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Surprising new research may rewrite learning theory as Brown University scientists contend that distractions do not necessarily impede the learning process of a motor task. Investigators discovered that if attention was as divided during recall of a motor task as it was during learning the task, people performed as if there were no distractions at either stage. Thus, the real issue is that inconsistent distraction can impair our recollection of the task. As long as our attention is as divided when we have to recall a motor skill as it was when we learned it, we'll do just fine, say the researchers.

Handwriting and fine motor activities. A nice PDF document that you can find some things if you teach handwriting. Description: This resource provides a range of activities to develop fine motor skills, designed with learners with severe learning difficulties in mind. It is by no means exhaustive, but covers a range of activities to develop discrimination of left and right, hand-eye coordination, crossing the mid-line,

Does your toddler use a touchscreen tablet? A recent study published in Frontiers in Psychology has shown that early touchscreen use, and in particular actively scrolling the screen, correlates with increased fine motor control in toddlers...

This is a great lesson that is perfect for kindergarten and first grade or students with fine motor problems. 

"Children's positive perception of moving is an important supporter for natural physical activity and developing motor skills. A study at the University of Jyväskylä suggests that children had high perceptions of motor skills. Some gender differences were identified, however: girls were better in locomotor skills and boys had higher perception and actual skills in ball skills. "Because ball skills are typically utilized in versatile surroundings and good ball skills are a predictor for more frequent physical activity levels in adolescence, we should encourage girls to play more with balls already in early education," says PhD student Donna Niemistö from Faculty of Sport and Health Sciences. "In boys, there could be more locomotor skills like galloping and hopping involved. Niemistö concludes, "All children regardless of gender have a right to have positive and encouraging experiences of movement.""

Moog India is a focal point for servo motors production, solutions and services for industrial products, in addition to defense applications in India, SAARC and Middle-East. Moog Manufacturing plant, design center and sales and support facilities are located in Bangalore.

The virtual presence ishere. This set of wheels, stand, and extending arm turns your ipad into a virtual you. So, for $2K you can have a presence at a location and facetime into the classroom. The price is $1999 but there are applications for this.  "Double is the simplest, most elegant way to be somewhere else in the world without flying there. The minimalist design and intuitive touchscreen controls allow you to freely move around without inconveniencing others. You can stay at eye level, whether sitting or standing, by adjusting your height remotely, which makes conversations fluid and real. Retractable kickstands will automatically deploy to conserve power when you are not moving around. Efficient motors and lightweight design give Double the ability to last all day without recharging the battery."

Picocricket is aimed at primary schools, age 8 and up. From the same people who created Scratch. Combining Art & Robotics to spark Creative Thinking. Not free.

A PicoCricket is a tiny computer that can make things spin, light up, and play music. You can plug lights, motors, sensors, and other devices into a PicoCricket, then program them to react, interact, and communicate.

"Researchers from the University of Granada (UGR) have proven, for the first time in history, that physical fitness in children may affect their brain structure, which in turn may have an influence on their academic performance. More specifically, the researchers have confirmed that physical fitness in children (especially aerobic capacity and motor ability) is associated with a greater volume of grey matter in several cortical and subcortical brain regions."

"Dyslexia is a learning difficulty which affects the ability to adopt the automatic reflexes needed to read and write. Several studies have sought to identify the source of the problems encountered by individuals with dyslexia when they read. Little attention, however, has been paid to the mechanisms involved in writing. Sonia Kandel, Professor at the GIPSA-Lab of the Université Grenoble Alpes (CNRS/Université Grenoble Alpes/Grenoble INP) and her team [1] decided to look at the purely motor aspects of writing in children diagnosed with dyslexia. Their results show that orthographic processing in children with dyslexia is so laborious that it can modify or impair writing skills, despite the absence of dysgraphia in these children. The findings of this study are published in the November 2017 edition of Cognitive Neuropsychology."