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Monday, January 25, 2010

An Alternative Way to Assess the ROI of e-Learning in Training

As the title suggests, Patrick Lambe explains in this article ways that e-learning professionals might assess the return on investment of their programs.

In Part I of this article, Lambe provided a brief background on the economics of e-learning.
In Part II, he looks at some of the most common ways that organizations deploy e-learning to support their strategic objectives, and shows how measurement of viability and impact can be approached within those situations.


An Alternative Way to Assess the ROI of e-Learning in Training: Part I
By Patrick Lambe, Straits Knowledge, Singapore

One of the ongoing admonitions e-learning specialists face is the need to "prove" the return on investment (ROI) for each program they initiate.
But most e-learning programs are funded from ongoing training budgets, which are recurrent (that is, budgeted annually to cover the cost of a year's worth of training, rather than individual projects) and are accounted as operations or infrastructure costs.
Because much training is not budgeted at the project level, discussions about ROI have traditionally had little relevance. It would be like seeking the ROI on groceries in a personal budget or of stationery supplies in a business. Both are simply costs of doing business.
How, then, might one assess the return on an e-learning program?

An Alternative Way to Assess the ROI of e-Learning in Training: Part II
By Patrick Lambe, Straits Knowledge, Singapore

Measuring the Viability and Impact of e-Learning
How might one assess the ROI of an e-learning infrastructure that support a variety of different business objectives?
Here, in Part II of this article, I consider how to assess ROI for e-learning with these six major business objectives in mind:

1. improving productivity
2. improving quality
3. leveraging human capital
4. reducing risk
5. remaining in the marketplace
6. accessing new markets.

In each section, I describe examples of e-learning, measurement questions to consider, and stakeholders who might be interested in these results.

About the Author

Patrick Lambe is a widely respected knowledge management consultant based in Singapore.
His Master's degree from University College London is in Information Studies and Librarianship, and he has worked as a professional librarian, as a trainer and instructional designer, and as a business manager in operational and strategic roles. He has been active in the field of knowledge management and e-learning since 1998, and in 2002 founded his own consulting and research firm, Straits Knowledge, with a partner. He is former President of the Information and Knowledge Society, and is Adjunct Professor at Hong Kong Polytechnic University.
Patrick speaks and writes internationally on knowledgemanagement.
Patrick has published several books on the subject, including Organising Knowledge: Taxonomies, Knowledge and Organizational Effectiveness and The Blind Tour Guide: Surviving and Prospering in the New Economy.

An Alternative Way to Assess the ROI of e-Learning in Training

As the title suggests, Patrick Lambe explains in this article ways that e-learning professionals might assess the return on investment of their programs.

In Part I of this article, Lambe provided a brief background on the economics of e-learning.
In Part II, he looks at some of the most common ways that organizations deploy e-learning to support their strategic objectives, and shows how measurement of viability and impact can be approached within those situations.


An Alternative Way to Assess the ROI of e-Learning in Training: Part I
By Patrick Lambe, Straits Knowledge, Singapore

One of the ongoing admonitions e-learning specialists face is the need to "prove" the return on investment (ROI) for each program they initiate.
But most e-learning programs are funded from ongoing training budgets, which are recurrent (that is, budgeted annually to cover the cost of a year's worth of training, rather than individual projects) and are accounted as operations or infrastructure costs.
Because much training is not budgeted at the project level, discussions about ROI have traditionally had little relevance. It would be like seeking the ROI on groceries in a personal budget or of stationery supplies in a business. Both are simply costs of doing business.
How, then, might one assess the return on an e-learning program?

An Alternative Way to Assess the ROI of e-Learning in Training: Part II
By Patrick Lambe, Straits Knowledge, Singapore

Measuring the Viability and Impact of e-Learning
How might one assess the ROI of an e-learning infrastructure that support a variety of different business objectives?
Here, in Part II of this article, I consider how to assess ROI for e-learning with these six major business objectives in mind:

1. improving productivity
2. improving quality
3. leveraging human capital
4. reducing risk
5. remaining in the marketplace
6. accessing new markets.

In each section, I describe examples of e-learning, measurement questions to consider, and stakeholders who might be interested in these results.

About the Author

Patrick Lambe is a widely respected knowledge management consultant based in Singapore.
His Master's degree from University College London is in Information Studies and Librarianship, and he has worked as a professional librarian, as a trainer and instructional designer, and as a business manager in operational and strategic roles. He has been active in the field of knowledge management and e-learning since 1998, and in 2002 founded his own consulting and research firm, Straits Knowledge, with a partner. He is former President of the Information and Knowledge Society, and is Adjunct Professor at Hong Kong Polytechnic University.
Patrick speaks and writes internationally on knowledgemanagement.
Patrick has published several books on the subject, including Organising Knowledge: Taxonomies, Knowledge and Organizational Effectiveness and The Blind Tour Guide: Surviving and Prospering in the New Economy.

Sunday, January 24, 2010

E-learning expert urges caution and balance

Please take a closer look at this article by John Gerritsen.

It would be fair to say that Grainne Conole was an early adopter of new technologies. While completing her PhD in chemistry, Conole was using email at a time when her colleagues could not see the point - why not send a letter, they asked.
She had the same experience with the internet. Although attitudes have moved on since then, the professor of e-learning at the UK's Open University is still working at the cutting edge of technology.

She is experimenting with Google Wave - the application billed as the replacement for email - and has become a fan of mobile technologies for learning while many of us are still figuring out how to use all the functions on our cell phones.
Read more...

Source: University World News

E-learning expert urges caution and balance

Please take a closer look at this article by John Gerritsen.

It would be fair to say that Grainne Conole was an early adopter of new technologies. While completing her PhD in chemistry, Conole was using email at a time when her colleagues could not see the point - why not send a letter, they asked.
She had the same experience with the internet. Although attitudes have moved on since then, the professor of e-learning at the UK's Open University is still working at the cutting edge of technology.

She is experimenting with Google Wave - the application billed as the replacement for email - and has become a fan of mobile technologies for learning while many of us are still figuring out how to use all the functions on our cell phones.
Read more...

Source: University World News

Thursday, January 21, 2010

The Scout Report: Research and Education

Check out these highlights from The Internet Scout Project below.

Science Oxford Online

Bolstered by a polar clock in the upper-right hand corner and a collection of intriguing images, the Science Oxford Online website is sure to draw interested parties in with a few clicks of the mouse.
The site was originally launched in 2009, and the aim of the site is to give members of the general public "a feel for new research and get some ideas about how science theories of today might create tomorrow's commercial products."

To find this resource and more high-quality online resources in math and science visit Scout's sister site - AMSER, the Applied Math and Science Educational Repository at http://amser.org.
Read more...

NASA eClips

Science, Technology, Engineering, and Mathematics (STEM) are the focus of this fantastic website by NASA. It's a teaching tool that utilizes video segments to provide flexibility and inspiration for those teaching STEM-related topics to grades K-5, 6-8 and 9-12.
Additionally, many of the advanced grade segments are appropriate for introductory college level courses in these areas. Launchpad is the name given to the lessons for 9-12th graders, and visitors can access it by clicking on the link entitled "Launchpad Grades 9-12" in the menu on the left hand side of the homepage.
Read more...

Writing Guidelines for Engineering and Science Students
Penn State University provides a great web resource for all engineering and science students with the models, exercises, and advice that it gives for over a half dozen type of documents they will likely encounter in their schooling and eventual professions.
Read more...

Source: Internet Scout Project

The Scout Report: Research and Education

Check out these highlights from The Internet Scout Project below.

Science Oxford Online

Bolstered by a polar clock in the upper-right hand corner and a collection of intriguing images, the Science Oxford Online website is sure to draw interested parties in with a few clicks of the mouse.
The site was originally launched in 2009, and the aim of the site is to give members of the general public "a feel for new research and get some ideas about how science theories of today might create tomorrow's commercial products."

To find this resource and more high-quality online resources in math and science visit Scout's sister site - AMSER, the Applied Math and Science Educational Repository at http://amser.org.
Read more...

NASA eClips

Science, Technology, Engineering, and Mathematics (STEM) are the focus of this fantastic website by NASA. It's a teaching tool that utilizes video segments to provide flexibility and inspiration for those teaching STEM-related topics to grades K-5, 6-8 and 9-12.
Additionally, many of the advanced grade segments are appropriate for introductory college level courses in these areas. Launchpad is the name given to the lessons for 9-12th graders, and visitors can access it by clicking on the link entitled "Launchpad Grades 9-12" in the menu on the left hand side of the homepage.
Read more...

Writing Guidelines for Engineering and Science Students
Penn State University provides a great web resource for all engineering and science students with the models, exercises, and advice that it gives for over a half dozen type of documents they will likely encounter in their schooling and eventual professions.
Read more...

Source: Internet Scout Project

Tech & Learning eNews - January 21, 2010

Take a closer look at this Top Stories - 1.21.10



Who do you consider edtech's most influential person?
Top site: Her Majesty the Queen
Four schools discuss how they cut printing costs
100 Web tools to enhance collaboration (Part 2)
Writing in the age of tech
Virtual geometry and geography game

Source: Tech & Learning

Tech & Learning eNews - January 21, 2010

Take a closer look at this Top Stories - 1.21.10



Who do you consider edtech's most influential person?
Top site: Her Majesty the Queen
Four schools discuss how they cut printing costs
100 Web tools to enhance collaboration (Part 2)
Writing in the age of tech
Virtual geometry and geography game

Source: Tech & Learning

2010 Horizon Report Profiles Six Emerging Technologies

The 2010 Horizon Report is the seventh in the series and is produced as part of an ongoing collaboration between the New Media Consortium (NMC) and the EDUCAUSE Learning Initiative (ELI).

The 2010 Horizon Report predicts how emerging technologies will affect teaching and learning worldwide.

The areas of emerging technology cited for 2010 are:
Time to adoption: One Year or Less

  • Mobile Computing
  • Open Content
Time to adoption: Two to Three Years

  • Electronic Books
  • Simple Augmented Reality
Time to adoption: Four to Five Years

  • Gesture-based Computing
  • Visual Data Analysis
Read more...

Related links
Hannah Fearn reports on predictions of emerging technology that will improve teaching and learning
2010 Horizon Report (The Web Version)
2010 Horizon Report (PDF)

Source: EDUCAUSE

2010 Horizon Report Profiles Six Emerging Technologies

The 2010 Horizon Report is the seventh in the series and is produced as part of an ongoing collaboration between the New Media Consortium (NMC) and the EDUCAUSE Learning Initiative (ELI).

The 2010 Horizon Report predicts how emerging technologies will affect teaching and learning worldwide.

The areas of emerging technology cited for 2010 are:
Time to adoption: One Year or Less

  • Mobile Computing
  • Open Content
Time to adoption: Two to Three Years

  • Electronic Books
  • Simple Augmented Reality
Time to adoption: Four to Five Years

  • Gesture-based Computing
  • Visual Data Analysis
Read more...

Related links
Hannah Fearn reports on predictions of emerging technology that will improve teaching and learning
2010 Horizon Report (The Web Version)
2010 Horizon Report (PDF)

Source: EDUCAUSE