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Theories, Models, and Frameworks of Learning for Educational Research and Practice. This knowledge base features learning theories, models, and frameworks that address how people learn. Each one is summarized and discussed in an easy-to-read, easy-to-understand format. This site is useful for students and scholars of various fields, including educational psychology, instructional design, digital media and learning, and more.

This Documentary published by Discovery Channel for a while and actually can be a great example for situational learning! Basically they have to survive in a forest without any technology and clothes. Sometimes it is really fun to watch when they are trying to find a solution to eat or sleep.

It is an application for mobile phones which you can view elements as virtual from your screen. You can view all elements seperately and also, if you put together them, they can from a product that you can see from the screen. The principle is very simple, after you install the application to your phone you can download the pdf of element cubes from the websites. You can also, view the demo from the website of app; http://elements4d.daqri.com/#demo

I think this app looks fine to visualize an abstract topic which is elements. I agree with you Armağan about the necessity of appropriate curriculum. For example, an activity could be helpful that allows to students arrange the locations of elements based on their atomic radius in a periodic table. Therefore, the students can observe atomic radius of elements is increasing or decreasing when running left to right in rows and running up and down in columns of the periodic table. Like Selçuk said that those applications are used in other fields too. I've seen some works of Bilal Özçakır when I joined at a presentation. He visualizes the geometric shapes in 3D from QR codes. For example, you see a geometric shape from every perspective of it and you test yourself with how top or bottom perspectives of a geometric shape looks like by looking its one side. Thus, you have a realistic experience with virtual objects in immediacy.

I wrote at OdtüClass forum that interested people get learn from the beginning about developing at least basic applications. When I talked with Özçakır, he also said to me he learned the whole process from the online sources with his efforts. Of course, instead of open-source applications; the aim will be be to gain money but I think appearing more amateur applications cause many advantages at these areas.

It's a really informative video which explains project based learning. I liked its clear guiding questions to make students reach the solution just like experts.

I impressed his creativity and I thought that it's worth to share it although it's not much about education. But, he can give you an inspire! :)

Tynker is the English online platform where the students (children) are taught programming. The aim of the platform is to provide a solid infrastructure for STEM to prepare for the 21st century. Its slogan is "the easiest way to learn programming at school" and more than 20,000 schools use this program. It also include design base learning. I think learning programming at early ages is very important for children to develop their critical and algorithmic thinking skills. This platform facilitates both teachers' work and makes it fun for children.

I really like the program. Even I can use it to learn the basic things from this program. Thanks for the share!

a TPACK-in-Action model to guide the design of the CALL (Computer Aided Language Learning) Workshop in helping in-service English teachers develop their TPACK proficiency and integrate CALL in their classrooms.

Part 1 of Series of five videos: I really enjoyed watching the video, it is a nice presentation of TPACK. Here are the links for the other videos: http://www.youtube.com/watch?v=B9gB6AP3BEs http://www.youtube.com/watch?v=FOYCmPUVFfs http://www.youtube.com/watch?v=s_bgeohrV_k http://www.youtube.com/watch?v=a-NhPA9yL3A

"Codecademy - Learn to code interactively, for free"

What makes a tutor intelligent? Its design to simulate a human tutor's behavior and guidance. Evrim Hocam I see your point:) but I think it's a basic intelligent system, isn't it?

Mustafa, I was just wondering how the literature on ITSs define "intelligence" in their context. What makes a system intelligent? Let's elaborate more on this in class.

The article from International Journal of Artificial Intelligence in Education focuses on the hypothesis that an intelligent tutoring system that provides guidance with respect to students'meta-cognitive abilities can help them to become better learners.

I think the research design they follow is detailed, there is development of a model and then validation of it over time. I have checked one of the authors' recent publications and realized that he has researches on self-regulation during learning ,example-tracing tutors, interesting concepts to examine.

This is an example of a physics tutoring system that is designed to be the homework component of an introductory physics course.

It was developed by the Pittsburg Science of Learning Center-LearnLab. We can check some of their recent research and projects at http://www.learnlab.org/

* Mix and match the components of Flow; * Keep the user's experience within the user's Flow Zone; * Offer adaptive choices, allowing different users to enjoy the Flow in their own way; and * Embed choices inside the core activities to ensure the Flow is never interrupted.

Questions To Be Raised: What do you think of Motivation and Cognitive Engagement for Students with ADHD? Could Montesorri design be sustainable with ADHD Students?

Here you can find all information, tools and other extras about LBD. Janet Kolodner, a pioneer in this field, is responsible for this webpage.

To read more about SMILE software which enables to benefit from case-based reasoning