What are intelligent tutoring systems and how can students and teachers use them successfully?
-Intelligent tutoring systems are powerful new software programs that promote inquiry learning by students through computer responses to student actions. This tool can be used successfully when a teacher notices a student struggling in a certain area. This source of technology is basically replacing the human tutor, a computer-based tutor can provide children with the structured practice they need to become better academic learners and test takers.Chris Daly
Chapter seven starts off by giving us an understanding of computers and software. It’s important to know that computers consist of hardware’s and software’s. Hardware is the basic machinery and circuitry of a computer and the software is what tells a computer’s hardware to perform specific functions. Almost all computers now come with the Standard Software Applications. These applications are what make all of our lives easier. Some examples of these software applications are: word processing, electronic databases, spreadsheets, web-browsing software, communications software, presentation software, and specialization software. Each of these software programs has their own individual tasks that benefit the user. It can be a challenge choosing educational software to install on classroom computers. Teachers need to make sure that the child is controlling the activities and not the other way around. Also teachers need to be aware that the software does not promote competition, stereotyping or violence. Finally, teachers want the game to favor some kind of long-term thinking over quick reactions. These are all very important factors when choosing in class software programs. Bloom’s taxonomy is another way to evaluate educational software. Blooms taxonomy assesses the extent to which a particular program encourages higher order thinking by students. The original list of Blooms taxonomy consisted of: knowledge, comprehension, application, analysis, synthesis, and evaluation. It had now been revised to: remembering, understanding, applying, analyzing, evaluating, and creating. If teachers are still having a hard time choosing software there are numerous educational organizations that have online resources that assist teachers in selecting software. Examples for a couple of them are: Educational software preview guide, Entertainment software rating board, EvaluTech, and stopbadware.org.
Students are now turning towards expressing and organizing themselves through using visual thinking and concept mapping software. There are students who do not find brainstorming on paper an inspiring way to evoke ideas or solve problems. Students sometimes find their handwriting too messy, or either too confining or time consuming. Programs such as inspiration eliminate these problems for students. Chapter seven finishes off focusing on intelligent tutoring systems. Intelligent tutoring systems are powerful new software programs that promote inquiry learning by students through computer responses to student actions. Because the system is computerized, information can be gathered and presented almost instantaneously so adults and students can see how learning is progressing at any time. These systems are starting to positively impact students, therefore we might see more of these incorporated in the classrooms in the near future!
This is a fun video that gives examples of Blooms Taxonomgy from the show Seinfeld.
Tech Tool Link
-The tech tool link I checked out was "Scratch". Scratch is on online web page for elementary school students to create their own online games. I could see this program being incorporated into student-center philosophy classrooms. Although this web-page isn’t necessarily educational, it could be something offered to students during a free time. On the webpage, kids are able to download the program to create the games or they are able to select already programed games. The site is very easy to navigate through and is well organized for easy access for young children.
Lifelong Kindergraden Group. (n.d.). Scratch . http://scratch.mit.edu/projects/Jonny303/2112151
Edwards, S. A. (2011). Transforming learning with new technologies. Boston: Pearson.