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Offers a few lesson plans based on Math or Science and grade level

"Generation V is not defined by age, gender, social class or geography. Instead, it is based on achievement, accomplishments and an increasing preference for the use of digital media channels to discover information, build knowledge and share insights." Additionally the percentages that create content, contribute, etc. affects classroom and project planning. Do we allow students to "lurk" Findings about these Generation V segments: * Up to 3% will be creators, providing original content. They can be advocates that promote products and services. * Between 3% and 10% will be contributors who add to the conversation, but don't initiate it. They can recommend products and services as customers move through a buying process, looking for purchasing advice. * Between 10% and 20% will be opportunists, who can further contributions regarding purchasing decisions. Opportunists can add value to a conversation that's taking place while walking through a considered purchase. * Approximately 80% will be lurkers, essentially spectators, who reap the rewards of online community input but absorb only what is being communicated. They can still implicitly contribute and indirectly validate value from the rest of the community. All users start out as lurkers."

Great PBL prezi

Stimulating critical thinking using technology has the potential to create more in depth understanding of science and math content by students when engaged in learning activities which integrate in-class and on-line technology resources. Technology tools support stimulation of both inquiry-based and critical thinking skills by engaging students in exploring, thinking, reading, writing, researching, inventing, problem-solving, and experiencing the world outside their classroom. This is accomplished through learning content through the lens of video to multimedia to the internet (Using Technology to Improve Student Achievement, NCREL, 2005).

Researchers at the University of Tennessee list out several myths about learning. The premise that everyone starts with the same base of knowledge about a particular subject, everyone learns at the same pace, everyone learns best by listening, everyone will bridge naturally from theory to application, everyone should learn on his or her own rather than in collaboration and learning is the transfer of knowledge from a teacher to a passive learner results in excessive telling or lecture. "We don't remember information totally; we reconstruct the way information connects to [other] information,"…"That means learners have to reconstruct the interconnectors or forget what they've learned in a short time. The stuff you remember is what you use to make the interconnections." FUN can play a great role in making the interconnections or associations.

Great post on the brain and learning.

Brain Based Education

Microsoft announced this morning at its PDC conference that the next release of Microsoft Office will include browser-based versions of some of its main office software products - Word, Excel, PowerPoint and OneNote.

A direct link to videos on PBL

Videos showing the planning and implementation process of project based learning - great resource!

Fascinating way to dispel myths and stereotypes of all kinds: look at the data. It doesn't lie. It's much easier to see the way Hans Rosling presents it at Gapminder.org

A student on netgened shared this with me based upon his topic "visual data analysis." This is an amazing repository of statistics shown in very cool ways. Great for social sciences.

Students use problem-based learning strategies and techniques to develop findings and make recommendations, along with preparing a press release in this case study.

The only way to truly understand the properties of matter and changes which occur in the properties of matter is to conduct and inquiry-based investigation.

Excellent information on project based learning with a lot of real world examples from edutopia.

web-based timeline software for creating and sharing history and project planning

In this Schools that Work story, we profiled a rural school district in Northwest Georgia using their resources carefully to replicated successful Project-Based Learning. 

Six math projects that integrate real-world math problems are presented as a teaching strategy for helping students develop a greater understanding of math.

"The Kentucky Virtual Library presents: How to do research! Step 1: Plan your project Plan your project tutorial Define your subject Brainstorm What do you already know? Group similar ideas Identify key words and phrases Make a quest strategy Gather your tools Step 2: Search for information Search for information tutorial The Kentucky Virtual Library The library catalog Encyclopedia Reference books: table of contents and index Magazines and newspaper articles Dictionary Search the World Wide Web What if you can't find anything? Step 3: Take Notes Take notes tutorial The KWL method Fact finder method Data sheets Clustering method (also called mapping or webbing) Venn diagram method Note cards Prints and photocopies Bibliography page Step 4: Use the information Use the information tutorial Scan the page first The five finger test Is the information true or bogus? Put it in your own words Organize the information Compare and contrast Put the information in order Add your own conclusions Step 5: Report Share what you've learned tutorial Step 6: Evaluate Ask yourself, "How did I do?" Glossary Back to the introduction page Portal | Home Base (Site Map) | Plan | Search | The Web | Take Notes | Use | Report | Glossary Teacher's Toolbox | Flash Version | Text Only Version Kentucky Virtual Library"