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The tedtalk related to how to learn things especially practical things is very enjoyful. In this video it is emphasized that everyone can learn whatever they want in twenty hours. But there are some requirements for this type of learning that are: deconstruct your skill, learn enough to self-correct or self-edit, remove practise barries, and prastice at least 20 hours. the only barrier to have any skill is only emotional.

2o hours to learn something sounds interesting. But, I don't think 20 hours would be enough to learn some practical things. Learning English can be a good example of that. Despite the many ads claiming to teach English in a short time, I have not come across any method to teach English in a short time.

It was really fun to watch.What drew my attention was the quote `The major barrier to skill acquisition isn`t intellectual...it`s emotional yet the quote reminded me of another quoate :)from the readings of this week `the journey to truly superior performance is neither for the faint of heart nor for the impatient.`Although both shares the view that once should be open, courageous,eager to learn, they differ in the sense that genuine expertise comes with struggle, sacrifice and there aren`t shortcuts as in learning how to play the guitar with `four chords`.Instead, one has to invest time wisely for a bit of a period of time to apply it as an expert.Take for example,art lessons.One cannot learn and paint in 20hrs if he/she is not very talented.

You can find examples for the adoption of CSCL and its benefits like enhanced course content knowledge, increased confidence in applying course knowledge and skills, stronger collaboration skills (arguing ideas, making decisions, providing solutions), greater ability to create instead of simply consume knowledge and added benefits of leadership and presentation skills

The outcomes: enhanced course content knowledge, increased confidence in applying course knowledge and skills, stronger collaboration skills (arguing ideas, making decisions, providing solutions), greater ability to create instead of simply consume knowledge, and added benefits of leadership and presentation skills, can also be applicable to our case. I think our course equips us with similar skills and outcomes.

Good example of DBR and CSCL.

Here is a video showing how a tutor works

Ok, thank you :) I thought if a teacher is using this tool for example, s/he can enter some skills beforehand.

Thank you Halil, it's a very good example. And Canan mentioned a good point but I have a question: If we use these kind of systems, do we need empty tools for teachers which they can fill for their own instructional purposes or do we need a complete environment which teachers will just use?

Many UK children have become less confident about succeeding in life by the time they leave school, a report says. The study by think-tank Demos says some pupils feel school is just preparing them for exam success. It urges the government to help schools and colleges explore how self-belief, perseverance and resilience can be instilled in pupils.

I think that not only UK chidren but also our children less confident and unhappy in real life. If same research is done in Turkey, I think that similar results can be obtained. Students spend 12 years in school (primary school, secondary and high school). And they learn socialising, success, failure in school. In traditional classrooms, success is gaining high score in exam, ranked in first three in competition and failure is gaining lower scores on exam. When students leave the school, they face with new environment that is not similar to school. I think, therefore, they can not adopt to this new environment they feel unhappy and less confident. For this reason, schools should bring the skills and qualities that are needed for out of the school. Community service course, role playing, field works should be done in the schools to introduce real life experinces to students. In addition, changing the laerning activites, assesment procedures in school also can be helpful for real life experinces.

In several videos it was said that we start to prepare our pupils for jobs that are not invented yet. It is because there are lots of information production and exchange throughout world now, which makes lots of jobs become obsolete in short period of times. Our students need to have skills to locate, synthesis, and evaluate information and adapt theirselves to new contexts instead of having static knowledge about specific jobs.

This animated video explains Mihaly CSIKSZENTMIHALYI's Flow Theory. So, how much of your time do you feel in the apathy part of the graph?

I haven't read this book before, but as I understand from the book review, it worth to be read. I suggest you to watch this review for understanding the relationship between challenge and skill better.

A good summary of the flow ;)

They arrange activities in the forest to boost children's creativity, and develop and manage their social and physical skills.

Children learn to manage the risk! It is very important for us as humans surviving through nature. Therefore it sounds good because it contains decision making as well. However preparing such an environments can be so much risky!! Preparation and implementation should be carried carefully.

Many of the approaches implemented in Nordic countries focus on child's development as a responsible individual of himself/herself and of the environment. This is a great example that connects children to nature.

A webpage explaining a general overview of theories related to learning and motivation. You can scroll down to see the animation explaining the balance between skills and challenges. 

I liked this article because the figüre illustrating Maslow's hierarchy of needs was illustrative. The article differentiates btw mastery and performance goals. It emphasizes self efficacy and Weiner's Attribution theory and finally has a different figure for flow.

A nice illustrative video on cooperative learning. It says there are five elements of true cooperative learning: 1. Face to face interaction 2. Positive interdependence 3. Individual accountability 4. Collaborative skills 5. Group processing. Face-to-face interaction does not necessary occur in physical environment. Phones or video-conferencing tools can be used in that process which leads to CSCL.

GraphoGame based on the scientific follow-up study of Finnish children at familial risk for dyslexia. It's effiicent in instructing children's literacy skills.

This study conducted in Standford University School of Medicine reveals that brain scans from 8-year-old children can predict gains in their mathematical ability over the next six years. That is a great development to learn students' math ability and provide proper type and level of education accordingly.

This video is about how to integrate technology in PE classroom by using aurasma app. A basketball coach tries to teach three basic basketball skills with augmented reality platform. Also, she shows how this aurasma app is used step by step. Enjoy!

I mentioned at OdtüClass forum abou the flexibility of that Aurasma platform and this video is the good example of it. I think that platform can be fitted to any area with the right design.

Although it is a nice though, it is not very effective for the sport enviroment. While you are practicing, it is really hard to run around with an ipad. But i agree the way of teaching. Maybe they can design a diffirent tool for more effective trainings.

TeachLive of the University of Central Florida is a virtual platform that the teachers can test out their classroom management skills before going up on the "big stage". What it basically does is to place a teacher-in-training in a virtual classroom populated by computer-generated students. A Skype conference call and a Microsoft Kinect motion sensor power the high-tech pantomiming behind the platform. It's currently being used at more than 80 campuses across the U.S. to train some of the next generation of educators, and it appears to be working.

Very interesting. I was thinking for a similar program for training clinical psychologists. Looks like it'll be a thing in the coming years.

This is a very useful platform, I think. Pre-service teachers are facing some problems at classroom management. I always think it is absurd to give classroom management lesson at theoretical and that is the best way to teach teacher candidated.

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.

This simple video makes the essential elements of project based learning (PBL) come alive and brings to light the 21st Century skills and competencies (collaboration, communication, critical thinking) that will enable K-12 students to be college and work-ready as well as effective members of their communities.

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.

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!

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.

This link contains a small writing of Roy Pea, learning sciences pioneer. Putting on emphasis on the guidelines of mathematical education it also shares some ideas on how to use technology for mathamatic teaching. I find it interesting that although this is a 31-year-old document, ideas about teaching is quite up-to-date. Article contains ideas on the aim of the mathematical education which is to nurture problem solving skills and suggests softwares should be harmonious with this fact instead of drill and practice softwares.