E-Learning 3.0 Newsletter

Newsletter archives are here


The question is often asked, how do we know a course has been successful? How do we know what someone has learned? These are underscored by the deeper question of whether we can trust in the education of our mechanics, doctors, engineers and pilots.

The problem is intractable because there is not clear agreement on what counts as success. The different outcomes from learning events can be tracked and measured in any number of ways. And all the while, there is the danger of bad actors - of those who cheat on tests, fake certificates, or misrepresent their qualifications.

In recent years we have seen renewed focus the idea of competencies and competency definitions. The American Advanced Distributed Learning initiative has launched the Competencies and Skills Systems program, for example, part of their wider Total Learning Architecture.

There are numerous competency definition standards, everything from Australia’s National Competency Standards to the NIH’s Nursing Competency standard. Activity tracking has been formalized by xAPI and records are stored in Learning Record Stores (LRS). These systems are gradually migrating toward a decentralized linked data model, as exemplified by the suggestion to develop a blockchain network for badges and certifications.

As a result, we need to think of the content of assessments more broadly. The traditional educational model is based on tests and assignments, grades, degrees and professional certifications. But with activity data we can begin tracking things like which resources a person read, who they spoke to, and what questions they asked.

We can also gather data outside the school or program, looking at actual results and feedback from the workplace. In the world of centralized platforms, such data collection would be risky and intrusive, but in a distributed data network where people manage their own data, greater opportunities are afforded.

While no doubt people will continue to collect badges, degrees and certificates, these will play a much smaller role in how we comprehend how and whether a person has learned. The same data set may be analyzed in any number of different ways and can be used by learners as input to evaluation services that use zero-knowledge methods to calculate an individuals status against any number of defined (or implicit) employment or position requirements.

The skills of a traditional learner - passing the test and meeting the expectations of a teacher - will be replaced with a more concentrated focus on developing a unique set of skills and capacities (and a body of work to support that).

It might be said that the certificate of the future will be a job offer. Already software is being developed to map directly from a person’s online profile to job and work opportunities (this is how one of our projects, MicroMissions, works in the Government of Canada). These profiles today are unreliable and superficial, but with trustworthy data from distributed networks we will be able to much more accurately determine the skills - and potential - of every individual. And I think we’ll be surprised by what we see.


How Does Distributed Consensus Work?
Preethi Kasireddy, Medium, 2018/12/05

The brief basics of distributed systems and consensus. Nakamoto Consensus is truly an innovation that has allowed a whole new wave of researchers, scientists, developers, and engineers to continue breaking new ground in consensus protocol research.

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Testing for Competence Rather Than for "Intelligence"
David McClelland, 2018/11/26

"...the fact remains that testing has had its greatest impact in  the schools and currently is doing the worst damage in that area by falsely leading people to believe that doing well in school means that people are more  competent and therefore more likely to do well in life because of some real ability factor."

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How did we get here? A brief history of competency‐based higher education in the United States
T.R. Nodine, The Journal of Competency-Based Education, 2018/11/26

Competency‐based education (CBE) programs have spread briskly in higher education over the past several years and their trajectory continues to rise. In light of the spread of competency‐based models, this article provides a brief history of CBE in the United States.

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Competency & Skills System (CaSS)
Advanced Distributed Learning, 2018/11/26

The Competency and Skills System (CASS) enables collection, processing, and incorporation of credentials and data ("assertions") about an individual’s competencies into accessible, sharable learner profiles. CaSS will create an infrastructure enabling competencies, competency frameworks, and competency-based learner models to be managed and accessed independently of a learning management system, course, training program, or credential. See also: CASS Documentation.

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Knowledge as Recognition
Stephen Downes, Half an Hour, 2018/11/27

In my view, knowledge isn't a type of belief or opinion at all, and knowledge isn't the sort of thing that needs to be justified at all. Instead, knowledge is a type of perception, which we call 'recognition', and knowledge serves as the justification for other things, including opinions and beliefs.

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Beyond Assessment - Recognizing Achievement in a Networked World
Stephen Downes, 2018/11/27

ePortfolios and Open Badges are only the first wave in what will emerge as a wider network-based form of assessment that makes tests and reviews unnecessary. In this talk I discuss work being done in network-based automated competency development and recognition, the challenges it presents to traditional institutions, and the opportunities created for genuinely autonomous open learning. See also the transcript of this talk.

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#El30 Task: Blogging With The Beaker Browser
Roland, Learning with Moocs, 2018/11/26

Course task for E-learning 3.0 (#el30): use The Beaker Browser – an experimental browser for exploring and building the peer-to-peer Web – or the Interplanetary File System (IPFS) to put up some document. IPFS is a protocol and network designed to create a content-addressable, peer-to-peer method for storing and sharing hypermedia in a distributed file […]

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Care: Open Education Resources And The Distributed Web
kgq962, Random Access Learning, 2018/11/26

Where are we today? – Open Educational Resources (OER) Having focused on the ‘wiring’ of eLearning/web 3.0 for the past few weeks, I am delighted to now be moving into areas where we consider how that ‘wiring’ might be used … Continue reading →

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Access To E-Learning 3.0 And The Distributed Web
jennymackness, e-learning 3.0 – Jenny Connected, 2018/11/26

Stephen Downes has once again written an excellent summary for the work we did last week on open educational resources. He has tweeted: Downes  @Downes Friday’s #el30 newsletter is now available. el30.mooc.ca/archive/18/11_… If you are at all interested in the future… Continue reading →

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