ETEC522 understands a “venture” as any new initiative that is conceived for the purpose of generating original value in the world.
Let’s break this down a bit further. First, “value” can mean many things, but in this context it most often refers to accountable economic or social value, and therefore to successful for-profit ventures or not-for-profit ventures. There is also an exciting kind of hybrid venture called a social enterprise which creatively blends for-profit and not-for-profit activities.
The distinction of “original value” is important. We don’t mean “original” specifically in an academic or patent-ready sense, although it could be either of these, but rather to characterize value that didn’t or couldn’t exist before the initiative came into being. In this regard a venture is intrinsically disruptive to existing value systems. And it is exploring unknown territory; attempting something with uncertain outcomes. Seeking to generate original value is inherently risky.
You’d be forgiven if you quietly believe that creating original value should be easy to do. In education, for example, it is logical to think that you could bring together a group of bright, creative and experienced administrators, teachers or learners and simply put them through a brainstorming exercise related to the biggest problem they have, or the best idea they can think of for learning, and then just build the thing that is defined by that exercise. Unfortunately, even if a precise definition arose and it was easy to build, it’s probability of failure is dauntingly large. Peoples’ imaginations are so deeply rooted in their current experience that they can’t easily leap beyond that. So even when such brainstorming sessions turn up original ideas, proving the value of those ideas (by bringing them to life and having them displace the old ways of doing things) is so difficult that extremely few entrepreneurs choose this path. Most often, original value is mined from the experience-driven inspiration of an individual entrepreneur, and forged by their very hard work together with a dedicated, talented team.
Finally, by “new initiative” we mean a legally constituted entity such as company, society, institution, etc. It could be a start-up, or it could be a new dimension or direction for an existing entity. The key is that an individual or group conceives of a way to generate original value, and then champions whatever organizational structure most effectively enables them to realize that value.
An Analytical Framework: the Cube
ETEC 522 offers the "Cube" as an analytical framework for understanding learning technology ventures and enterprises in terms of their definitive features and relationships. Many other frameworks are possible. For example, in comparison to the Cube you might like to take a look at Ambient Insight's http://www.ambientinsight.com/Resources/Documents/AmbientInsight_Learning_Technology_Taxonomy.pdf Learning Technology Research Taxonomy.
The Cube has six dimensions, or facets. We could have chosen more or less dimensions, but our six seem to handily describe most ventures:
- Type of Market (K-12, Higher Education, Commercial)
- Type of Offering (Service, Content or Infrastructure)
- Who is the Buyer? - because learners don't often choose their own learning technology products.
- Global Target -What piece(s) of the global market are we talking about - because learning technology doesn't always "go" everywhere the Internet does.
- Market Status - How developed is the local market? - because the sweet spot for success is in the middle of the development curve.
- Competition - How integrated is learning technology with the rest of the educational system - because without that integration learning technology struggles.
More detail on the Cube follows. Keep in mind that you may want to apply the Cube as part of your analysis for Assignment #1. We certainly recommend, as a simple learning exercise, that you walk through the faces below with a particular company or product of interest in mind, figuring out how they fit on each face as you go.
Public Schools (K-12)
The public school system forms an obvious market for many companies that see the opportunity to equalize classroom education across a country or region by using learning technology to bring the same materials to all schools. Some of the greatest successes in this area have occurred in less developed countries investing in education.
Higher education is increasing its adoption of learning technologies but has stimulated only a limited set of companies to aim their products and services at universities and colleges. Some academic institutions have instead spawned commercial ventures of their own, such as WebCT (founded at UBC and now owned by Blackboard.com) and Desire2Learn (initiated at the University of Waterloo, and now a corporate entity, Desire2.Learn.com)
Training Needs (Trades Training, Corporate, Consumer)
The corporate market (for training employees) has created the world's largest learning technology companies and remains an attractive market for new entrants. A growing number of products are aimed at consumers using e-commerce facilities. Trades training and apprenticeship systems are a new and emerging area.
Some learning technology companies provide services to their clients. These include planning, designing customized content and then building it, evaluating the success of learning technology initiatives and designing blended learning solutions (mixtures of learning technologies and instructor-led education).
Content developers build courseware that can be licensed and put to work immediately. Some organizations have their own subject matter experts; others work with independent authors to provide subject expertise in building their products. Some companies work with textbook publishers or instructor-led course developers to produce blended solutions.
Infrastructure providers produce software that is used to deliver online content. These include learning management systems, such as the one you are using to take this course, to manage students and content; content management systems, used to construct new content; virtual classrooms, for distance synchronous learning, group discussion systems, and other elements that augment the learning experience.
Typical of Training"
The buyers on the left hand side of this face are typically found in the training market - corporate and consumer.
Typical of K-12
The buyers on the right hand side of this face are typically found in the K-12 or public education market.
Typical of Higher Education
The buyers on the bottom half of this face are typically found in higher education situations.
Learner Buys Personally
Here the purchaser and the student are the same person. Typically solutions here are purchased through e-commerce systems. There are some higher education offerings where students enrol online, either directly with a Student Information System (SIS) or through an e-commerce facility
Learning Bought for Learner
Here the purchaser is not the same person as the student, and the purchaser may never actually use the material that is purchased. This is often found in corporate settings, or where parents buy for their children, and where a student is enrolled in a program of study and the elements are selected for them.
Learning Bought Centrally (Local Guide Offers to Learner)
Here a jurisdiction - a province, state or school district - or a multinational corporation's headquarters staff - has made the purchasing decision, that is imposed on all the schools or country subsidiaries of the company. The solution often requires local schools or country operations to provide support and implement local changes in order to create an optimal learning experience for the students.
Learning Bought Nationally (Open to Regions, Local Guide Offers to Learner)
This is typical of less developed countries that acquire learning technology via international financial institution support (e.g. the Asian Development Bank, African Development Bank). Once the purchase is made, the regions of the country may (or may not) take it up. If they do, for the region, it is much like "Learning Bought Centrally".
Some multinational corporations operate this way as well - country operations have access to global purchase agreements, but need not use the "headquarters" solution.
These are countries with both excellent Internet infrastructure and English as a first language (most commercial learning technology globally is built in English). Examples would be Canada, the USA, Australia, the UK, Ireland and New Zealand.
European Countries with Language Skills
These are countries with excellent Internet infrastructure and where English is not only taught as a second language but readily used. Typically, these countries sub-title entertainment rather than dub it. Examples are many western European Union (EU) countries and South Africa.
European Countries Requiring Translation
These are countries with excellent Internet infrastructure but where English is a second language learned in school and not readily used. Typically, these countries dub entertainment rather than sub-title it. Examples are found in Latin America, eastern Europe, France, Italy, Spain and Portugal.
Asian Countries With Quality Internet Service
"Asian," in this context, refers to text encoding (that leads to product revisions): right-to-left languages, or double-byte encoding requirements. Many products cannot easily be translated when a non-Western single-byte alphabet of characters is required. Nevertheless, Japan, the Republic of Korea, China, Taiwan, India, Israel and other similar countries form viable markets.
Regions with Restricted or Poor Quality Internet
Once Internet service becomes problematic, markets for learning technology begin to break down. Many countries - including Canada - still have regions where learning technology is not pervasive, or where "last kilometre" issues exist. Much of Africa and Central Asia cannot easily support learning technology, as well as the interior of China. Cost can be as much a limiting factor as line quality or national firewalls.
Certain situations - military units, Antarctic bases, maritime requirements - as well as marginal languages also create problematic markets for learning technology, although it is quite common to use information technology infrastructure to arrange for the shipment of materials to these types of remote locations.
Market Does Not Support Learning Technologies
For reasons of poverty, marginal languages, poor or restricted Internet infrastructure or geographic isolation, the target market cannot support learning technology ventures of any type that will be viable businesses. Any solutions will be funded by international financial institutions, or by grants from developed countries.
Market Only Supports Custom Work or Indigenous Suppliers
For reasons (typically) of language or national policy, the market for externally-sourced learning technologies is limited. Custom work allows for products to be built (perhaps from anywhere in the world), but national policies favour the creation of indigenous suppliers only.
Market Supports Import of Content and Infrastructure
The market freely imports both content and infrastructure. Local businesses in learning technologies tend to be concentrated in services work only. The market does not produce products for export.
Market Supports Export Oriented Learning Technologies and Substitution of Imports
The market freely imports content and infrastructure. Local companies also produce similar products for export, as well as providing local services. In some cases, local products replace previously-imported products, either due to better localization of content, or because of a price advantage.
Learning Technology Works With a Well-Developed Learning System
There is already a well-developed learning system in the sector (e.g. instructor-led courses, teachers in schools, etc.) and learning technology has been fitted into the mix (e.g. to handle home schooling, to extend the reach of universities to rural communities, to handle upgrading of credentials for employees, etc.)
Learning Technology Substitutes for Other Forms of Learning
By policy decision, learning technology is displacing other forms of learning. This may be for reasons of cost (in a corporate setting) or because the existing learning solutions are not working (e.g. rural public schools in less developed nations). As learning technology is not the "best" solution in all cases, gaps in learning performance persist.
Learning Technology is Imposed and/or Competes with Existing Learning Systems
By policy decision, learning technology has been imposed on the system (e.g. policy requiring all learning objectives to be available through learning technologies for distance learners and attracting student grants in response, or a headquarters corporate policy for learning technologies when subsidiaries or business units have existing instructor-led training relationships). The existing learning system is not fitted to work with the learning technology components, and tensions exist between practitioners and consumers of the two modes.