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A case study in situated learning

This video mentioned about a film noir murder mystery. Gadget solved this crime with case-based reasoning :)

An introduction to case-based reasoning with the presentation, it includes examples. The author actually had many publications on case-based reasoning and workflow, I dont know what that is:)

I like this website as it is full of cases. I strongly recommend it as you can learn how TPACK is in practice.

A nice reading for cased-based reasoning. The rest of this paper is structured as follows: The next section gives a brief historical overview of the CBR field. This is followed by a grouping of CBR methods into a set of characteristic types, and a presentation of the descriptive framework which will be used throughout the paper to discuss CBR methods.

Dexter is he using case based reasoning? :)

This is an illustration depicting the case-based reasoning cycle. The loops are shown as Kolodner states, starting with the choice of choosing a case.

Application of cased based learning in a class.

This article contrasts and compares analytic approaches to common problems at two comparable institutions. In keeping with this intent, it features complementary sets of issues focusing on recruitment and related issues at UMES and retention at BSU. UMES does extend its efforts into student retention, though the details are not explicated in the article. Additionally, UMES is implementing the retention-focused aspects of Starfish Early Alert as BSU has done. Still, there are differences in approach: UMES relies primarily on the flag-centered model, while BSU relies on the student-centered model for interventions. Both institutions have integrated commercial products for data collection, analysis, and response, but BSU has invested in a locally developed analytic engine, while UMES has repurposed an investment in Microsoft's Performance Point to support collection and analysis. Use of analytics in support of student retention and success is increasingly strategic to UMES and BSU. In an effort to improve access to higher education for minority and economically disadvantaged students, who often have educational deficiencies, both universities have reached out to many at-risk students. The institutions feel an obligation to assure that these students succeed. Analytics provides an important, and previously underutilized, tool set for the institutions to achieve this. These issues are increasingly common in higher education, and the approaches taken should be broadly applicable.

This video includes a case study from Biology department of Bristol University. Re-development of a compulsory second year unit "Science and Success: Writing, Speaking and Communicating Science" switched from a paper-based to an online system. All aspects including submissions, peer collaboration, feedback, and marking happen online, using Blackboard. Feedback data is downloaded from Blackboard into Excel, where it is manipulated and turned into feedback packages for students. The results yeals a great positive impact of online collaboration on students.

Thank you Özlem. This video is a good example of integration of CSCL to a course.

There are many theories in this page that we should be interested in in this page as learning sciences students. An example of two groundbreaking research results in learning sciences is (1) Entwistle's Phenomenography theory This conceptual framework focuses on the experience of learning from the student's perspective and is based upon a phenomenological approach to research. Entwistle explains: "Our task is thus to describe more clearly how learning takes place in higher education and to point out how teaching and assessment affect the quality of learning. From these descriptions teachers should be able to draw their own lessons about how to facilitate their students' learning" (Marton, Hounsell & Entwistle, 1984, p.1). (2) Festinger's Cognitive Dissonance Theory According to cognitive dissonance theory, there is a tendency for individuals to seek consistency among their cognitions (i.e., beliefs, opinions). When there is an inconsistency between attitudes or behaviors (dissonance), something must change to eliminate the dissonance. In the case of a discrepancy between attitudes and behavior, it is most likely that the attitude will change to accommodate the behavior.

Microsoft HoloLens is the first self-contained, holographic computer, enabling you to engage with your digital content and interact with holograms in the world around you. It is a miraculous device, I think. When watched the video, it is einevitable not to be excited. Its sale is only for app developer and it is also expensive, 3000 $. However, as it become widespread and develop, it may be a routine device. Also there is another video video, shot at Case Western Reserve University, shows doctors examining bodies as they float in midair, creating a new way to teach anatomy. https://www.youtube.com/watch?v=SKpKlh1-en0 Think about the time when that device become reachable easily, think about using it at the classes commonly. Maybe changing curriculum according to these or another augmented reality ones. I think, there could be revolution at education with these steps in the future. That pictures are taken from the presentation of that device; http://s01.shiftdelete.net/img/general_b/15-10/06/hololens.jpg http://s01.shiftdelete.net/img/content/15-10/06/hololens-2-1444146365.JPG Also, there is a funny(or sad) photoshop work related to possible usage of device at our country; http://s11.postimg.org/cukj78a4z/holoturk.png

I love it!

Purdue Polytechnic involves the Renaissance Academy Students to build a remote-controlled helicopter. Great example of learning by design :)

In this video kids build their designs and exhibit them, hence their parents could see what their children do, how they learn etc.

In that video, there is a project called Kids Build. Children built cities based on given maps of Boston. They construct the city environment by different materials. Although, it seems really fun, I did not understand what teachers target to teach students? Is it for only creativity? Since children are not so grown up, concrete thinking was targeted I think. Still, what was the "content" is still blur for me. edit: Opps, duplicate :).

Here's a previously-shared example of learning by design by "Kids Build!" project. I think just getting the hands of the kids dirty is an outcome by itself. Although they do not possess abstract thinking skills at such a young age, I still think these are the ages when an interest sparks in the child, which could then turn into a passion.

it seems that we will try to go to some Chinese Universities in ten years time, instead of Europe or States.

In my opinion education policy of the countries do not be planned based on the students' academic achievement. Real achievement of an education system could be observed as individuals' adaptation to life. For example the main vision of the elementary science curriculum defined by Ministry of National Education of Turkey [MONE] (2005) is that regardless of the individual differences of students, they are educated to become scientifically literate, the uniqueness nature of the learner; background and culture of the learners and motivation of the learners were taken into consideration in the development of the curriculum (MONE, 2005), but putting those in the practice is very difficult.

Also, as mentioned in the text "… those results come at the cost of one of the highest levels of student anxiety in the world." Anxiety is very important and big research area in educational psychology also the news in the link http://www.chinadaily.com.cn/china/2010-04/10/content_9710997.htm exemplifies its importance in Chinese case.

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

International Conference on Case-Based Reasoning website. You can check proceedings.