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When I was reading Blumenfeld and Rogat's article, the part about authenticity, I encountered the term "BGuILE" and checked it out. If you are interested in, it is a tool and it is not active now, last update is 2002. It says BGuILE, learning environments bring scientific inquiry into middle school science and high school biology classrooms. The environments consist of computer-based scenarios and associated classroom activities in which students conduct authentic scientific investigations.

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.

In the example study four teacher participate a program on technology integration that supports science as inquiry teaching. It is a longitudinal study and the data sources are multiple. Ideas for further research are presented.

We try to do this in ELT nowadays: integrating technology into English lessons via Edtech program. However, ours is a bir superficial I think, when I compare with this.

Here is the reminder of 12 different learning styles and how they intersect with Multiple Intelligences

The existence of learning styles is debatable if I am not mistaken or at least there are researchers arguing against categorizing learners according to these styles. Also there exists different categorizations for them. However it is also true that they are useful in the instruction process and teachers can make use of them if used effectively.

Yeah, I think most of the learning theories to some extent depend on or connect to the said learning styles such as problem-based learning, inquiry based learning or project-based learning. We cannot separate them from our instruction methods.

David Perkins has conducted long-term programs of research and development in the areas of teaching and learning for understanding, creativity, problem-solving and reasoning in the arts, sciences, and everyday life. He has also studied the role of educational technologies in teaching and learning and has designed learning structures and strategies in organizations to facilitate personal and organizational understanding and intelligence. His inquiries reflect a conception of mind that emphasizes the interlocking relationships among thinking, learning, and understanding. The three depend deeply on one another. Meaningful learning aims at understanding and depends on thinking with and about what one is learning. Effective thinking in the subject matters and in general involves understanding the resources of the mind and learning to deploy them sensitively and systematically

Allan Collins is a retired professor of Education and Social Policy at Northwestern University and best known in psychology for his work on semantic memory and plausible reasoning, in artificial intelligence for his work on reasoning and intelligent tutoring systems, and in education for his work on situated learning, inquiry teaching, epistemic forms and games, design research, and cognitive apprenticeship. His famous work with the co-author Richard Halverson is "Rethinking Education in the Age of Technology: The Digital Revolution and Schooling in America" that was published in 2009. I have put the link to download the article presenting a summary of the contents of the book written by Collins and Halverson.

Here is a list of his publications and books: http://allancollins.northwestern.edu/pubs-more.html http://allancollins.northwestern.edu/books.html

Yelda, I am really happy to meet such a study and really curious about reading this paper. As you know, I am interested in technology in education. Therefore, it will be my basic reading. Thanks for your sharing.

This discussion paper examines co-regulation of learning in CSCL environments extending research on self-regulated learning in computerbased environments. The discussion employs a socio-cognitive perspective focusing on social and collective views of learning to examine how students co-regulate and collaborate in computer-supported inquiry. Future research directions include examining the theoretical nature of collective regulation and social metacognition in building models of co-regulated learning.

Project Noah is a tool to explore and document wildlife and a platform to harness the power of citizen scientists everywhere. You can explore and document and share the wildlife around you.

İbrahim, we used Project Noah in one of projects at Canada. It was one of the most preferred app for the preservice science teachers. They recommended using the app for inquiry based learning activities. I especially like the biodiversity map here. Such a useful tool for science classrooms.

You've surely heard the slogans: "Our educational games will give your brain a workout!" Or how about, "Give your students the cognitive muscles they need to build brain fitness." And then there's the program that "builds, enhances, and restores natural neural pathways to assist natural learning."

Fischer's ideas are really interesting. I was most confused about his idea of left-right brained.

As far as I see, this link was shared in this group a long time ago, but I've wanted to make it visible again so that you don't miss it. This is the last post coming from me for this week :).

This article concentrates on collaborative methods in education to highlight their potentials in elevated learning outcomes. In the article, there is also some mention of learning by design and project-based pathways. I guess it is worth to check it out. By the way Edutopia is a great source for educational articles and videos.