First, I would like to clear up some common concerns.
- "Unsupervised access to the internet poses a danger to students if they give away too much information about themselves to strangers."
- "Having access to computers can only serve as a distraction."
You remember the old "See-Say-Do" speech as you were making your way through school as a young tike? Those techniques are still central to what we call a differentiated methodology. The truth is that student bodies are not only becoming larger in general, but more varied. This means that we must try that much harder to ensure that everyone's best style of learning is represented. Let's kick those old transparent slide-toting projectors to the curb and start using an interactive whiteboard like the Promethean. Think of it as an iPad the size of a classroom's movie screen. Not only is the teacher able to interact with the board directly with a tablet, but it can utilize text as well. Other assistive technologies such as microphones and object magnifiers are fully integratable and compatible. Using ActivInspire software, all the notes taken for the day can be saved and sent to the students individually via email, copied on a printer for their personal use, or posted to a website dedicated to classroom content.
- Example: In order to learn about graphing, students are encouraged to think of monthly payment plans they use to pay for a service. All of them pay their phone bill, so this is the model they decide to go with. Using point slope and slop intercept form, they determine a line that represents how much they pay over time. Then they make a separate line representing how much they must pay if they go over their minutes. Using the graphing, line drawing, and color-coding capabilities, their group is able to save the content and send it to their email addresses, or print it out on a printer if they do not have one yet.
As students advance in their knowledge and the study of Mathematics gets more involved, it is important to give the students respite by showing them the interesting ways in which these strange numbers, characters, and symbols relate to the real world! By having one or two Netbooks available to students working in groups, they can be pointed to multiple examples on the web of the fascinating and even bizarre ways some of these theories are being utilized.
- Example: There is a wealth of websites with pictures of things in nature that are examples of how the Fibonacci sequence was first observed. By putting the students in groups and having them find information and pool it with the group, they can offer each other their perspectives on what they found as well as valuable feedback. This type of peer, group interaction makes my job a lot easier once they have a better idea of what I am going to talk about!
Just to reiterate: supervised use of technology with a specific project in mind can only help the learning process. Hopefully the examples I shared with you will dispense of any preconceived notions some of you may have had about the incorporation of technology in a classroom setting. I know many of you are all for it, but we need to reach a common ground if we are to have any level of success in getting the funds to accomplish this educational goal. To this end, I would love to get your feedback in the comments below. I know there are still some of you I have not had the pleasure of speaking with as of yet, so this is our opportunity to change that! Let's keep the ball rolling, and be sure to also share any ideas or resources that can help us spread the message about our fund drive. And remember, "It takes a village to raise a child."
References:
Roblyer, M.D., & Doering, A. (2010). Integrating educational technology into teaching. (5th ed.). Boston: Allyn and Bacon/Pearson
DISCLAIMER: This blog is an assignment for an educational technology course at National University. It is not a real fundraising blog.