing and edTech are both a product and a function of the underlying system of education (and research). Viewed in such a manner, the future of publishing and edTech then naturally becomes a question of the future of the system of education itself. And that was something that was really complex to venture an opinion on.

However, I feel I must give it a shot. Our system of education is an educracy. Not that there is such a word yet to describe the bureaucratic system of education that we have (though there is the combination of education and bureaucrat – educrat – that merits an entry into the Oxford dictionary). The educracy is inspired by similar applications of bureaucratic models in organization theory in other fields. It is today the only way that we understand how to govern education.

Max Weber, a German sociologist, studied bureaucracy closely. He believed that conditions for its emergence included scale, complexity and the existence of a monetary system. For him, bureaucracy meant:

  • a hierarchical organization
  • delineated lines of authority with fixed areas of activity
  • action taken on the basis of, and recorded in, written rules
  • bureaucratic officials with expert training
  • rules implemented by neutral officials
  • and career advancement depending on technical qualifications judged by organization, not individuals

Source: Boundless. “Weber’s Model for Bureaucracy.” Boundless Sociology Boundless, 20 Dec. 2016. Retrieved 25 Feb. 2017 from https://www.boundless.com/sociology/textbooks/boundless-sociology-textbook/social-groups-and-organization-6/bureaucracy-56/weber-s-model-for-bureaucracy-352-10202/

Weber believed that bureaucracies are most efficient and effective mechanisms for the public governance. There is a clear administrative class hired to maintain the system and perform managerial roles, a hierarchy of information dissemination & control, a clear division of labour, processes & rules, clear record of activities and a fair degree of rationality & impersonal behaviour through the system.

While this was an “ideal type”, Weber believed that democracy and bureaucracy (read “large scale organization”) were incompatible. Weber’s friend, George Michels, called this the Iron Law of Oligarchy –  “effective functioning of an organization therefore requires the concentration of much power in the hands of a few people”. As John Dalberg-Acton famously said, ” “Power tends to corrupt, and absolute power corrupts absolutely. Great men are almost always bad men.”

As the Wiki article puts succinctly,

Bureaucracy by design leads to centralization of power by the leaders. Leaders also have control over sanctions and rewards. They tend to promote those who share their opinions, which inevitably leads to self-perpetuating oligarchy. People achieve leadership positions because they have above-average political skill (see charismatic authority). As they advance in their careers, their power and prestige increases. Leaders control the information that flows down the channels of communication, censoring what they do not want the rank-and-file to know. Leaders will also dedicate significant resources to persuade the rank-and-file of the rightness of their views. This is compatible with most societies: people are taught to obey those in positions of authority. Therefore, the rank and file show little initiative, and wait for the leaders to exercise their judgment and issue directives to follow.

Systemically, therefore, the bureaucratic mode of organization that is in evidence in our education system, is really an oligarchy. And therefore, a change in the education system really involves a change in the power relations within the educracy itself.

Unless the order is changed, the system will not change, and neither will ancillaries like publishing and edTech. In fact, the order will keep consuming new innovation, especially those that, though revolutionary, do not gain critical mass.

The old order will view innovation from the old order’s lens. For example, someone else asked me about the huge dropout phenomenon in MOOCs. That was from an old order lens which assumed that if it was a course, then it must be completed and certified.

Instead, I asked, why don’t you consider that such a huge number actually “dropped IN” to learn something, to take away something without being directed to, to explore new knowledge and modes of learning, and the ones that actually completed these “courses” took responsibility to convert those learning experiences into something more formal probably just because the old order wouldn’t recognize anything alternative.

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In the traditional system of education, there are many fundamental incongruities. For example, let us take certification of progress or advancement.

The output of an academic level (degree, year) is a certification of progression. This certification, awarded by the institution, indicates the achieved levels of learning and performance. The value perception of that certification is either implicitly understood through common sense or popular conception of what that level should be (“She is an engineer!”), or explicated through rubrics codified in standards or through formalized benchmark tests (“She max-ed the SAT!”). This certification is agreed and generally understood to signify a common understanding about the underlying competency.

As a consequence, what is also assumed is that the education system is organized (within the constraints of policy) such that the general meaning of the certification remains the same. That is, it self-organizes in a way as to promote a fixed correlation between certification of progress and competence.

On closer scrutiny, this can hardly be an exact or specific relationship. No two institutions may share the same everything. It is a really complex environment. There are many moving parts that contribute to the perception of competence or academic achievement, such as the specific curriculum, the quality of teaching or infrastructure, institutional brand, the ability of students and the level of rigor of assessments. An MBA program from Wharton could be very different from an MBA program offered by a local college in India. Treatment of a subject like school Science could vary between the common core in the US and the CBSE in India. Even two neighboring schools may be altogether different in how they conduct and certify the progression, even within a shared bureaucratic practice.

All we can say, and say in general, is that we could generally expect some competencies to be demonstrable at a specific level, and that that set of competencies would also vary by the observer’s own frame of reference. But we cannot specifically and objectively prove that there is a causality between the design of the education system and it’s putative outcomes.

This is what is predicated by design of our education systems today. Whether it is a higher level of education or a professional entry level certification, the system connives a certain trust, within and across institutions, and with external stakeholders, a system based literally on bias and subjective interpretation of competency or progress, an almost incestual behavior that feeds and reproduces from within.

This is achieved because of the nature of the system itself. Rules are codified in order to set the parameters of behavior and performance at institutional levels, and all stakeholders follow this way of being.

Similarly, the bureaucratic form of organization is followed to address scale.But scale destroys the ability of a bureaucracy to focus on what is being organized.

By expecting self-replication of practices at all levels, policies and processes get constrained by the needs and abilities of the lowest common denominators. In fact, the popular approach to change initiatives is through the language of the system itself, to create more institutions (and thereby more bureaucracy) to address those aspects. When these institutions are created, they inherit the same shortcomings thereby reducing their ability to apply innovation, however brilliant, at scale. Order begets more Order.

This is an untenable system of education, because it is by design reductionist and deeply hypocritical. It tries to eliminate complexity, and in the process gives rise to incongruous and undesirable outcomes.

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Very recently, the Indian government announced a demonetization measure by removing 500 and 1000 rupee notes as legal tender, ostensibly to combat cash hoarding (black money) and counterfeiting (which was helping fund terror). Of course, we have seen the impact of fiscal demonetization on the economy in the short term, though the long term prognosis is yet to emerge.

The immediate impacts that I see on the system of education in our country are as follows (not an exhaustive list):

  • Slowdown in the rate of growth of private schools. Slowdown in money chasing real estate, regulatory clearances, investments and siphoning of money in Education, at least in the short to medium term. This may be accompanied by a corresponding growth/investment in the public system.
  • The push to online payments at school. I believe more schools will now start accepting money in non-cash forms. This means a fillip to existing fee payment, school uniform and bookstore platforms.
  • The increased visibility of the coaching institution and the individual tutor. More and more tuition teachers and coaching schools (at one point claimed to be a USD 23 bn parallel system expected to be about 40 bn USD in 2015) will move to online payments.
  • Lowered spends on research. Research shall be impacted, with owners who are already handicapped by ‘marketing spends’ kind of vision on research, holding back on new projects. In fact, all facile investment will reduce.
  • Higher international collaboration. Cleaner international money will flow and it is time to leverage that for maximal impact.

On another note. What would be the equivalent of currency in education? Is there a parallel with the black money and counterfeiting that is happening with regular currency, but in the educational market? Is there a ‘currency’ of the educational market? And therefore, if a demonetization of that ‘currency’ has to happen for similar reasons, what would that look like?

If we look at ‘currency’ in the educational context, it would be most likely be constituted by marks or scores (more literally marksheets) and certificates (such as degree certificates and work certificates).

A quick look around clearly shows the menace of fake certificates. The screening firm, First Advantage, found that 51% of the prior experience certificates were fake globally, India being a notorious example. Then there are websites advertising fake education certificates, sometimes in connivance with officials in the system, it seems, all over the world. Many instances abound in India as well.

What would be the equivalent of educational black money? Little harder to trace an equivalent there if one is not probing the real currency angle. But let us look at it from the lens of employability, the argument being that the degrees or certificates that provide a social and economic return to the economy are ‘white’ educational currency, while the rest are ‘black’ educational currency.

Less than 20% of our graduates are employable. In that sense, the rest are unwittingly just hoarding ‘black’ degrees and certificates. Institutions are hoarding degree certificates, sitting on a stock of certificates for the foreseeable future depending upon their capacity and their authorization by the government.

There may be more interpretations, for example, extending to institutions who are building capacity they cannot fill or usefully utilize.

So what would happen if we made a move to demonetize this education currency?

For example, de-recognize all degrees for a year and make it mandatory for anyone holding a degree to prove its authenticity? Or for all institutions to be stripped of its ability to provide a degree certificate till they can prove that they have a structure in place and systems to ensure employable graduates and provide real data on their current state of being able to generate ’employability’? Or breakup degrees into smaller chunks that have to be individually certified? Or for government to stop mandating this educational currency, in all or part, for their own recruitment?

A move like that would be inconvenient for most, but may have similar (to fiscal demonetization) longer term effects. It may push a greater academia-industry interaction, move us to digital certificates and transparent scoring mechanisms, bring more professionals into the running of institutions and set up fences against black marketeers entering the education space – all of which sound like the right things to do, whatever the process.

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Our classrooms are digitally isolated by their very design. It is a distortion of our bureaucratic education systems wherein, on the one hand, grade levels are broken down into separate groups/classrooms, insulated from each other, while each group is encouraged (or mostly not) to independently interact with the outside world.

As a result, students learning the same concepts (from perhaps the same teachers), cannot break the confines of their own classroom group, to celebrate their own local diversity, far less the diversity offered by classrooms worldwide doing almost exactly the same thing, separated by time and space.

This distortion is brought upon us by our approach to managing scale in the education system. Although at one end, developing nations like India still see a significant number of one-room schools (multi-grade single teacher classrooms; in India the figure is around 10%), the vast majority of our classrooms at any level of education stand singularly insulated.

Is this distortion healthy? It is not. In an inter-connected world, fast augmented by accessible technology, our research shows us that increased diversity in the classroom leads to more tolerance, better thinkers, stronger communities, more successful employees and happier lives. It improves the self-efficacy of learners so they become exponentially better performers for the long-term and not just at a particular grade level or assessment. By also co-operating and sharing, they increase their own capacity to learn – a skill that is severely under-rated by bureaucratic systems of education, leading to reflections such as Do Schools Kill Creativity. Clearly, group wise insulation implies a loss of shared experience, so vital for individual sense-making.

This distortion permeates other aspects as well – for example, teacher performance is measured group-wise and in isolation from teacher performance elsewhere. Even for teachers, there is this near-complete isolation between the classrooms she teaches and what others teach, in the same location or worldwide. Thus this impacts teacher self-efficacy as well – her ability to evolve and grow. The same could be said for school leaders.

In a system so shorn of collaboration, we cannot celebrate the benefits of diversity and connected-ness. The distortion in the system ensures greater isolation, thereby lower levels of efficiency for all stakeholders. So far, this distortion is likened to commonsense, with increased diversity desirable but deemed impractical at scale. As a result, very little, if at all, of our education system is geared towards connection-making (in the Connectivist sense) for teaching and learning.

It behoves us to step outside the frame. By looking at increasing connected-ness and diversity in and across our classrooms, we can generate more opportunities for achieving high levels of quality in our systems of education.

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Most of our education system is geared towards a particular conception of a student and her specific way of learning. Let’s face it. We give our children the same amount of time to learn every day. It is the same time in the day for learning. It is mostly the same cohort with which you learn. The same methods applied to each student. The same subjects to learn. The same textbooks to read. The same boundaries of what you can or cannot do. The same metrics to judge performance. The same number of years to study. The same choices each year until they leave, and then precious little choice of what to learn afterwards. Day after day. Year after year.

On the other hand, we struggle with this sameness. No two students are the same, we say. Learning should occur outside too, through real life applications and experience. It should probably also be flipped. We should use digital content and technology to give students more choice and exposure. We strive to be different each day, try to negotiate their individual complexity within these constraints.

It is almost as if these are two different things – schooling and learning. The end results are fairly predictable. Our children learn to cope with the system. Some manage to master it. And some give up.

Does each student take away enough to be all that we desire them to? Are they really equipped to be responsible citizens and family?

The sameness of our system is a dramatic simplification of teaching and learning. Our struggle against it, a Sisyphean challenge. Our success, partial at best. Thousands learn , but millions don’t quite get there. A scorecard we would not and should not find acceptable.

Do we know any better? Perhaps we do know a bit more than we did. We know it is far more important to push and extend the limits of what our childen can do, like athletes preparing for long hard days on tracks they aspire to reach. We know of more ways to reform or beat the system.

But the system stays, inertial and unyielding,  perhaps we collectively do not believe in our own hearts that the any struggle against it can possibly succeed. Perhaps we believe that it is our fault that the system does not work. Perhaps there is a hope that it can still overcome the contradiction between the simple and the complex, the sameness and the diversity.

We can change it if we really want to, if we really care. We can start by making a commitment to all our children that we will help them learn – that we will not have them bear what we had to.

How can we change?

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A brief introduction

Rhizomatic Learning is an important way to think about learning and teaching. It describes a learning experience where learning itself is organic and emergent, deeply driven by personal context, flexible boundaries and multiple pathways. It describes a teaching experience that sets the context, facilitates the inter-connections of ideas through conversations, and empowers the community to engineer their own curriculum.

Rhizomatic Learning builds up the core capability to learn in a distributed learning environment. It leverages all the attendant benefits of network-led and community-based learning, but distinguishes itself by describing a personal “self-reproducing” capability to learn.

The agency to learn rests with the learner and the learning community she is part of. The agency to teach is distributed among all the learners, who really establish the curriculum. The resultant is messy and complex, with individual outcomes possibly far in deviation to any expected outcomes from the community.

In Rhizomatic Learning, the definition of a “course” veers away from the traditional. It is a sense of time-bound evented-ness, a shared context which aggregates a community. It’s curriculum is formed by the community, that evolves and extends it continuously through prior knowledge and emergent opinions. It may engender several artistic and creative forms of expression, not necessarily formal artifacts associated with traditional courses.

Rhizomatic Learning is characterized by learning freedom. It draws heavily upon open-ness, lack of centralized control, autonomy, diversity and interaction. Freedom in learning drives most of the interactions, liberating the learning experience.

In contrast, Connectivist models uphold “connection-making”  as the primary source of learning and knowledge. There is connection-making in Rhizomatic learning, but that is merely a medium. The focus is on free, unrestricted sharing and unpredictable pathways in learning. In that sense, the afterthought focus on Critical Literacies in the cMOOCs, becomes the starting point for Rhizomatic Learning. What is “tidy” in  the network model, becomes messy in the rhizomatic one. The replication of learning capability in distributed environments is key – “more of how you can learn, is learning” of rhizomatic learning overwhelms the “those that have, get” rules of networks. In  that sense, rhizomatic learning is deliberately empowering personalized learning.

The Practical Guide

So what would a practical guide to Rhizomatic Learning contain for the learner? Having gone through so many years of learning in all modes – traditional, online, MOOC, rhizomatic – here is a summary of how I learn best. Perhaps there are learners like me who will resonate with my approach.

Liberate yourself

The first important thing to realize is that you are in control. You control what you write, how you perform, who you choose to interact with, the level of effort you put in, how you handle critique – in short, your behavior, goals, motivations, discipline and ethics play an important role in Rhizomatic Learning.

Express yourself regularly

If the community is the curriculum, each one has the capability to contribute, in whatever form of expression. In fact, try out new forms of expression, artistic or otherwise, to experiment with ways to put your point forward. You don’t know which part or form of your expression may inspire several others or motivate them to contribute. The point is to verbalize or demonstrate your participation in some way or the other. It is really important to be regular. Make it a point to express yourself at least once a topic or theme.

Keep Track

We will continuously get better at handling conversation technologies, but it is important to keep up with what others are expressing. Understand that other people will also use a variety of channels and techniques to communicate, and that conversation will sometimes get too unwieldy to keep track of. Navigating and coalescing your spaces into some form of organization convenient for you is important.

Small is better

Pick out threads that pique your interest, focus on a small idea at a time and track its development. These small ideas will eventually bubble up into larger perspectives. Interact in smaller groups, one idea at a time. Don’t “spray and pray” and always watch your stats (such as how many views, likes), because the act of expressing an opinion is itself a work of art – your art – which contributes to your own rhizomic development immeasurably. It helps to get and give concise feedback on small focused ideas. It also helps to give some time for the idea to develop, in your mind and through the interactions. So perhaps it is better to culminate a theme/week with your informed perspective.

Be responsive

It is incredibly important to be responsive to people and events, both in instances where you are explicitly part of the conversation and where you are not. Being responsive helps other people with feedback and a motivation to continue their rhizomatic learning. Respond to comments, like posts and comments where you agree, drop a line or two in response to a new contribution – there are many ways to be a proactive part of the community learning experience. I would include empathy and humor as two very important tools in rhizomatic learning.

Be rhizomatic

Above all, reflect on how you are learning. Use each interaction as an opportunity to build your capability to learn. Find what helped, explore a new direction of thought, make a friend, challenge an argument.

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Another edition of the fabulous “mostly run by” Dave Cormier, Rhizomatic Learning conversation Rhizo15 begins! The question of the week, with the usual deep subversive intent is:

Build learning subjectives: How do we design our own or others learning when we don’t know where we are going? How does that free us up? What can we get done with subjectives that can’t be done with objectives?

Are we thinking inside the box? Does changing around “objectives” to “subjectives” free us from tradition – the tradition that says that learning must be designed?

Simon Worren (Worried Teacher) points out a way of looking at it – emergent outcomes.

Intended learning outcomes (ILOs) are essential in module planning to indicate the direction of teaching, however, it must be recognised that ILOs represent the lecturer’s intentions for study, not the student’s.

Carl Gombrich makes the point that design based learning (in the instructional design sense) is often at odds with traditional university based education that is more “emergent” in nature – the former more equipped to deal with “skills” and the latter with “concepts”. While most of the university education we have seen (atleast in India) is hardly emergent, it is also true that much of design based learning is hardly “aesthetic” either, at least at scale. He makes the case for a merger – “design for concepts” rather than “design for skills”. By that he suggests that either we move to a higher level of abstraction in design (say, through more loosely defined learning outcomes) or that we recognize that certain areas of study are more suited to one versus the other approach.

Sarah Honeychurch challenges the notion that rhizomatic learning is at once personal and collaborative in nature. Perhaps that learning may be greatly enhanced if it was collaborative, and perhaps we are all missing out learning from her attempts. I think the point to be made is that you may not necessarily want your learning to be public or brought about by shared experiences, but the more we learn and share collaboratively, the more we help learning as a whole.

Simon makes the point that people and ideas (and beliefs) cannot really be separated and that the learner has her own agency in deciding how, when, why, whether and where to interact with others. Collaboration cannot really be mandated to be an essential condition for learning. Also he makes the point that embracing messiness and uncertainty in learning does not necessarily mean that education systems as such should embrace messiness and uncertainty or that knowledge is only  fuzzy and uncertain.

My sense is that we are not talking about the same thing here. I think the focus is not on defining a single way in which we learn. The focus is on one possible way to learn – a way that is intensely collaborative, yet personal – which some people may find to be extremely fulfilling, so much so that they would exercise their agency and choose it to be the way they would like to learn in the world. Many people would not find this way “super-fun” and they may simply not be comfortable negotiating the messiness, but that does not mean that way of learning is unreal or useless.

Rebecca asks the million dollar question – what feeds/constrains online collaborations? This is something that we need much more work on. There is much to learn from the cMOOCs since 2008 and many other experiments across the world. Perhaps we are hitting the problem with the same old approach – trying to “design it” – trying to change the way we learn and teach by employing new ideas.

My own belief is that when we engage with new forms of online, social collaboration, the only real outcome we should be concerned with how well learners and teachers are able to negotiate this medium with each instance of such emergent learning. It is a longer term process of realigning to or establishing a new way of learning, more than a way to establish a better design paradigm that generates better traditional outputs such as grades. Maha Bali makes the case for making the subjective obvious (critical pedagogy) and makes the case that the goal is “…not to filter better performance from worse; it’s to help students learn.”

Thinking of objectives and subjectives seems very much #insidethebox (in all its variants – as the starting point for learning subjectives on a continuum, as elements that can be designed, or as inversions). We need to perhaps focus ourselves more on asking what if there was no design, no objectives and subjectives that we could identify – what then would learning really look like?

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I believe we have to seriously think about what open-ness means for Indian education.

There are many dimensions to being open that extend beyond merely making data available for public accountability and transparency. For example, if we do not provide appropriate redressal of grievances that emerge from an analysis of the data, we are not truly open.

The thing about being open is that it threatens to disrupt tightly closed systems. In our schools, for example, the dominant mindset seems to be to stifle and restrict the voice of students and parents; and in most cases even teachers. Free unrestricted communication aided by technology threatens the image of the school, it seems. This is because the school no longer has control over opinions being aired publicly or even within closed school networks. This is for fears that are sound (for example, obscenity), but even more deeply because it unites parents in opinion making and acts of dissent. However schools do not appreciate (or simply ignore) the virtual back channel of conversation and collaboration that open social tools have enabled. It is almost as if what they cannot see or control, does not exist. For schools to allow open communications is almost taboo. And this is not about Facebook pages either.

The other dimension is teacher-student interaction. So long as the school maintains secrecy about what transpires between a student and her teacher, it protects itself from scrutiny and accountability. For example, the open text-book assessments, which is a graded case study based approach for grades 9 and 11, mandates that there be proper reflection and discussion on the case study prior to the assessment – something that I have not witnessed happening. Perhaps schools may not like to expose shortcomings in their teaching learning processes or the abilities of their teachers to communicate effectively in open online environments. The latter is a particularly sad testament because what are teachers without effective communication skills whether online or offline.

Another dimension is the responsibility that students and parents have in an open environment. Each school may collaboratively build a culture and community that adopts its own model code of conduct. This is not easy so long as there is mistrust or irresponsible behaviour on the part of any stakeholder. Being a cultural shift, this is not going to be a one time activity, but there are responsible parents, teachers and administrators who can lead this on an ongoing basis – they just need empowerment. There are also issues that are specific to online networks that need attention in order to protect the interests of the community itself. Essentially, the community has to self-govern if it also wants to be open.

Yet another dimension transcends the individual institution to reflect in practices of school chains, consortia, unions and even organized governmental policy making. Is CABE or mygov.in truly open? Or is the CBSE, UGC or AICTE? Practices behind closed doors often mask incompetence and intention. In most part, attempts at open-ness are really half-hearted (at least at scale, in online collaborative environments). Perhaps it is policy that leads the way. But then perhaps it is better it does not – that the change happens in a more organically emergent manner, from local to global.

Will these challenges to open-ness (not merely restricted to India, not merely to schools and colleges) stifle the growth of social collaborative learning? Will they ultimately stifle India’s equity and growth aspirations?

I believe they absolutely will.

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The Open Text-based Assessment or OTBA was also notified on May 31, 2013 by the Central Board of Secondary Education. Applicable to select subjects in Class IX and XI, this was made a mandatory component of the Summative exams at the end of the year. Experts hired by CBSE have now made essays/case studies etc. based around the key concepts covered through the second term in that subject and told teachers to hold group discussions, facilitate exploration and to engage students in “discussion, analysis, self-reflection and critical thinking”. They want to discourage “mugging” and encourage active learning. As the circular states:

The main objective of introducing this element is to provide opportunities to students to apply theoretical concepts to a real life scenario by encouraging active and group learning in the Class.

In a later circular, it is reiterated that:

the main objective of introducing OTBA is to relieve the students from the burden of mugging up of content and provide opportunities in effective use of memory and acquiring skills of information processing.

And the board has actually supplied the content for the OTBA complete with sample questions and assessment “rubrics” (which are nothing but itemized phrases or key points, that if they appear in the answer to the question, may be considered worthy of being awarded the right score). The teacher is expected then to create questions based on a revised Bloom’s taxonomy, assign a marking scheme and keep an “open mind” setting aside own biases while grading an answer.

While the concept is laudable – in fact, this is greatly desirable as a technique – the implementation is and will continue to be a great challenge. It assumes and implies several things.

It assumes that teachers will be able to execute if oriented and trained. While this is a good “upward” aspiration, it is unlikely to be true on a significant scale as pointed out by the NCFTE 2009 report itself. The report bemoans that:

Teacher education programmes provide little scope for student teachers to reflect on their experiences…There is no opportunity for teachers to examine their own biases and beliefs and reflect on their own experiences as part of classroom discourse and enquiry.

Teachers who have not experienced or practiced lateral and critical thinking themselves are not going to be able to do so basis an orientation program or workshop conducted by the CBSE per se. For them to be able to do this, they will need extensive on-going coaching and mentoring.

The other thing is the format itself. The beauty of an open assessment like this is that it needs time in the classroom and beyond it to appreciate the text and its interdisciplinary nature. But if the text itself becomes a chapter-like construct, because the same text that is given in advance becomes the one upon which assessment is conducted, it has already negated the technique. In the end, publishers are incentivized to come up with yet another textbook around the passages and the child ends up resorting to cramming it, defeating the very purpose of the assessment.

Not just that, there is no evidence gathering mechanism to demonstrate what the in-class and beyond-class exploration and thinking around the text has really resulted in. This means that teachers have no compulsion to treat this as any different from what they normally do. Even if they  were able and willing, they have little prior experience in negotiating loosely structured learning processes.

Then again, the beauty of any such technique lies in the open interpretation of the text in the context of all the learning that the child goes through. However text based assessments are divided subject wise, automatically constraining the extent of interpretation and analysis to the chapter of the subject being taught. So it is not even a true case based approach. If it were, it would place even a greater load on teachers who would be expected to have that holistic approach and knowledge.

The other important thing is the naming of the assessment itself. The use of “open” as a qualifier to “text based” is contradictory in terms because it restricts the learning context to the text itself (and some supplied references, many of which are dead-ends for discovery and exploration of the theme). The text could be one starting point, but not the only one. And it must be clear of political overtones (like the preoccupation with the Swachh Bharat Abhiyaan).

In fact, if it was called open learning assessment, it would be much more appropriate. For these type of assessments, we cannot apply the same context as that for closed learning assessments. The concept is not new and even a cursory examination of the research on the web reveals practices, techniques and critical opinions (see also Can students also learn…) about open “authentic” assessments vs. traditional closed assessments. Of course, one cannot ignore other “get-around-it” methods such as plagiarization and cheating, which must be combated in these kind of assessments if they are truly open, but there are methods to handle these anomalies as well.

The question is how deeply are we thinking about these assessments and learning processes? Are we playing lip service or do we really think this can be a silver bullet? We need to think deeply about the ecosystem we want to foster for deep authentic learning – are our designs going to further learning or are they going to serve entrenched interests?

If we do really intend OTBA type assessments to result in something significant for our students and teachers, we need to address some deeper issues.

  1. How can we first engage our teachers (and teacher educators) in ways through which they truly begin to understand and appreciate “open-ness”? How do they start practicing open-ness? What practices and tools are they most comfortable with? How do we ensure that they are given a conducive environment to fill their own learning gaps?
  2. How can we start encouraging our students to learn new practices, especially the social and digital ones, to aid authentic learning?
  3. How can we plan this in a way that we have the ecosystem in place before we scale it to students and their parents? It is tiring to see students being guinea pigs of every new brainwave.
  4. What should the ecosystem contain? This should involve skills development in various areas (student, teacher, parent, school administration), community development for learning and practice, social online literacies, tools and platforms, audit and measurement leading to analytics and actionable insights, and other elements such as linkages with real-life scenarios, experts and data.
  5. Perhaps the greatest contribution in these can be made through cMOOCs, because they are truly fit for authentic learning. If platforms such as SWAYAM could be adapted to become the cornerstone of this approach, especially for technology enabled communities, this could really be the platform that would make this kind of learning and assessment possible. Why can’t every OTBA be a MOOC? For those who do not have access to technology or the Internet in a reliable fashion, what are the other ways of dissemination and collaboration (inter/intra-school debates, mock discussions, paper-writing and many other activities could be conducted)?

Is this plain lip service to open-ness and authentic learning? Or is it being thought of as this incredible silver bullet that at some point will transform Indian education. Either way, we need to think deeper urgently.

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Not without books. Books are great. I mean textbooks as they are academi-factured (if that can be a word to denote academic manufacturing) and used now. The written word that becomes the gospel truth for 250 million students and millions of teachers in school today in India.

Seriously, the textbooks we produce are perhaps the greatest barrier in the system to fostering capable and autonomous learners. The fact that something is written in the textbook becomes the gospel truth that children cannot but recite.

There is the fact that most teachers cannot deviate from the text, cannot award imaginative, researched answers to questions given in assignments and tests. Many teachers would neither have the motivation, nor the passion, to understand these deviations.

Then there is the length of the written text, often verbose, and sometimes too simplistic or inadequate on even slightly deeper inquisitions. The sheer length of the discourse simply limits the extent of engagement that a student can have with the topic.

Compounding this litany of problems is the obsession with facts, so microscopic and so many, that you would even wonder later in life, why you were even expected to remember them, particularly as you could get to the net and answer them in a jiffy.

Ironically, TV shows that demonstrate the greatest failures, like the one that asks adults questions to check if they have actually passed the 5th grade, become the subject of great popular mirth and unconscious intellectual debauchery.

Then, as a result of the enlightenment that our students are not learning, they introduce new ways of assessments that actually end up spawning (to the publishers’ delight) new textbooks. And the whole cycle starts again.

There are umpteen examples from our system of textbooks that demonstrate these problems. CCE (Continuous and Comprehensive Evaluation) is a mechanism that was supposed to induce children and teachers to think more, memorize less. But like the USA with the 21st Century skills curriculum, this got reduced to textbooks and project guides. The travails of the CCE, in the end resulted in diagnostic tests to check the problem solving skills of students with the PSA (problem solving assessment), which again has become the subject of many textbooks (almost like a separate subject).

Again, the system of gradually exposing students to a topic, in a step by step manner in each successive grade, leans exactly in the opposite direction of the non-linearity of learning through discovery, problem solving and peer-negotiation, because it limits the precise extent to which one can explore any topic and restricts, in effect, students to the contours of the author’s creative and intellectual boundaries.

My sincere apologies to the experts, but remember you were children once. In fact, it is a cruel testament to time, that you follow the same general methods that you were steeped in, perhaps with a liberal dose of buzzwords that you choose to believe make crucial differences to the way children learn now.

Perhaps it is time to stop treating children as dumb witted morons who will be developed into fine holistic individuals by using textbooks and allied means, however utopian and unrealistic the alternative may seem at present.

So, let us imagine a school without textbooks.

It will be a load off the shoulders, literally. Everyone will breathe a sigh of relief. And then will come the true revolution.

Perhaps then the students will be introduced to a world of themes, which they desire to investigate, alone or in groups. The themes that they choose will be their personal journey into the world, trying to decipher its working to the extent they can, facilitated by not just the teacher, but every adult or peer who can contribute.

Along the way, they will leave a trail of learning and sharing. Themes may span across multiple years, result in multiple explorations and projects, depending upon interest and guidance. In short, the curriculum will be a co-creation, the syllabus a much wider canvas to draw on, and the assessments driven by the capability to learn and master different dimensions and levels of technical complexity.

At all times, the focus will be in fostering skills that promote autonomy, open-ness, collaboration, scientific temper, values and logic and seeing their application to the theme. It will celebrate curiosity and wonder, aesthetics, sensibilities, discovery, inferencing, deduction and a host of skills that will define the individual.

The spaces of learning will become a celebration of coming alive.

And we will have done what is expected of us – we will have given our children not the right to education, but the right to learn. Amen.

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In a Big Think article, Why Technology Won’t Save an Inefficient Education System, with Dr. Madhav Chavan, and in several other similarly argued contributions, particularly like the ones from Sir Ken Robinson (read a critique here) or Sugata Mitra.

Education over that past 200 years has been fashioned like an assembly line. Children get placed on a conveyor belt that carries them from grade level to grade level. At each stop on the way they are receive the same knowledge as everyone else. Rather than become intuitive problem-solvers, students are expected to simply absorb the facts provided to them.

The argument that the educational system is a machine built for another age implies that the classroom is itself a machine and the teacher an automaton carrying out procedures that fill student brains with knowledge.

I had a group of educators look at me with alarm and disapproval the other day when I dared to suggest that the classroom was anything like a machine. For them, a classroom was an area where each student is different, has different learning styles and demands, and where they work hard to meet the demands of the curriculum (not enough time allocated to complete the syllabus). Challenges faced in each classroom were unique, although some best practices could be arrived at through experience. Similarly no classroom is the same as any other one in terms of its constituents, its infrastructure, its language and so on. The sheer diversity at the classroom level defies machinistic interpretations.

If the classroom is not a machine, the school as a factory analogy should break down here. Why? Because the classroom is the fundamental unit of the assembly process of schooling. And if that is not a machine, then school likely is not.

Similarly, if the counter to everyone being a dumb receptacle for knowledge, is that everyone becomes an “intuitive problem-solver”, we are talking about another kind of deterministic and linear process, another kind of factory that produces a different kind of student. This was exactly what 21st century skills framework in the USA or our Indian Continuous and Comprehensive Evaluation (CCE) system has turned out to be – an addition to the curriculum that tries to generically create certain skills and orientation in students, commonly, across the board.

The point to be understood is that we are still thinking deterministically. In the article, Chavan talks about employing technology in an appropriate manner – not as subservient to the linearized school system, but as a tool to collaborate in order to solve problems. Technology enables a non-linear curriculum, emphasizing problem-solving over rote memorization, Chavan says, but impossible to implement under the traditional education system.

I think he has got it mixed up. Firstly, there is nothing intrinsic to technology that promotes any one way or form of learning over another. Secondly technology itself is not monolithic. Thirdly technology is not all pervasive enough to be a systemic component of learning. Fourthly, there is an implicit assumption that we want everyone to be great at problem solving and that there is this one giant universal conception of problem solving, irrespective of domain. Fifthly, non-linearity is a rich feature of existing classrooms, with or without the intervention of technology, in the sense that the classroom is a complex organism.

I think what they all mean to say, is that the traditional system suffers from certain constraints and obsolete practices that are making it very difficult to “enforce” alternate practices and conceptions. Let us look at some of the real constraints – the underlying causes.

Teachers are still learning the way they teach – To innovate the existing paradigm from the inside, teachers must start learning differently. If teachers start learning and using technology-enabled learning methods on their own, it will be a matter of culture for them to start using them in the classroom.

Teachers need to learn – Largely, teachers are like any other adult, and their motivation and ability to learn are immensely important to address. Mechanisms that reward professional and personal learning are largely absent in our system, and for the teachers in the public system, not integrated with career progression and salary increments.

Syllabi are too extensive – Syllabi are following their own inflationary trends. As the volume of knowledge has grown, topics that were earlier taught in higher classes, have been added to the load of the lower classes. The density and complexity of content to be taught/learned has increased significantly. The duration of time remaining the same, teachers have increasingly lesser time to focus on teaching core concepts. As one teacher explained in an alternate manner, “the syllabus is alright, it is just that the system that enforces an end date to the syllabus is wrong!”.

Technology is not ubiquitous – the availability of technology (and electrical power) itself is a core problem. Technology for computation, for storage, for protection against virus attacks, for connectivity and Internet access, for mobility – all these are real challenges in schools (and at home) today. Over time, these will hopefully get addressed by policy thrusts and reducing costs.

Constraints of the system – everything has to be taught in school, there are rigid enrolment schedules, each grade/class is divided into isolated and insular groups or sections in some arbitrary manner creating limitations on collaboration and sharing of knowledge – and many other structural components of the system. In fact, these constraints are the ones that are closer to the industrial age-factory analogy in the sense that they are the pillars of educational management in schools.

For example, putting children into groups and assigning them teachers is an operational decision – one that promotes manageability of the education process primarily. Many people say it is also logical to keep class sizes low to promote greater collaboration (and perhaps, control) and ability for teachers to address individual learning styles. But I believe that the two are different problems – there are many ways to adapt, blend or flip learning emerging now that need not necessarily force us to enforce these structures and ratios.

In summary, I think it is perhaps wrong and naive to treat classrooms as machines and teachers as automatons. Classrooms are complex organisms and don’t easily fall into the determinism of the factory analogy. However, classrooms and teachers operate under a system that tries to enforce determinism and linearity through some of the constraints discussed above.

If we want to change as a system, we need to extend, enhance and celebrate the complexity in education.

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People keep on going on about there being so much shortage of good quality faculty. That, they bemoan, is the most important factor behind the problems that we face in K12 or Higher Ed today. It is definitely true to an extent.

I believe the bigger challenge is to find learners. Not students. But learners. Or capable students who take greater responsibility, initiative and interest in their own education as well as the education of their peers.

If we flip the problem, we can perhaps leverage the scale of learners to overcome most of the problems in education. To do this we have to break from the belief that students have to be led. They don’t. They need to be helped to become more capable of learning in an environment mediated by social and technological networks.

This can reshape how we think about teaching and learning. Teachers then need to make sure that students become more capable (instead of becoming more knowledgeable) and that they have help and facilitation when needed. Students have to acquire critical literacies (and heutagogical capabilities) to transform into Learners. The Government needs to reshape the ability of these new generation of capable learners to acquire credentials that can be interpreted (and later perhaps even replace) at par or higher (or differently) than existing credentials. Our institutions and employers need to reshape structures and practices to allow all this wonderful learning led by the ones that are most impacted by it.

This is why, in the FICCI Vision Paper on MOOCs in Higher Education that I co-wrote, my vision for MOOCs (and in general the educational system) was:

Learning through Massive, Open and Online courses (MOOCs) will enable all Indians who want to learn, earn, teach or innovate, the capability to realize their true potential and transform our country.

The vision talks about building capability, not creating trained engineers or research scientists. Replace “MOOCs” with “our Educational System” and the vision would hold, really.

Are we really chasing the wrong problems?

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Do you go to the football field to learn music? Or to the art gallery to learn fencing? Or to a library to learn oratory? You don’t. However, irrespective of whether you are studying history, economics, physics, languages or architecture, you go to that one singular invention – the classroom.

In the age of networks, this notion of a classroom perhaps needs a serious rethink.

What should a modern day learning environment look like? Should it extend the notion of the classroom (and the class) in the belief that this notion is capable of handling the new digital and social learning environment? Or should it be disrupted by something entirely new?

Extensions of the notion of classroom have been notable. The Flipped Classroom has caught the imagination of the world as a way to use digital technology to invert/optimize the use of learning events/activities inside and outside class. There have been many developments in the physical design of learning spaces that promise enhancements in in-class collaboration and learning by doing. Peer instruction has been found to be another way of extending the notion.

Christensen thinks disruption is the best way to go. Many other folks believe that online education using MOOCs and technology such as adaptive learning is that panacea – a panacea that can personalize learning and address individualized issues of knowledge and motivation.

I believe that class needs to be disrupted. And I believe networks are the key to disrupting the classroom. What if you could learn from someone who could teach the way you learn? What if you learned with people and things that directly reinforced what you were learning? What if you did not just learn to do, but also learned to be – to be a practitioner in networks of practice?

One of the interesting observations seems to be that in  the traditional educational system there is invariance to scale or scale-free behaviour. Scale free behaviour is exhibited by some very interesting networks like the Internet in which a few of the participants make the majority of interactions, and a long tail of participants exist with little or no engagement or levels of activity. Perhaps a disruption will truly arrive if we invert these scale free networks or even if we flatten out the interactions (raise the long tail). Perhaps we need to recast the classroom as the network itself?

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There is a teacher in everyone of us. It is useful to acknowledge that a whole lot of things are learnt without someone actually teaching us, and that perhaps someone is right now learning from us without our even knowing it. On the Internet, this is possible at a very large scale. We learn from other people’s review of the computers we buy or the places we visit. We learn to dress by looking at what others wear and talk as we hear others speak. We learn from reading a blog post or the fact that a guru likes a particular URL or that an expert just followed an innovative startup’s twitter handle.

So when practicing teachers and real experts, who really do all of this teaching and coaching professionally, start making their actions, their learning, their idiosyncrasies public, a whole lot of people will end up learning even if they are not in their class. Perhaps their class will also learn much more if they share the guru’s network, the guru’s learning trails across the World Wide Web.

As teachers, it is really about how we learn and how we share how and what we learn. It is not learning how to use technology (which is an important enabler, but not an end in itself), but how to embrace a culture of open-ness, sharing and a much heightened consciousness that we are professional performers of a learning process; that as teachers we are actually enacting the role of expert learners.

For that, we have to re-envision the way we learn. We are a product of much the same system that we subject our children to. We bind our students by its same constraints. We are steeped in the routines that we have perfected in years we have taught the same curriculum again, again and again. We cannot change ourselves by thinking in the same ways the system has taught us. We must re-envision our own futures, standing outside the systems of today.

Why it is so phenomenally important to re-learn how to learn in today’s networked environments? Its possible because, invariant to scale, the network has opened up hitherto unknown opportunities to teach and learn. Not that you can now learn something that was previously hidden from you, but that you can now learn and teach in ways that may be much more than the classroom we are so used to. In fact the classroom analogy does not even exist in the networked environment (the closest it gets is “clusters” or “swarms”) – the network is not a class.

Since networks are not classes, you cannot apply traditional teaching-learning techniques to it (or atleast not as-is). So an entire paradigm becomes near-obsolete when one thinks of networked learning. Which is not what the xMOOCs would have you to believe, but that is entirely their loss.

If you can think network, you can break away from the traditional mode. It is what we must do. Case in point. If there is no class, who are you teaching? Answer: You are teaching a cluster of nodes (students) bound to you in some manner (through your institution perhaps), but they are really part of many different networks as well. By connecting to those students and promoting transactions between them, helping them add new connections to their network, and leveraging their existing networks, you will build upon a fabric of learning, much like a weaver or an Atelier. You will help them break away from the monotone of traditional systems, help them celebrate chaos and let them build their capability to learn.

When you become that networked teacher, you will contribute to a scale of learning that will be unbelievable. What you will do within your own small networks, may become amplified or contribute to global knowledge about learning and teaching. Just the sheer scale of your teaching and learning, your networks, the types of interactions, will fast transcend the power of any certificate or degree the traditional system may have to offer.

The revolution is here. It is you. Seize the day.

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Before I begin (and I am going to miss the hangout again as it will be at 3 AM India time), I think Dave rocked again in #rhizo14. Way to go Dave!

Dave is our Elvis

Dave is our Elvis

I am conflicted when I think about curriculum. I have experienced it prescriptively in the formal education system and I realize that it is bounded by its philosophical basis as well as the competence of stakeholders to transact it (the two sometimes straining in opposite directions).

In the rhizomatic sense, I am guessing curriculum is evidenced by the community members through their open reflection and practice.There is no core.

In the Community of Practice sense, the community itself evolves through various stages –  Potential, Coalescing, Active, Dispersed and Memorable as in the chart below.

In another take on this, George Siemens in Connectives and Collectives: Learning Alone, together suggests that as ties become stronger and individuals aggregate into groups and collectives, the discourse becomes normed (in fact there is a veritable coercion to the norm) that leads to a drying up of new ideas that are novel and diverse.

In the diagram above, he also ties it up with autonomy to the learner, which he believes to decrease as these ties increase in strength and degree.

I think the strength of Rhizomatic and Connective Learning is the “personal formation” of curriculum and the heutagogical “capability” to contextually adapt the curriculum evidenced by the community to transcend personal learning plateaus.

In that sense learning becomes a process of, among other things, shared discovery of curriculum itself, a way-finding and sense-making exercise.

It also makes sense to think of curricula instead of curriculum – different ways to transcend the same plateau. The community then evidences things such as values, beliefs, patterns of use and engagement that equally constitute any curriculum (one must consider failure in a Rhizomatic community as well. What mechanisms exist when a curriculum itself fails to empower.)

Like a Rhizome, Rhizo14 is an event in my meanderings. The event may end, but the rhizome continues to flourish and grow.

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This year I will focus my efforts on the design of learning environments that are complex – adaptive, emergent, self-organizing, chaotic and personal. As a project description at TU Delft states:

In these situations system content, system structure and system boundaries shift and evolve without any global or central coordinator. Instead, order and regularity emerge from widely distributed bottom-up interactions of subsystems, some with centralized control and others fully distributed.

I am particularly interested in complex adaptive systems in the context of learning because I think that is how learning really is. Somewhere in this area is hidden Illich’s “institutional inverse”, the need to combat Friere’s “culture of silence”, to think of learning as making connections and knowledge as the network. Somewhere in this exercise is the continued feeling of being “continually inspired to change”, the mnemonic for a revolution. Many memes will form part of this discussion.

One such meme shall be open-ness. This will relate to both the extent and nature of open-ness within the system as well that outside the system, and specific mechanisms to initiate, alter or transition to a state of “open-ness”. Another meme shall be self-organization. Equally important will be the meme of “evolution’ – of people, ideas and networks.

I shall also investigate the meme of “flexible boundaries” – boundaries that allow dynamic reconfiguration of the contours of, well everything. Closely related will be the memes of “control” and “structure”.

An important meme shall be that of “language” – the language of learning itself. I think a new vocabulary is definitely required if we are to think afresh. And there may be more that I may discover or abandon as I go along.

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Dave Cormier’s MOOC on P2PU, Rhizomatic Learning, in week 3 is focusing on the topic Embracing Uncertainty. He says:

At the heart of the rhizome is a very messy network, one where not all the dots connect to all the lines. No centre. Multiple paths. Where we have beliefs and facts that contradict each other. Where our decisions are founded on an ever shifting knowledge base. Our challenge this week… how do we make our learning experience reflect (and celebrate) this uncertainty?

Uncertainty exists in all forms of education and learning. It is not mostly celebrated. In fact, it is suppressed. Or attempted to be. In traditional education, it is systematically constrained by the dimensions of time, network boundaries (class/batch), regulatory requirements and pedagogical biases. It is even systematically constrained in other (non-traditional) environments, even informal ones at most times.

However, it underpins these environments in dramatic ways, so much so that it is a wonder that any intended outcomes are even met. As an example, even the understanding of what a degree program in any subject should contain (content, pedagogy, assessments) is not shared or common across the world. It is therefore uncertain, at least to me, what an MBA degree really means!

Let us talk instead of democratizing uncertainty. That implies thinking of uncertainty as by, for and of learning (and its stakeholders).

Uncertainty by learning is the adoption of certain uncertainties  by learners, teachers and administrators. It is their ability to practice those uncertainties.

Uncertainty for learning is the “framework” or the ecology for uncertainty to flourish and where the participants of the educational system are encouraged to embrace certain uncertainties.

Uncertainty of learning is the uncertainty that society owns and celebrates, and that is what change is all about anyways. This is the most important change that can happen to learning – when there is purpose to driving certain uncertainties through the system.

Not all certainties may be “good” or “appropriate”. What is good or appropriate may differ widely, but no uncertainty can be good if it does not result in the “overall” good (atleast directionally and democratically speaking). There could be more consensus on bad and undesired uncertainties – those that result in (directionally) negative consequences such as high unemployment or obstacles to (say) scientific development.

Some people would then argue that uncertainty should be harnessed in certain ways, and this could progressively lead us to the same traditional paradigm that exists today. We shall also need to “prove” in many ways, that more “good” uncertainty in the system will impact social outcomes positively. We may even need to “prove” that either this is an articulate and cogent alternative to the existing system or stands as an important option in a pluralized education system.

What may happen as well (as with the xMOOCs) that these positive uncertainties may be usurped, distorted and made to work within traditional environments in a manner that is ineffective and diluted (e.g. you want 21st century skills to be “built”, so why don’t you create a new subject called “collaboration” and assign it graded assessments and specialized new content & teaching). In fact, I think we need to see uncertainty as culture, as a way of being rather than a specialized skill or value.

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There are two ways one could think of the life-cycle of a MOOC. MOOCs could be thought of as one-time and episodic. They could also be thought of as ecologies, sites or environments for continual learning (for example, a series of MOOCs on the same topics, such as CCK), not use-once-and-throw episodes of learning. I prefer the latter, although some may say the MOOC itself may not be likened to an ecology.

I like the idea of MOOCs as ecologies because communities and networks get created at the site of a MOOC and their value extends beyond the lifetime of a single occurrence of the MOOC. When MOOCs are run as a series of continuously or discretely evolving episodes, they act to extend these communities and networks, each addition bringing fresh insights and diverse experiences into the mix.

This extension is one of the things that really bring the distinction between MOOCs and the traditional courses to the forefront. MOOCs leave a trail of learning experiences, of conversations, that are visible to learners that participate in each succeeding episode. In traditional settings, this knowledge is stored and refined by teachers only who use it to make their teaching more effective over time. However, these are distilled insights, not visible to the learner.

Why I also like thinking of MOOCs as ecologies is that they are shaped by the behavior of agents within them. The agents (instructors, students, administrators, marketing agencies) actively engage with each other. If they collectively succeed in building engagement and value, the ecology thrives. If they are not, we see more skewed participation rates, and the ecology disintegrates quickly.

MOOCs as ecologies also imply that students can remain connected to every episode. So they learn incrementally with every episode they participate in. This has not been addressed clearly and explicitly by MOOCs as yet. In many ways, students who have participated in one or more episodes learn how to stay abreast of the developments in the field of study through their ever-expanding network presence.

Within the MOOC ecology, focus shifts from the content and instructor to the degrees of interconnectedness and interaction in the networks that constitute the MOOC. Conversations become the key to successful learning. Modeling learner interactions and measuring efficiencies at learner, network and MOOC levels becomes very important to gauge the state of the ecology. Each MOOC series contributes, in a dynamic manner, to the understanding of these group dynamics and efficiencies.

For MOOC designers, this should become an important component of your design. Thinking of MOOCs as ecologies allows you to focus on the learning experience and how you can garner insights into how participants want to engage, over successive episodes of learning.

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Does a particular type of education system tend to produce the same outcome irrespective of the underlying environment?

Or is it that the underlying social, economic and political environment will cause pretty much any educational system to tend to produce the same outcomes?

Or is it that the outcomes emerge as a result of the interplay between the educational system and the components of the ecosystem it lives in?

The reason I am asking is because everywhere I look (at least in democratic societies), the problems of education are pretty much the same, although the scale does vary. I hear people across school, university, professional and vocational education mulling over the same problems with as much inertia or angst, in India or in the UK or the USA or Australia or elsewhere. In the case of democratic, market driven countries, there may be a stronger set of patterns as well (as the case may be for authoritarian regimes or other sociopolitical structures).

Common refrains include ones such as teachers are not trained enough, children are not getting 21st century skills developed in them, employers don’t feel happy with the levels of employability of students that graduate, not enough e-Resources are available, there is an issue getting learning to remote and economically weaker sections of society, and policy makers are slow and bureaucratic. And then there are people who proclaim variously that the education system is broken, or that it is obsolete and cannot be “fixed”.

If it is indeed true that educational systems  are invariant to the underlying environment, then there are obvious design faults, that when rectified should cause the systems to improve dramatically. Perhaps the current educational systems may be replaced by new designs instead of being redesigned or “fixed”. The aim then becomes to understand the elements of design of the educational system and overlay them with the current and estimated future contexts, to arrive at new constellations of those design elements.

If the conclusion is the reverse, that educational systems don’t have much to do with outcomes, rather the outcomes are really driven by the underlying ecosystem, then perhaps the answer lies in reforming or redesigning other structures that provide inputs or receive outcomes and outputs from the educational system.

The possibility that outcomes are emergent (i.e. they emerge out of the interplay between the networks of our education system with the rest of the socioeconomic fabric) exists. People will say that the educational system shapes and is shaped by the underlying ecosystem in which it operates. But that does not explain commonality of outcomes observed globally.

I have also started feeling that traditional educational systems are far more chaotic than Connectivists would like to believe. As an example, a degree is given the same level of recognition in most countries, however the conditions of obtaining that degree, whether it is the curriculum, the quality of teachers, the infrastructure or any other design element, vary hugely from University to University. I did this exercise recently when I tried to compare the same named courses across multiple Indian and Foreign universities, and could not find more than a 20-30% similarity in most cases between the syllabus and teaching method of one university versus that of the other.I don’t think two universities would really agree on what (say) a Bachelor’s Degree in Economics should really contain, but they will still award the same degree! The traditional systems seem very chaotic, but are also very highly constrained (duration, method, engagement, assessment…) and designed towards very fixed goals – like closed loop systems – they do not present much opportunity for non-linearity.

So it is really an interesting question to try to answer, at least for those who are looking to engineer the next generation education system(s).

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In 2008, when discussing the critical role of technology in the existence of a Connectivist learning environment, Stephen commented:

Take the steam engine, for example. It works through a process of burning coal to heat water, which turns to steam, which it then fed through a turbine or engine in order to produce power.

You need quite a but of technological infrastructure to build the engines, and you need coal to burn. Without the technology and the coal, you don’t get the benefits of the steam engine.

Does this mean that the principles behind the steam engine are not generalizable? Of course not. The *principles* apply to everybody, whether or not they have a steam engine.

It’s the same thing with connectivism. The principles apply, even to people who do not have the technology to easily observe them in action.

Again, at EDGEX in 2012 (at about 28 minutes into the discussion), George Siemens asserted that without technology, a lot of the abundance of knowledge, which is one of the fundamental reasons for Connectivism (and that itself requires more technology to interpret and access), would not be exposed to a large number of people. Stephen Downes made the point that networks (that have existed even without technology) are the underpinnings of a Connectivist environment and that technology facilitates the making of connections (for example, the Six Degrees experiment).

This is important for India, and for others at our level of development. The technology required to make globally diverse connections simply does not exist for a large number of people. A large number of people simply are not overloaded by the abundance of information, most do not even know that there is more to knowledge than the community or place they live in.

At low levels of development, perhaps the small local network is all that exists, constrained by things such as customs/traditions, economic & social power and access to educational opportunities. This is also where the bulk of the population is in countries such as India and large parts of Africa. The conditions for access to technology (computing, internet) are yet to be established in these areas and where they are available, reliability and sufficiency is often a constraint (what do you do if the school does not even have power).

What then, are the ways in which Connectivist learning environments could be designed for this audience without an initial reliance on computing and Internet technology (perhaps including even power)? The most pronounced impact would be speed and immediacy.

Let us look at the factors influencing network formation.

Local Infrastructure & Economic Development levels: Safe assumptions about available local infrastructure could be that there is a way to communicate through telephone (more or less) and postal networks, that power is unreliable and that the Internet availability is meagre. This is especially important for remote areas. East and North-east have the lowest tele-density and just 1% of rural households have a computer with an Internet connection (8% of urban households) [Census 2011 report here]. The report also states that “(o)ne-sixth of the country, or 200 million Indians, don’t possess any of the most basic assets like a transistor or TV, phone, vehicle of any kind or a computer.”

Society, Religion & Culture: Networks are influenced by culture. Somewhere there must be an understanding of local culture and its influence on learning networks. Traditions apply barriers to networks (social constraints) that impacts the ability of the network to grow and diversify. Community bonding, existence of sub-communities and influence centers (including religious) are all important factors.

Language: Language homogenizes and localizes. This has a direct influence (especially in India which is a single country with many languages) on how networks are able to grow.

Population Density: This is an important one. Census Data shows a remarkable skew across states (an average of 382 people per square kilometre, half of Indian states below that with Arunachal Pradesh at as low as 17 and Delhi/NCR as high as 11,297!). This is critical because high density areas throw up many more opportunities (sparks) for networks (fire) creation and growth.

Interlinkages with other communities: For ideas to spread outside the local community, we must look at the transaction points of this community with the external communities. This could be commercial trade, medical & other services or unifying through administrative departments.

Out of these (and many possible others that influence network formation and growth), Connectivist learning environments would focus on ones that they can influence in some way. For example, in an offline scenario, can postcards carrying a question to an expert outside local boundaries be an admissible innovation? We also need to look at mechanisms underlying complex systems to see which interventionist approaches will work better. More on this in subsequent posts.

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