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We are especially familiar with the psychological flow triggers. In this slide, Steven Kohler who is a New York Times bestselling author, an award-winning journalist, and the cofounder and director of research for the Flow Genome Project varies flow triggers in four categories; psychological, environmental, social and creative. Kohler mentions flow triggers in more details in his book called The Rise of Superman. I watched trailers of his book beside watching this slide. I think it is a good point to relate creativity and flow in this way. Also, social and environmental aspects are essential because not in every flow moment, we're alone. So, I think this slide (and the book if you can buy) would be informative for you.

There is a workshop at METU Library on Mendeley. Do not miss this opportunity!!!

For our motivation discussion next week. 

Hi Evrim Hocam; Thanks for sharing this video. I lwatched and istened to it with great curiosity :) Hi Selçuk; I agree with you to some extent. If the point is having students memorize something, it is useful. Yet, if the point is related to deep understanding, it is not very beneficial.

Yes, I agree repetition and passive demonstration may not have as much impact as active exploration. I recommend using these approaches for factual learning or things that require recall. But, for deep learning, other approaches such as problem based learning offer much better results.

Doodle3D Transform is a new 3D app that you can transfom your 2D drawings easily into 3D designs. Beside drawing by hand, you can also scan your photos or upload existing ones. After completing designs, you can send to 3D printer and have it. This project attract much attention at Kickstarter and they collected enough fund. This application can not be a sort of augmented reality one, I don't know but I want to share. I think, it is very usable and helpful for especially kindergarten students. Besides, while STEM is gaining many attention at the education society; this app can also be usable at other level with developing some extensions. Creativity is very important for all students at education and it is very appropriate for that mission. Using pen at our mobile education is still can be spectacular sometimes and I cannot imagine what will possibly happen if developers of that application succeed.

I want that! Where we can buy it?:)) Especially for kids it is really helpfull and enjoyable to realize which they draw something. It is like dreams come to the reality:)

:)) Now the beta version is accessible for Kickstarter backers and the final version come out at February. You can get detailed information from their website; http://doodle3d.com/ I continue to follow that project, I will also share the developments at there.

Coursera is one of the best platforms for computer supported collaborative learning. There are numerous classes from the top universities in the world, and the expansion of these classes are run through discussions in class forums. Lots of people get together to create projects and share them with their peers.

Although online courses has some disadvantages, that platform is beyond online courses I think because it allow followers interaction instead of just slides or videos. Also I do not remember the exact details but when that platform was founded, the demand for one course was over the expected and the system was broken. Then, the same lesson began to be given as formal education and at all users who completed the course with 100 points are the ones who take the course online.

Coursera was suggested me to improve my academic speaking skills by my adviser so I have a coursera account :) There are presentations, online courses, online exams and homework etc. Also, you can get a certificate that is valid international after completing the course successfully. Unfortunately, I did not benefit from it because the price of the course was too high, therefore I gave up the course.

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.

The article is on the integration of case-based reasoning to problem-based learning, it is an example to a merging of them. Examples of science instruction can be found and CBR in detail is explained by Kolodner and her colleagues.

I liked Table1 - Design-based research variants and methods and Table-2 Characteristics of design-based research. Thanks.

"Design-based research and TELE (Technology-enhanced learning environments) designs are reciprocal and, thus, need to be interdependent. In order to stimulate contextually-sensitive practices of learning and instruction in the design and implementation of TELEs, practical, detailed, and contextual advice is necessary. Design-based research, as a pragmatic methodology, can guide TELE designers while generating practical knowledge to be shared among a broad design community. Conversely, TELE design theories, models, and procedures need to ensure that design-based research methodologies can be made operational, formalized, and systematized."

Something about how language functions. I especially suggest you to check Broca and Wernick areas, which are really interesting.

Dr Kalyuga is a Professor at the School of Education, the University of New South Wales, where he has worked since 1995. His research interests are in cognitive processes in learning, cognitive load theory, and evidence-based instructional design principles. His specific contributions include detailed experimental studies of the role of learner prior knowledge in learning (expertise reversal effect); the redundancy effect in multimedia learning; the development of rapid online diagnostic assessment methods; and studies of the effectiveness of different adaptive procedures for tailoring instruction to levels of learner expertise

While playing computer games, children learn English, thinking and deciding quickly and even how to rule a kingdom. Is there anything new for us, as prospective teachers, to develop our teaching? It seems that some people think so.

The website describes how Professor Paul Harris advises the interactive learning company Mindshapes on incorporating educational principles into the development of websites and apps for young children.

I think games always work and the company seems really successful at locating the points children may find interesting and enjoyable. After reading your post, I watched a video at youtube, Hickory-Dickory Dock and it was very enjoyable. It teaches not only vocabulary but also how to tell time. It seems a really effective tool. Like the company, I also think that students should be exposed to the changes in the technology. There is always a world outside the classroom and they should keep themselves up-to-date. And our job is to provide them with such opportunities.

Actually your point is really important, changes in the technology should be followed and used as a tool in the classroom, the tools that are significant in terms educational value for sure. Or the other end would include only games on stealing or killing as mentioned. I have checked out Hickory-Dickory Dock now and it seems effective to me as well. The website "mindshapes.com", provides us with detailed information on the games.

The link is to an interview with Etienne Wenger, who is an educational theorist and practitioner, best known for his formulation (with Jean Lave) of the theory of situated cognition and his more recent work in the field of communities of practice. There are various questions in the interview and can help us understand in detail.

A center for cognitive tutor program. The definition from the website: "Our research focuses on the development of Cognitive Tutors -- instructional systems that support guided learning-by-doing. Drawing from the disciplines of artificial intelligence, cognitive psychology and human computer interaction, we develop systems that provide individualized assistance to students as they work on challenging real-world problems in complex domains such as computer programming, algebra and geometry. Individualized guidance is made possible using detailed computational models of skills and misconceptions underlying a learning domain."

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 talk was given at a local TEDx event, produced independently of the TED Conferences. In her TEDxJacksonville talk, she vividly depicts the incalculable value of memory and movement, and the devastating biological effects of these diseases on the brain. She also details recent advances in computing technology that may help elucidate treatment targets for Alzheimer's and Parkinson's diseases. "We are now building revolutionary computer simulations of neurons," she explains, "so we can have better insight into the molecular behaviors of neural cells so we can see a play-by-play of the interworking of neurons rather than static pictures frozen in time."

Curiosity is an app that gives you detailed random facts in a daily feed on any topic (literally any topic: from the life of Pablo Escobar to what backfire effect is). It also has a great interface and visuals. This may not make you an expert, but definitely a jack of all trades.

plus it may give you a diffirent ideas for creativity and find your interests. looks great!