During the summer a friend of mine told me about this book and the blog. I have been reading some of it and I found it really useful, great tips to improve communication with your kids.
Take a look: http://tenpowerfulthingstosaytoyourkids.tumblr.com/
I just read this very interesting article with great tips on how to help us and out children in a Digital world:
Please follow the link to: http://www.handsfreemama.com/2013/07/23/to-love-protect-a-child-in-a-digital-world/
GradFly is a platform for young students to build an online portfolio of their science projects, in order to attract colleges and employers when they leave school.
28th May 2013 in Education. We’ve already seen a social network for kids that enables them to showcase their DIY talents, but our latest spotting aims to go one step further. GradFly is a platform for young students to build an online portfolio of their science projects, in order to attract colleges and employers when they leave school.
Young people taking science, technology, engineering and mathematics courses and participating in computing and robotics clubs at school can often mention these on CVs and application forms, but they don’t really tell the full story behind the projects they’ve actually worked on. Much like Behance does for creative students, GradFly enables users to upload multimedia galleries of their previous high school or college initiatives to showcase their talents in one place. As well as benefitting from the support of a community of peers, GradFly also acts as a place for education institutions and companies to scout out interesting and groundbreaking work, which would otherwise be hidden behind school walls. Indeed, the site goes even further by analysing their profiles and suggesting colleges, internships and jobs that match the kind of work they’ve been doing. Students can also participate in contests to win scholarships and prizes, as well as raise awareness of their work. According to reports, NASA is already signed on to sponsor student aeronautics competitions through GradFly.
Launching in the next month or so, GradFly goes some way to help STEM students – whose skills are in high demand in today’s technological world – connect with the careers and learning opportunities that otherwise may have alluded them. Recruiters – who pay for premium access and usage of the site – also benefit from being able to see the students that really match their needs. Could this model be profitable for other industries?
Website: www.gradf.ly
Contact: info@gradf.ly
Spotted by: Murray Orange
Platform showcases students STEM skills to future employers and colleges | Springwise.
Kids’ Apps and Games to Make Summer Days Fun
You’ve got a creative kid, and summer break gives your kid more time to stretch those creative muscles in fun ways. And creativity is more than arts and music — making, tinkering, and experimenting are all ways kids can be creative. Whether they want to write code for a video game or make an origami crane, kids can explore their creative side with some of our favorite apps, games, and websites. Let the making begin!
These categories can help guide you to the best creativity tools based on your kids’ interests. We also give tips and activities you can use to support your kids as they make and create!
We rate media on both age-appropriateness and learning potential based on developmental criteria from some of the nation’s leading authorities. We make recommendations about which age each title is appropriate for. Then we evaluate the learning potential with these ratings: BEST, VERY GOOD, GOOD, FAIR for learning, or NOT FOR LEARNING.
Common Sense Media is the leading independent nonprofit organization dedicated to improving the lives of kids and families by providing the information, education, and independent voice they need to thrive in a world of media and technology.
Parents often ask us to suggest good books for their kids — ones that will engage, entertain, and maybe even enlighten them. So we’ve scoured our recommendation lists and consulted with teachers, librarians, and book critics to assemble what we consider essential titles for your home bookshelves or to download to your ereader, smartphone, or tablet. From the classics to more recent must-reads, fantasy to funny, we have more than 150 great book suggestions for your kids and teens, from bedtime stories to chapter books to true literature, and more. Just search our themed categories, and you’ll find all of our picks arranged by age groups.
Our goal in creating this guide was to choose books that are proven to click with all kinds of kids — and can encourage them to become lifelong readers. The list is mainly fiction, because stories really grab kids. And we didn’t shy away from controversial books, trusting that our age ratings and detailed reviews will help parents decide what’s appropriate for their kids.
Our expert editors are completely independent; we’ve provided buy links for many books, but they’re simply for your convenience.
Power Up!
A fresh look at learning
If your child has a special need or learning difference, you’ve come to the right place. Common Sense Media gets lots of requests for product recommendations from parents whose kids struggle with traditional learning. Some of their kids have a hard time with schoolwork; others have trouble staying on task or find it difficult to express their feelings.
Our hope for you and your kids
No matter which hurdles your kid faces, the apps and other media included in Power Up can give them an added boost. We don’t expect an app to be a complete solution, of course. Working with kids who face challenges requires lots of time, attention, and patience on the part of a parent, teacher, or other adult caregiver. Our goal is to offer you a host of fun, well-designed apps that were recommended and tested by field experts. We hope they can become a part of your toolkit as you work with your child.
About the categories
Apps are arranged by challenge area and difficulty level. For each challenge area, we’ve included an informational overview with a list of typical challenges that kids face, help for choosing apps that match kids’ needs, and further resources. You’ll also find Power Tips with ideas for other activities you can do.
We’ve done our homework
Lots of work went into creating this guide. Our team spent several months surveying research, conducting interviews, and field testing products with field leaders, experts, teachers, and parents. In addition, Gayl Bowser, an expert in the field of special needs and technology, helped select products and authored the guide.
Power Up: Apps for Kids with Special Needs and Learning Differences | Common Sense Media.
A paper published in Psychological Science in the Public Interest has evaluated ten techniques for improving learning, ranging from mnemonics to highlighting and came to some surprising conclusions.
The report is quite a heavy document so I’ve summarised the techniques below based on the conclusions of the report regarding effectiveness of each technique. Be aware that everyone has their own style of learning, the evidence suggests that just because a technique works or does not work for other people does not necessarily mean it will or won’t work well for you. If you want to know how to revise or learn most effectively you will still want to experiment on yourself a little with each technique before writing any of them off.
Elaborative Interrogation (Rating = moderate)
A method involving creating explanations for why stated facts are true. The method involves concentrating on why questions rather than what questions and creating questions for yourself as you are working through a task. To do this yourself, after reading a few paragraphs of text ask yourself to explain “why does x = y?” and use your answers to form your notes. This is a good method because it is simple, so anyone can apply it easily. It does however require enough prior knowledge to enable you to generate good questions for yourself, so this method may be best for learners with experience in a subject. The technique is particularly efficient with regard to time, one study found that elaborative learning took 32 mins as opposed to 28 mins simply reading.
An example of elaborative interrogation for the above paragraph could be:
Elaborative learning is useful for proficient learners because it allows them to apply their prior knowledge effectively to process new information. It is rated as effective because it is time efficient and relatively easy to perform.
“The current evidence base for elaborative learning is positive but lacking”
Self Explanation (Rating = moderate)
A technique that is useful for abstract learning. The technique involves explaining and recording how one solves or understands problems as they work and giving reasons for choices that are made. This was found to be more effective if done while learning as opposed to after learning. Self explanation has been found to be effective with learners ranging from children in kindergarten to older students working on algebraic formulas and geometric theorems. Like elaborative explanation, self explanation benefits from its simplicity. Unlike elaborative learning, self explanation was found to double the amount of time spent on a task in comparison to a reading control group.
“The core component of self-explanation involves having students explain some aspect of their processing during learning”
Summarisation (Rating = low)
An old staple, tested by having participants summarise every page of text in to a few short lines. Summarising and note taking were found to be beneficial for preparing for written exams but less useful for types of tests that do not require students to generate information – such as multiple choice tests. Summarising was rated as being likely less beneficial than other methods available but more useful than the most common methods students use – highlighting, underlining and rereading.
“It can be an effective learning strategy for learners who are already skilled at summarizing”
As you might have guessed, I personally find summarising to be very effective – my love of taking notes is probably what drove me to blogging in the first place. I love the function of being able to “ctrl-f” or search my notes folder for the fact that’s on the tip of my tounge. Since starting blogging I love that I can throw a phrase I’m after in to Google along with ‘neurobonkers’ and instantly have the relevant fact in front of my eyes. On a vaguely related note – some have suggested that the ability to Google spontaneously is destroying your memory – but based on the evidence I can’t say this is a view I agree with.
Highlighting and underlining (Rating = low)
The runaway favourite technique of students was found to perform spectacularly poorly when done on its own under controlled conditions. It seems pretty intuitive that highlighting alone is ineffective for the same reasons it is so popular – it requires no training, it takes practically no additional time and crucially, it involves very little thought above the effort taken to simply read a piece of text.
It’s worth remembering that this study only assessed research examining highlighting/underlining as a stand-alone technique. I’d be interested to discover how effective highlighting is when paired with other techniques.
The keyword mnemonic (Rating = low)
A technique for memorising information involving linking words to meanings through associations based on how a word sounds and creating imagery for specific words. Much research has found that mnemonics are useful for memorising information in the short term in a range of situations including learning foreign language, learning people’s names and occupations, learning scientific terms etc. However, it seems the keyword mnemonic is only effective in instances where keywords are important and the material includes keywords which are inherently easy to memorise. The review cites one study for example that required students to use mnemonics to memorise English definitions that were not well suited to keyword generation – the study found that the control group outperformed the group using mnemonics. More worrying – it seems that though the keyword mnemonic has been found effective for aiding short term recall, it has been demonstrated to actually have a negative effect when compared to rote learning in the long term. So, the mnemonic might be useful for remembering definitions the week before an exam but it doesn’t seem to be much use when used in any scale as a long term memory aid.
Imagery for Text Learning (Rating = low)
Experiments asking students to simply imagine clear visual images as they are reading texts have found advantages when memorising sentences, but these advantages seem much less pronounced when longer pieces of text are involved. Interestingly, visualisation was found to be more effective when students listened to a text than when they read text themselves, implying the act of reading may make it harder to focus on visualising. A major problem with imagery research is that most researchers instructed one group to visualise but did not follow up to see if they actually did. One experiment that checked afterwards found that some participants instructed to imagine did not, while some participants in the control group reported using visualisation on their own accord. It is therefore likely that imagery could be a more useful technique than this evaluation currently demonstrates – it is certainly an easy technique to use, so there is little harm in trying. Perhaps more interestingly, imagery research has found that drawing does not seem to improve comprehension and may indeed actually reverse the benefits of imagery. Finally, though imagery is reported to be more versatile than the keyword mnemonic, it has also been found useful only for certain situations. For example, imagery was not been found to be effective to help students answer questions that required inferences to be made from the text, nor was it been found useful for answering questions about a passage on the human heart.
Rereading (Rating = low)
Overall, rereading is found to be much less effective than other techniques – however the research has drawn some interesting conclusions. Massed rereading – rereading immediately after reading – has been found more effective than outlining and summarising for the same amount of time. It does seem however, that rereading spaced over a longer amount of time has a much stronger effect than massed rereading.
Practice Testing (Rating = High)
This is where things get interesting; testing is often seen as a necessary evil of education. Traditionally, testing consists of rare but massively important ‘high stakes’ assessments. There is however, an extensive literature demonstrating the benefits of testing for learning – but importantly, it does not seem necessary that testing is in the format of ‘high stakes’ assessments. All testing including ‘low stakes’ practice testing seems to result in benefits. Unlike many of the other techniques mentioned, the benefits of practice testing are not modest – studies have found that a practice test can double free recall!
Research has found that though multiple choice testing is indeed effective, practice tests that require more detailed answers to be generated are more effective. Importantly, practice testing is effective when you create the questions yourself.
So how can you apply this research? Students can create flash cards (or even use free software to do this). Alternatively students can use a system such as the Cornell note-taking system (Example PDF) which involves noting questions in a column next to their notes as they learn. This finding looks like wonderful news for MOOCS which typically use intensive practice testing as a primary method of teaching. The finding is also great news for students – as practice testing actually takes up much less time than other methods such as rereading, which practice testing far outperforms!
Try it yourself: Can you name and explain two methods of self-testing?
Distributed Practice (Rating = High)
Have you ever wondered whether it is best to do your studying in large chunks or divide your studying over a period of time? Research has found that the optimal level of distribution of sessions for learning is 10-20% of the length of time that something needs to be remembered. So if you want to remember something for a year you should study at least every month, if you want to remember something for five years you should space your learning every six to twelve months. If you want to remember something for a week you should space your learning 12-24 hours apart. It does seem however that the distributed-practice effect may work best when processing information deeply – so for best results you might want to try a distributed practice and self-testing combo.
There is however a major catch – do you ever find that the amount of studying you do massively increases before an exam? Most students fall in to the “procrastination scallop” – we are all guilty at one point of cramming all the knowledge in right before an exam, but the evidence is pretty conclusive that this is the worst way to study, certainly when it comes to remembering for the long term. What is unclear is whether cramming is so popular because students don’t understand the benefits of distributed practice or whether testing practices are to blame – probably a combination of both. One thing is for sure, if you take it upon yourself to space your learning over time you are pretty much guaranteed to see improvements.
Interleaved Practice (Rating = Moderate)
Have you ever wondered whether you are best off studying topics in blocks or “interleaving” topics – studying problems of different types in a slightly more haphazard fashion? Unlike the other methods discussed above, there is far less evidence to go on. The research that has so far been conducted seems to suggest that interleaving is useful for motor learning (learning involving physical movement) and cognitive tasks (such as maths problems) – where benefits of up to 43% have been reported. It also seems that like distributed practice; interleaved practice seems to benefit longer term retention:
“Accuracy during practice was greater during block trials but accuracy a day later was far higher for students who had received inter-leaved problems.”
So why do we use the wrong techniques and which should we use?
The review looked at a range of educational psychology textbooks and found that despite the wealth of research evidence, none of the textbooks that were reviewed covered all of the methods described above – and in those that covered one or more, the coverage was minimal. So if you happen to be an educational psychologist looking to write a textbook, you’re not in a bad position. We are all expected to be able to learn but currently we don’t ever really get taught how to learn. So next time you have something to learn why not take a second to create a schedule to distribute your practice, while you’re reading – instead (or as well as) taking extensive notes why not write yourself some practice questions with a special focus on why questions; and when you are learning a new skill why not write a detailed explanation of how you answer the questions. This doesn’t mean you should rush out and bin all the highlighters, but maybe try to gradually incorporate a new technique every time you study and see which techniques work best for you!
Reference:
Dunlosky, J., Rawson, K., Marsh, E., Nathan, M., & Willingham, D. (2013). Improving Students’ Learning With Effective Learning Techniques: Promising Directions From Cognitive and Educational Psychology Psychological Science in the Public Interest, 14 (1), 4-58 DOI: 10.1177/1529100612453266 [PDF]
Image Credit: Slavoljub Pantelic, Sergey Nivens, Dusit, Africa Studio, Tatiana Popova, ladybirdanna, Vladgrin, Evgenyi, Digital Genetics, HomeStudio, Elena Elisseeva /Shutterstock.com
Aditi Shankardass is a neuroscientist trained across three disciplines of the field: neurophysiology, neuroanatomy and neuropsychology. She has also worked across different levels of the field, from cellular to cognitive neuroscience, and been based in research labs as well as diagnostic clinics. Currently, she leads the Neurophysiology Lab of the Communicative Disorders Department at California State University.
Much of Shankardass’ work has been devoted to the use of an advanced form of digital quantitative EEG (electroencephalography) technology that records the brain’s activity in real time, and then analyzes it using complex display schematics and statistical comparisons to norms, enabling far more accurate diagnoses for children with developmental disorders. She is also actively involved in public outreach to increase understanding of brain disorders as a board member of the Global Neuroscience Initiative Foundation and a consultant for the BBC Science Line.
Cayman Moms 