In addition, a relatively large variability in sample size and intervention was observed across studies, with the sample varying from 40 to 625 and intervention length ranging from 4 weeks to 12 months. The exposure in the majority of studies was a physical activity/exercise program or class, while the control group or condition was either usual care or regular school curriculum. The measurement tools used for motor skill and cognitive development outcomes varied across studies but were typically assessments directly completed by children or direct observations made by trained research assistants. Fine and gross motor skills, locomotor and object control skills, executive function, attention, and memory were the most commonly assessed measures of motor performance and cognitive outcomes. Given the heterogeneity of exposures and outcomes, a meta-analysis was unattainable.
In this review, all included studies were activity-based interventions. Following the ratings of the 8-item quality assessment tool, the design quality and risk of bias for each study were rated from 5 to 8 (see Table 1 ). Specifically, 2 studies received an overall rating of strong quality/low risk of bias (a study was considered of high quality when scored above the median score of 7 following the scoring of all studies), 7 studies received an overall rating of moderate quality/medium risk of bias, and 6 studies received an overall rating of weak quality/high risk of bias. Notably, all studies succeeded in retaining at least 70% of the participants. The most common issues with the study quality and risk of bias were related to follow-up measurements, power calculations for appropriate sample sizes, and missing data interpretation.
Various types of instrument were used to measure motor skills and cognitive functioning. Specifically, the most common used instrument in assessing children's motor skills was Test of Gross Motor Development-Second Edition (TGMD-2), followed by Peabody Developmental Motor Scales-Second Edition (PDMS-2), Zurich Neuromotor Assessment (ZNA), Körperkoordinationstest für Kinder (KTK), and the Gross Motor Function Measure (GMFM). In addition, cognitive abilities such as attention, memory, language, and academic achievement were evaluated via The Woodcock-Johnson III Tests of Achievement NU (WJ-III ACH), Cambridge Neuropsychological Test Battery (CANTAB), Attention Network Test (ANT), Cognitive Assessment System (CAS) and Connor's Parent Rating Scale (CPRS), Free-Recall and Cued Recall Tests, Konzentrations-Handlungsverfahren für Vorschulkinder (KHV-VK), and the Intelligence and Development Scales (IDS). Notably, measurement tools used for motor skills and cognitive functioning varied across studies. Typically, assessments were directly completed by children or through direct observations made by trained research assistants. Although different instruments were used across various studies, validities of these assessments have been proven when being applied to preschool children in school setting ( Table 1 ).
Of 10 studies examining the effects of physical activity on preschool children's motor skill outcomes, eight (80%) reported significant improvements in motor development (e.g., fundamental motor skills and motor abilities) following activity-based interventions [ 34 , 35 , 37 – 41 , 43 ]. Notably, one study [ 42 ] had mixed findings, observing remarkable enhancements on several variables (i.e., single leg stance test, right grip strength, and left grip strength), with no significant effects found for other outcomes after a Nintendo Wii Sports-based treatments (twice a week × 30 minutes per session for 10 weeks), including gait speed, timed up and go test, five-times-sit-to-stand test, timed up and down stairs test, 2-minute walk test, and gross motor skills assessed by the Gross Motor Function Measure (GMFM). Although significant changes in other outcome measures were not seen between the study groups, there were trends towards greater improvements in the intervention group compared to the control group [ 42 ]. It is also worth noting that not all included studies support the effectiveness of physical activity on motor skill development. A governmentally led physical activity program failed to promote any beneficial motor performance outcomes (i.e., climbing up and down the stairs; running; balancing; getting up; and landing after jumping) [ 36 ]. The researchers of this particular study highlighted the complexity of implementing physical activity interventions outside of a study setting and urge future similar studies to improve on existing programs [ 36 ].
Five studies investigated the effects of physical activity on cognitive development in preschool children. Measurements of cognition considered a wide range of cognitive outcomes, including language, academic achievement, attention, working memory, and executive functioning. Amidst these studies, four demonstrated positive effectiveness of activity-based interventions on cognitive functioning while one failed to find significant improvements following a multidimensional lifestyle intervention. Specifically, one study employing a “Tools of the Mind” curriculum guided by the Social Cognitive Theory reported that the experimental group with a strong emphasis on play was found to increase executive functioning, social behavior, language, academic success, and literacy growth compared with control group that used the general education curriculum [ 44 ]. In addition, a school-based intervention suggested that children who participated in aerobically intense physical education had significant increases in aspects of cognition and executive functioning when compared to their peers exposed to standard physical education, indicating that the greater degree of neural plasticity of young children may have the most to gain from increased physical activity [ 27 ]. Similarly, two studies found that cognitive outcomes were highest in the integrated condition (involving task-relevant physical activities) and higher in the nonintegrated condition (involving task-irrelevant physical activities) than in the control condition (involving the predominantly conventional sedentary style of teaching) [ 45 , 46 ]. Although a majority of the included studies (80%) support the claim that physical activity promotes cognition in preschool children, one study failed to observe significant changes in young children's attention and spatial working memory after a 10-month multidimensional lifestyle intervention [ 47 ]. Notably, cognitive functioning in this study was assessed as a secondary outcome.
The purpose of the current study was to comprehensively evaluate all published RCTs regarding the effects of physical activity on motor skills and cognitive development in apparently healthy preschool children, as well as to provide a synthesis of the current evidence regarding cause and effect relationships. Fifteen studies were included for the final analysis. Findings revealed that increased physical activity had significant beneficial effects on 80% of studies assessing motor skills and cognitive development. Notably, no study found that increased or higher duration/frequency of physical activity had significant detrimental effects on young children's motor skills and cognitive development. Overall, the present systematic review confirms the effectiveness of physical activity; however, the findings were based on a small number of included studies. More studies with larger sample sizes, therefore, are warranted.
Early childhood is considered a critical time period for establishing healthy behaviors such as physical activity [ 48 ]. Physical activity programs provide young children with the milieu for motor skill development, with motor skills being the foundation for physical activity during early years and subsequent years [ 38 ]. Young children today are showing insufficient proficiency in their motor skills [ 49 ]. Indeed, early childhood settings play a significant role in the promotion of physical activity participation and motor skill development since these settings generally have the resources to implement physical activity and motor skill programs [ 48 , 50 ]. Therefore, interventions to improve young children's motor skills and physical activity have been a priority. Notably, one previous systematic review has examined the effects of activity-based interventions on young children' motor development [ 17 ], highlighting the fact that nearly 60% of the included studies ( N = 17) reported statistically significant improvements at follow-up. However, the majority of included studies ( n = 12) in that review were quasi-experimental designs. As such, causality with regard to physical activity and motor skills in preschool children is controversial. In addition, of the five included RCTs, two were unpublished doctoral dissertations, and two were published in 1990 and 1996, respectively. As the review was published in 2009 and this area has since received increasing research interest, a more recent and thorough review study is warranted.
The current review included 10 RCTs on the topic of physical activity and motor skills in preschool children. Relative to the question of whether physical activity is causally linked to motor skills, most of the studies ( n = 8, 80%) have clearly interpreted positive effects of physical activity on motor skills [ 34 , 35 , 37 – 41 , 43 ]. However, it is worth noting that not all included RCTs support the positive effectiveness of physical activity on motor skill development. For example, one study observed mix findings of significant improvements on single leg stance test and grip strength test while no beneficial effects were found for other motor performance tests following a Wii Sports treatment [ 42 ]. Although no significant changes were detected in other outcome measures, trends towards greater enhancements in the experimental group emerged [ 42 ]. In addition, a 9-month governmentally led physical activity program did not result in increased motor skill performance [ 36 ]. One possible explanation for these different findings would be that the intervention did not provide participants with a sufficient physical activity dose. It is also possible that the modest sample size may have contributed to the decrease in the significance of these measures. Of the eight efficacious RCTs, intervention length ranged from 9 weeks to one year with more than half of the interventions being longer than 5 months. Notably, most treatments used supervised physical activity programs of approximately 30 minutes for 3 times per week at a childcare or home-based setting. In fact, effectiveness of physical activity programs may be affected by many factors during implementation and assessment stages. Given the fact that each RCT was uniquely distinct in intervention delivers, content, instructional methods, and measurements and that no precise mandatory demands were made by most studies with regard to the physical activity dose, it is difficult to identify specific intervention components that contributed to effectiveness. Nonetheless, strong evidence from these 8 efficacious RCTs suggests that a greater amount of physical activity led by teachers or parents would be necessary to achieve more beneficial effects on young children's motor skill development in ordinary, daily circumstances. This allows for conclusions to be drawn concerning cause and effect relationships between physical activity and motor skills in preschool children. Overall, evidence regarding the effectiveness of physical activity interventions on motor skill development is strong. Nevertheless, identifying the dose of physical activity intervention that aims to improve preschool children's motor skills should be the focus of future research.
Early childhood is considered one of the most critical and intensive periods of brain development throughout the human lifespan [ 50 ], and habitual physical activity is a key determinant of cognition during childhood [ 8 ]. Today, a growing body of literature suggests that physical activity has beneficial effects on cognitive development, such as attention, working memory, classroom behavior, and academic achievement among children and youth [ 51 – 54 ]. In addition, it is believed that motor skills and cognitive development are closely related as both motor and cognitive skills have several common underlying processes including sequencing, monitoring, and planning [ 20 ]. Recent literature has reviewed relationships between motor skills and cognition in 4–16 year children and suggested that weak-to-strong relations exist between two variables [ 16 ]. The authors concluded that complex motor intervention programs may be necessary to stimulate motor skills and higher order cognitive development in children. Regrettably, there is no literature available investigating the effects of motor skill intervention on cognitive development in young children. In contrast, the use of a physical activity intervention has generated substantial public interest for young children's cognitive development. One recent study has reviewed the relationships between physical activity and cognitive development during early childhood (birth to 5 years) [ 53 ]. The authors concluded that physical activity may have beneficial effects on cognitive development during early childhood. However, six of the seven included studies were rated weak quality with a high risk of bias in the review, and no RCT studies were included. That is, the effectiveness of physical activity on preschool children's cognitive development is still unknown.
Five RCTs examining cause and effect relationships of physical activity and cognitive development were included in the current review. In general, evidence of the effectiveness of physical activity on preschool children's cognitive outcomes is favorable, with four studies (80%) [ 27 , 44 – 46 ] indicating positive effects while one study reported no effect [ 47 ]. The finding of the present review is in line with previous reviews indicating a positive association in the same direction among children, youth, and adults [ 55 , 56 ]. Although research evidence in other age groups supports the importance of physical activity for cognitive health, findings in older children and adults cannot be generalized to preschool children given the unique developmental differences across age groups [ 53 ]. Our study, therefore, is worthwhile in presenting solid evidence to the field. Of the four efficacious RCTs, one observed significant changes in language and academic achievement after 8-month treatment [ 44 ], one found improvements in cognitive functions test after 10 weeks [ 27 ], and two showed increased learning and working memory following a 4-week intervention [ 45 , 46 ]. Three studies involved task-relevant physical activities [ 44 – 46 ] while one used aerobically intense physical education (2 hours/week × 10 weeks) [ 44 ]. Nevertheless, one study employing a multidimensional lifestyle intervention (i.e., physical activity, nutrition lesson, media use, and sleep management) failed to improve children's attention and spatial working memory following a 10-month treatment [ 47 ]. This could be attributed to the physical activity program in this study being designed as playful and organized into different themes, despite the fact that children participated in four 45 minute sessions of physical activity a week. That said, task-irrelevant physical activity may not be beneficial for improving children's attention and spatial working memory. Overall, there is small but strong evidence supporting the causal relationship between physical activity and cognitive functioning in healthy preschool children, with high intensity and task-relevant physical activity being more beneficial for cognitive development in this age group. Given the limited number of studies included in the review, more RCTs are warranted to strengthen the evidence base and confirm the importance of dose (i.e., duration, intensity, frequency, and type) of physical activity for optimal cognitive development in preschool children.
While this systematic review offers a timely and comprehensive investigation into the effect of physical activity on preschool children's motor skills and cognitive development, there are some limitations worth noting when interpreting the findings. First, the current review only included peer-reviewed full-text and English language publications, despite the fact that other unpublished and non-English research may be available on the topic. Second, as most included studies were from Western countries, unrepresentative samples may limit the ability to generalize findings to other regions and populations, such as developing countries and other ethnicities/races. Third, varied measurement protocols may lower interunit variability due to different assessments employed to preschool children among selected studies. Fourth, it is worth noting that the moderating effect may change the strength of an effect or relationship between the independent variable and the outcome variable. For example, PA intervention type might be a moderator in that school-based physical education program may be more effective in promoting motor skills than home-based health education program. Last, given a small number of empirical studies, conclusive statements concerning the effectiveness of physical activity on preschool children's motor skills and cognitive development must be interpreted with caution and therefore state the need for greater study.
Today, young children are sedentary for significant portion of the day [ 56 ]. Since early childhood is regarded as an important period of motor and cognitive development, understanding the effects of physical activity on motor skills and cognitive development in preschool children has major public health implications. This systematic review synthesizes the high-quality experimental evidence available regarding the effectiveness of physical activity on motor skills and cognitive development in 4–6-year old, typically developing children. Findings favor causal evidence of relations between physical activity with both motor skills and cognitive development in preschool children, with increased physical activity having significant beneficial effects on motor skills and cognitive functioning. Given the small number of studies available in the literature, future research with large representative samples is needed to explore other cognitive domains (e.g., executive function and intelligence) and to strengthen and confirm the dose-response evidence.
The research was partially supported by National Social Science Foundation of China for Young Scholars in Education (Grant no. CLA140159).
Nan Zeng, Mohammad Ayyub, Haichun Sun, Xu Wen, Ping Xiang, and Zan Gao have no conflicts of interest to disclose in relation to the current research.
During the construction of this study, Nan Zeng played a role in data collection, sorting, analysis, and writing the article. Mohammad Ayyub played a role in data collection, sorting, analysis, and writing the article. Haichun Sun, Xu Wen, and Ping Xiang played a role in helping write the article. Zan Gao played a role in developing the idea, overseeing data collection and analysis, and helping edit the article.
Have you ever tried to encourage better craftsmanship only to have students tell you they like their work the way it is? While there is validity to developing one’s style , young learners also need to understand how to present their work well. In an opinion piece, writer Harvey Aughton considers the history of art, stating, “Every story, or painting, or symphony is built on a bedrock of crafted art handed down through the generations.” He calls the techniques formally learned the “raw material” an artist uses to create innovative work.
While students explore their artistic personalities, they must demonstrate growth in their craftsmanship. They do this by developing functional skills and monitoring their progress. In conjunction, we must also communicate clear goals and expectations.
For this article, we will define the term craftsmanship in alignment with Anchor Standard 2 of the National Core Art Standards . Craftsmanship refers to skill in the careful handling and use of tools, materials, and equipment, application of media, and presentation of the artwork.
Since returning to in-person learning, teachers are noticing that fine motor skills and craftsmanship are in decline. This isn’t surprising, considering that remote learning took the place of hands-on work to reduce the risk of exposure to COVID. Students began spending more time on their computers , participating in school, joining social interactions, and keeping up with virtual doctor’s appointments. Researchers like Marcy Guddemi say that more screen time correlates to “decreased use of crayons, paints, pencils, scissors, clay, and other manipulatives in their daily lives.” Studies like this account for the decline of craftsmanship.
Luckily, the art room is an incredible place for teaching and learning these skills! We have the opportunity to expose students to a wide variety of media and techniques. Through our activities and lessons, fine motor skills and craftsmanship are part of our regular practice.
The development of fine motor skills is directly linked to quality craftsmanship. Dr. Robert Kneebone of Imperial College in London reflected on his surgical students’ lack of dexterity. He noted their fine motor skills “might once have been gained at school or at home, whether in cutting textiles, measuring ingredients, repairing something that’s broken, learning woodwork or holding an instrument.” But, in over a decade of observations, his students have become “less competent and less confident” in using their hands. The concern lies in that fine motor skills are essential for independence, self-care, and many jobs, like surgery.
It’s alarming to learn these skills are declining. Jobs ranging from automotive technicians and orthodontists to surgeons and tattoo artists rely on their fine motor ability. As customers and consumers, we rely on their fine motor ability for our safety. Developing fine motor skills is a lifelong investment that impacts your students’ immediate quality of life. The broader impact trickles down to the communities they serve once they join the workforce.
In the art room, fine motor skills also provide students with the ability and dexterity to work independently. Cutting on a line, picking up small objects, tearing paper, and holding a pencil are a few examples highlighting their importance. When a student has solid fine motor skills, it’s easier for them to achieve high levels of craftsmanship and thereby stronger, more professional-looking artworks.
Craftsmanship skills emerge over time in school. Practice, repetition, and frequent in-person feedback from teachers are important factors. There’s not a one-size-fits-all approach to fine motor skill or craftsmanship development. Read on for four overarching areas that are further broken down into eighteen fine motor activities that support the development of quality craftsmanship.
Students need stamina when creating art. From careful coloring to creating masterpieces in clay, exercising growing muscles is key.
1. Work with playdough and clay to exercise the muscles in the hands, wrists, and arms. Squishing, wedging, rolling, and coiling train muscles for other activities like coloring and writing.
2. Build with plastic building bricks to support hand-eye coordination, grasp development, and hand strength. Have students build and then ask them to draw their construction !
3. Employ an easel or vertical painting to build the upper body strength needed to stabilize the body against gravity. Tape paper to vertical surfaces like walls and doors, or let your students paint your classroom windows with tempera paint.
Using one finger to perform a task is called “finger isolation.” This skill is used in activities like typing or turning pages in a book.
4. Finger paint for a nostalgic and fun activity for all ages. When limited to a small surface, fingerpainting supports hand-eye coordination and spatial awareness.
5. Fingerprint pointillism (pictured above) is a creative way to practice finger isolation and teach this historical style.
6. Play with finger puppets to make learning engaging and accessible. Learn more about using them in the classroom here .
7. Apply glitter or sequins with a dampened finger to add details to projects.
8. Teach students to use American Sign Language cues for classroom requests.
Try this! Connect the tip of your ring finger to the tip of your thumb, like when creating the “O” in the “OK” hand gesture. The circle that forms is your open thumb’s web space. We use this fine motor skill to grasp and maintain control over a pencil or pinch something.
9. Create eyedropper ink paintings (pictured above) by squeezing India ink onto smooth paper. Blow the ink across the surface using a straw for an interesting way to incorporate the open thumb’s web space. Apply watercolor paint to bring these exciting creations to life.
10. Bead and make jewelry with polymer clay in the Polymer Set Lesson in FLEX Curriculum . Stringing beads is also an excellent way to practice bilateral coordination.
11. Thread a needle for sewing, embroidery, and other fiber arts . Holding a needle is a fantastic way to practice an open thumb’s web space. Check out 33 Fiber Arts Ideas for Your Classroom for inspiration.
12. Stitch or lace a stuffed object or animal using paper or cloth. Hole punch around the perimeter, then stitch with yarn using an embroidery needle. These are wonderful mindfulness activities on their own. A bonus is that they connect with open thumb web space practice and visual-motor integration.
13. Tie macramé knots . Capitalize on this trend while practicing fine motor skills.
14. Arrange intricate patterns with plastic fusion beads . Integrate STEAM with the Perler Bead Code Lesson in FLEX Curriculum , or make some jewelry with this tutorial .
15. Weave with paper, ribbon, yarn, or scrap fabric . The Basic Weaving Techniques Pack in PRO Learning has excellent ideas on how to introduce weaving.
Scissors deserve a category of their own due to the number of skills developed when learning to use them. From perfecting their grasp to holding them with correct body posture , scissor use supports bilateral coordination and visual motor integration .
16. Roll and cut thin coils of playdough or clay instead of paper. Students practice pinching off chunks of clay and then rolling them into long, thin coils. Cut the coils with scissors and roll each piece into small spheres to make beads or marbles.
17. Create paper fringe to practice “little snips.” This quick and easy project helps beginners become more confident with scissors.
18. Cut angles, curves, and shapes through two layers of paper for a more advanced scissor skill. Students grasp the paper with one hand (the “helper” hand) and turn it while cutting with the opposite hand (the “dominant” hand). This activates both bilateral coordination and visual motor integration. A great trick to support this skill is to draw the lines or shapes onto a piece of paper with a bold marker. Then, overlay wax paper. Students pinch both papers together to complete cutting, moving their helper hand along the lines. Turn these paper cutouts into collages following this inspiration .
Now that you have a trove of ideas for developing fine motor skills, let’s think about how we pair them with communication. To help students track their progress and determine areas of growth, we must discuss expectations.
The good news is it’s never too late to practice and hone one’s craftsmanship abilities by developing fine motor skills. With more swiping on touch screens and less hands-on work with manipulatives, we must provide students with as many fine motor opportunities as possible. As students rise to the challenge of learning these functional skills, their ability to present well-crafted work will grow.
Portions of this work are based on the National Core Arts Standards. Used with permission. National Coalition for Core Arts Standards (2015) National Core Arts Standards. Rights Administered by the State Education Agency Directors of Arts Education. Dover, DE, www.nationalartsstandards.org all rights reserved.
NCAS does not endorse or promote any goods or services offered by the Art of Education University.
What are your most successful ways to teach craftsmanship?
Which are your favorite activities to support students’ fine motor development?
Magazine articles and podcasts are opinions of professional education contributors and do not necessarily represent the position of the Art of Education University (AOEU) or its academic offerings. Contributors use terms in the way they are most often talked about in the scope of their educational experiences.
Andrea Wlodarczyk, a former middle school art educator, is a former AOEU Writer. She is a deep believer that the art room can be a brave space for students to collaborate across cultures, languages, academics, and socioeconomics and celebrate self-expression and diversity through community.
In fine motor skills, children develop their fine motor skills when they use their smaller muscles in the hands, fingers, and wrists. Children, who cannot express what they feel and think and how they view their world in words, may be able to do so more readily through art. STEM learning is important for children as it caters to critical thinking and problem-solving attitude. The following provides a list of fine motor, art and science activities for children that can be incorporated into the learning environment.
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Creativity with a purpose: using art to develop fine motor skills.
Uniquely Us
Art isn’t just a means of self-expression and creativity. It is also an effective tool in developing fine motor skills, especially for children with disabilities. When these young minds engage in art activities like painting, sculpting or drawing, they’re not only creating beautiful masterpieces but also working on their hand-eye coordination, manipulative skills and tactile sensitivity. These art-infused exercises can be great fun and immensely beneficial, providing children with a unique avenue for enhancing these vital skills, all while allowing their creativity to bloom.
Building fine motor skills in young children is crucial for their overall development. These skills form the foundation for many everyday tasks that require precision and control, such as writing, buttoning clothes or using cutlery. Enhancing fine motor abilities not only contributes to a child’s independence but also facilitates their academic progress. For instance, the strength and dexterity developed through fine motor activities support handwriting skills, an essential tool for communication and learning in the classroom. Fine motor skills are also intertwined with cognitive development, problem-solving skills and critical thinking. Nurturing these abilities from an early age can set the stage for a child’s future success and self-confidence.
Arts and crafts provide the perfect medium for developing fine motor skills in a fun way. Here are a few simple activities that can be done at home or in a classroom setting using everyday materials.
Newsp aper sculptures : This activity involves crumpling, folding and rolling newspapers to construct various shapes and structures. It can be as simple as making a ball or as intricate as creating a miniature cityscape. This exercise not only stimulates creativity but also helps in developing hand strength and coordination.
Fabric scrap collages : This activity invites children to create art by gluing fabric scraps onto a piece of cardboard or heavy paper. Cutting fabric pieces of different shapes and sizes and sticking them requires careful manipulation and precision, promoting the development of fine motor skills. Plus, the variety of textures adds an exciting sensory element.
Popsicle stick puzzles : This activity requires a set of Popsicle sticks and some washable markers. Align the Popsicle sticks side by side and draw a picture across them. Once the drawing dries, mix up the sticks and let the child reassemble the picture. This activity encourages problem-solving and fine motor precision.
Playdough sculpting : Using playdough or modeling clay, children can roll, squeeze and mold shapes. This activity strengthens hand muscles and enhances dexterity.
Building with blocks or Legos : Stacking and arranging small blocks or Legos can enhance hand strength and coordination. Legos allow for more intricate structures and can even be used to teach basic math concepts.
Parents play a critical role in a child’s development, and supporting and encouraging your child’s development through art can be achieved in various ways. By providing a variety of materials such as crayons, paints, clay, fabric scraps or crafting foam, you can introduce your child to different art mediums. This not only challenges their fine motor manipulation but also exposes them to diverse sensory experiences.
Creating art together with your child offers an excellent opportunity for bonding. Your engagement in their creative pursuits can motivate them to expand their creative boundaries and improve their motor skills. Encouraging exploration is also crucial. Allowing children to experiment with their artwork aids their creativity, emphasizing the importance of the process rather than striving for a “perfect” outcome. Additionally, showcasing your child’s masterpieces can boost their confidence and motivate them to continue creating, which further reinforces their development.
Finally, integrating art into everyday activities, such as baking and decorating cookies, gardening or making DIY gifts, can incorporate elements of art and enhance fine motor skill development outside the traditional art setting. Remember, every child is unique and their artistic journey will be too. Celebrate their individuality and progress, and most importantly, ensure the experience is always enjoyable and enriching.
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Shasta County author Jennifer Arnold is the mom of four, two of whom have been diagnosed with multiple special needs. She hopes to raise awareness of many issues that parents of special needs children face on a regular basis.
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Colleen beck otr/l.
We know the power of play as a learning tool, and today we are focusing on the many dramatic play benefits when it comes to pretend play in children. Occupational therapy play is a tool to drive skills, and there is a good reason why…play is the occupation of the child, and pretend play benefits the development of so many skills!
These dramatic play ideas are fun ways to support so many areas of child development using creative small world play. Check out the dramatic play ideas below! Dramatic play is a developmental part of the play age and stages that children progress through.
Dramatic play is important at each stage of child development. First, let’s cover what we mean by dramatic play.
Dramatic play, also known as pretend play or imaginative play, refers to a form of play where children engage in make-believe scenarios. The child can pretend to be part of a scene or world, or pretend to be a different person. The child takes on different roles in a dramatic play scenario and uses their imagination to create and act out stories, situations, and interactions.
Dramatic play involves the use of small toys, pretend play props, costumes, and the transformation of ordinary objects into symbolic representations. This might include:
Dramatic play benefits include allowing the child to explore and experiment with various roles, emotions, and social dynamics, fostering cognitive, language, social, emotional, and physical development. It encourages creativity, problem-solving, language skills, and the development of social and emotional competence. Through dramatic play, children develop a deeper understanding of themselves, others, and the world around them while having fun and actively participating in their own learning process.
Dramatic play includes two types of play:
Either version of dramatic play can include parallel play at various ages.
Dramatic play can look like:
Dramatic play, also known as pretend play or imaginative play, plays a crucial role in supporting child development in various domains.
For example, by participating in dramatic play, benefits exist in physical, cognitive, sensory participation, and even executive functioning skills….and more!
Here are several ways in which dramatic play benefits children:
Dramatic play is a meaningful and motivating way to play with kids. Dramatic play can include:
There are many ways to foster and support all of the benefits of dramatic play. Some items to have on hand include:
Sensory Bins: Sensory bins are containers filled with a base material like rice, sand, water beads, or sensory-friendly materials such as kinetic sand or cloud dough.
These bins can be themed based on children’s interests or specific play scenarios. For example, a beach-themed sensory bin might include sand, seashells, toy sea animals, and small buckets and shovels. Sensory bins allow children to explore textures, engage their senses, and create imaginary worlds. They can use the materials to build landscapes, dig for hidden treasures, or simulate real-world experiences.
Small World Activities: Small world activities involve creating a miniature representation of a specific environment or theme. This could include setting up a farm with toy animals, a city with toy cars and buildings, or a jungle with plastic trees and animal figures.
Small world play encourages children to use their imagination to create stories, interact with the characters and props, and engage in pretend scenarios within the miniature world. It promotes narrative skills, problem-solving, and creativity.
The importance of dramatic play is vast, as we’ve covered in the lists above. Dramatic play provides a holistic learning experience for children, encompassing cognitive, language, social, emotional, and physical development. It helps them build a foundation for future learning, problem-solving, and social interactions, while also fostering their innate creativity, imagination, and joy of play. These skills carryover to functional performance of daily activities, and uses the child’s primary occupation as the means and the tool!
So, how can you gain all of the benefits of dramatic play in meaningful and motivating play set-ups?
Try some of the dramatic play ideas below!
Hi Colleen! Thank you so much for including our Native AMerican Small World. Love your round-up! =)
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Not even 8 weeks into the sensory-motor portion of my program, Jackie called me to tell me that her daughter’s speech, gross and fine motor skills as well as her reasoning had improved. I’m not going to pretend that results always happen that fast. I also want to be clear that Jackie was one determined mama. Her adopted daughter was 7 and had severe developmental delays due to neglect in her first four years of life. Casey had the brain development of a 4-year-old.
I recommended a series of exercises for Casey that would help to stimulate the earlier movements and brain stimulation that Casey missed in those critical years. These exercises simulated creeping, crawling and so much more. I told Jackie that people usually do these exercises once a day but that twice a day would be ideal for Casey because of the severity of the impaired development.
The focus with Casey and all of my clients is on correction rather than compensation. As a teacher, I had been incredibly frustrated with the approach of IEP’s that involved compensations or accommodations rather than correction. Of course, IEP’s, modifications and accommodations can be helpful but not if that’s the permanent solution.
Brain disorganisation can occur for various reasons that have nothing to do with your competence as a mother. So, no mother guilt – I promise.
Researchers have found upon doing brain scans that the brains of children with learning disorders showed signs of immature development . These kids tended to have less connections and certain areas showed impaired development. Their brains resembled those of children who were a few to several years younger.
This stunted development can happen when something like a milestone does not happen sequentially or has interruptions. This results in your child having weaker connections. This is sometimes referred to as ‘arrested development’.
There are various reasons this can happen. Environmental toxicity is one of reason. Illness is another. The other reason is what I wish every single parent, teacher and human knew.
The body, early movements to be specific are what develops the brain.
Several studies in the late 1990’s found a relationship between movement and memory, language, the visual system as well as attention . What we learned from this is that the sensory-motor system is involved with such tasks that are required for reading, learning, writing, attention and focus. Processes like ordering, timing (which is frequently ‘off’ in dyslexics), sequencing and prediction are developed and used by the motor system but are also essential for optimal learning, behaviour and processing speed.
In fact, regardless if a task is mental or motor – the cerebellum must be able to make predictive and corrective actions. Cerebellum activity is heightened the more that a person has to concentrate or be creative.
The connection between motor and cognitive processes is vast. Yet, it can be a hard concept to really assimilate since we have all been trained to believe that the brain is a bucket. We think that if we just fill it with information, the information should stay in.
We think that some people have deeper, better buckets and other people have the misfortune of having buckets that are too small or that have ‘holes’.
Wrong. The brain is like an onion and it develops in layers. Movement – especially early infant movement – is as critical to good brain development and learning as sunlight and water is to plants.
If that sounds hard to believe – allow me to explain.
The first area of the brain to develop is the vestibular system (think inner ear) and the cerebellar system.
The cerebellum regulates the vestibular system.
The vestibular system activates another system near the brain stem that is crucial for attention and focus as well as processing incoming sensory information.
A well developed vestibular system helps with balance. Know any kids who can’t sit still? What about poor eye tracking, or penmanship ? Letter reversals ?
… and that’s just the tip of the learning iceberg.
The vestibular system coordinates eye-movements. The very activities that young children are naturally inclined to do like jumping, rolling, spinning and rocking all activate and stimulate the inner ear or the vestibular system.
If you’re worrying that it’s too late because your child is way past the toddler years – consider this. A 2003 study, found that children with learning and reading difficulties, as late as grade 3 showed marked improvement in both their ability to focus and their reading ability when they regularly engaged in movements that stimulated these centres of the brain.
While parents have been sold all sorts of bells and whistles to build their child’s intelligence like Baby Einstein, Baby Mozart and other toys, it is floor time, movement and physical touch and intimacy that have been found to have the most profound effect on brain development, brain organization and IQ.
The more movement and physical touch and intimacy that a child has in the first 3 years of life and up to the first six years, the better their chances of optimal brain development.
Now it’s at this point that I can hear the mom guilt kicking in. Shut it down! I held my daughter a ton because she was so fussy and I thought I did everything ‘right’. She still had motor deficits partially because I held her so much or I had in her a ‘baby carrier’ like a swing.
While my daughter definitely did not get enough floor time, other kids do and still have learning and behaviour challenges. There are many reasons why children have poor motor development – and it’s not your fault! Even factors like environmental toxicity can affect the sensory-motor system.
Both dyspraxic , dyslexic and ADHD children have been found to have significant fine and gross motor deficits compared to their neuro-typical peers. Many parents are surprised to learn this especially when their child might have ADHD and dyslexia. Their child might have incredible visual-spatial skills because they have a well developed right brain. Some of these kids excel at sports and therefore don’t have any obviuos motor skill deficits. However, gross and fine motor skills can be impacted and might not be obvious without an actual screening.
It should come as no surprise that difficulties with posture and balance affect dyspraxia. Yet, the connection between posture, balance, motor development and learning difficulties like dyslexia also exists.
When we think of dyspraxia we think of clumsiness, speech and writing difficulties. Yet other common challenges with dyspraxia can also affect many of the same areas as children with ADHD. Both disorders can cause difficulties with planning skills, organization of ideas and items as well as sequencing. This is ultimately the result of ‘brain overwhelm’ from brain disorganization and bio-chemical imbalances.
If you want to put this in ‘real time, real life’ – allow me.
The impact of movement on improving all of these disorders cannot be understated. A 2003 study reported significant improvement in dyslexic children who engaged in a targeted movement program. These children made significant gains in reading, verbal fluency, semantic fluency, dexterity as well as ‘substantial gains’ on national standardized test for reading and writing compared the other group that received no movement therapy.
The need for learning interventions that move beyond tutoring , and paper and pencil work is a must if we want our children to make significant gains rather than managing their disabilities. Research has shown time and time again that learning disabilities can be improved or even overcome when we use therapies that actually retrain the brain.
To learn more about an approach that combines nutritional therapy with cognitive exercises that re-organize the brain and strengthens weak connections check out my programs R eading Rockstar Bootcamp and The Full Potential Clinic .
Set up a free 20-minute discovery session to learn more about how you can help your child improve their reading comprehension so they can become a fluent reader and a more confident kid.
http://ivrylab.berkeley.edu/uploads/4/1/1/5/41152143/ivry_intl-rev_neurobio_1997.pdf
https://www.ncbi.nlm.nih.gov/pubmed/9072973
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5438138/
https://www.ncbi.nlm.nih.gov/pubmed/23965122
https://www.researchgate.net/publication/318909927_That’s_the_way_I_think_Dyslexia_dyspraxia_ADHD_and_dyscalculia_explained_third_edition
https://www.ncbi.nlm.nih.gov/pubmed/9753595
http://www.davidpublisher.org/Public/uploads/Contribute/56a9795c3eeae.pdf
https://www.ncbi.nlm.nih.gov/pubmed/9391022
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4525418/
http://www.ascd.org/publications/books/104013/chapters/Movement-and-Learning.aspx
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3845870/
https://www.mdpi.com/journal/children/special_issues/Dyslexia
https://www.intechopen.com/books/recent-advances-in-autism-spectrum-disorders-volume-i/co-occurrence-of-developmental-disorders-children-who-share-symptoms-of-autism-dyslexia-and-attentio
http://www.elfpreschool.com.sg/uploads/3/1/2/1/31211637/movement_&_learning.pdf
https://www.ncbi.nlm.nih.gov/pubmed/7939688
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Fine motor skills are the small, precise movements we make with our hands, fingers, feet and toes. They involve the complex coordination of your muscles, joints and nerves. We mainly think of hand, wrist and finger movements when it comes to fine motor skills, like picking up an object by pinching it with your pointer finger and thumb. But you ...
These brain structures are associated with fine motor control and spatial position perception (Macuga and Frey, 2014). Basketball players (strategic skill) have significantly increased gray matter volumes in the infratemporal gyrus, left middle frontal gyrus, left inferior frontal gyrus, middle cingulate gyrus, and insula (Wu et al., 2015).
Top Tip - Seeing the act of reading done regularly, alongside giving children access to books they can use independently, will really help develop this sense of independence in handling books. 13. Social Boost. Strengthening fine motor skills can really help in making children feel more connected to their friends.
These types of activities encourage fine motor development while also promoting problem-solving and critical-thinking skills. Draw attention to hand movements: ... As children grow and develop, the mastery of fine motor skills will be critical for their academic and personal success, making it vital for parents and caregivers to prioritize the ...
But fine motor skills are complex. They involve a coordinated effort between the brain and muscles. They're built on the gross motor skills that let us make bigger movements, like running or jumping. Here are some examples of when we use fine motor skills: Holding a pen or pencil. Drawing pictures and writing neatly. Using a keyboard.
Fine motor skills, essential for intricate movements and precision, undergo a remarkable journey of development throughout childhood. These skills encompass the coordination of small muscles in the hands and fingers, enabling tasks such as writing, buttoning clothes, and manipulating small objects with dexterity. ... and critical thinking ...
Examples of fine-motor skills include brushing your teeth, holding a pencil/pen to write, using a fork or spoon to feed yourself, cutting with a knife, buttoning a shirt, zipping a zipper, typing on a computer, cutting with scissors, turning a key in a lock, turning a doorknob, turning the pages of a book, and tying shoelaces.
Critical thinking skills; Following directions; Sequencing; ... Fine Motor Skills Activities for Early Elementary (Primary) and Up! 100 Paper Planes to Fold & Fly by Sam Baer. As an elementary school teacher, I have collected endless amounts of paper planes from the floor of my classroom. Kids LOVE to make paper planes, and this book is the ...
Differences between boys and girls in performing gross and fine motor tasks could also contribute to distinct predictions and variations in academic performance (Junaid & Fellowes, 2006; Kokštejn et al., 2017).One longitudinal study showed that 3 to 5 years old girls performed better than boys in fine (i.e., manual dexterity) and gross motor skills (i.e., aiming/catching, balance), but that ...
The most important fine motor skills children need to develop include the following: The palmar arches allow the palms to curl inward. Strengthening these helps coordinate the movement of fingers ...
By solving such puzzles, children build essential critical thinking skills that can benefit them in various aspects of life. Conclusion. Puzzles are more than just a source of entertainment. They offer a range of cognitive benefits for children, enhancing problem-solving abilities, spatial awareness, motor skills, and memory retention.
Art develops critical thinking, fine motor skills, and reasoning. Problem solving with art. This sensory activity is an ideal tool to aid in the learning process. Teachers ... Fine motor skills are refined as the child learns to draw a straight line or manipulate the clay.
Motor skill is the ability of the nervous system to control motion performance. Motor skills are divided into gross and fine motor skills. Bardid et al. stated that the MOT 4-6 was designed to assess the gross and fine motor skills of preschool children (4-6 years old) and allows early identification of children with motor delay. Gross ...
Fine motor skills. Grasping pencils, crayons, chalk and paintbrushes helps children develop their fine motor muscles. ... They can also practice critical thinking skills by making a mental plan or picture of what they intend to create and following through on their plan. Math skills. Children can learn, create and begin to understand concepts ...
2.1. Operational Definition. For the purposes of this review, the terms to be used throughout the paper are defined as follows: Physical activity: any bodily movement produced by skeletal muscles that requires energy expenditure [], including exercise, active games, and sports programs.Motor skills: learned sequences of movements that are combined to produce a smooth, efficient action in order ...
Developing fine motor skills is a lifelong investment that impacts your students' immediate quality of life. The broader impact trickles down to the communities they serve once they join the workforce. In the art room, fine motor skills also provide students with the ability and dexterity to work independently. Cutting on a line, picking up ...
In fine motor skills, children develop their fine motor skills when they use their smaller muscles in the hands, fingers, and wrists. Children, who cannot express what they feel and think and how they view their world in words, may be able to do so more readily through art. STEM learning is important for children as it caters to critical ...
It is also an effective tool in developing fine motor skills, especially for children with disabilities. ... Fine motor skills are also intertwined with cognitive development, problem-solving skills and critical thinking. Nurturing these abilities from an early age can set the stage for a child's future success and self-confidence ...
critical thinking skills. The study Haywood and Getchell [2] found that good motor skills can help students perform tasks such as writing, drawing, or ... fine motor skills, highlighting the significance of targeted physical training for early motor skill development. Furthermore, de Souza et al., [19] study looked at how a structured physical ...
Developing fine motor skills and social emotional skills in a cardboard box world; Pretending to make cookies with felt cookies or even no sew felt cookies. ... children create and manipulate imaginary scenarios, which helps develop their problem-solving abilities, critical thinking skills, and creativity. They learn to think flexibly, plan and ...
Movement - especially early infant movement - is as critical to good brain development and learning as sunlight and water is to plants. If that sounds hard to believe - allow me to explain. The first area of the brain to develop is the vestibular system (think inner ear) and the cerebellar system. The cerebellum regulates the vestibular ...
1 Specific 3 Relevant The standards important for critical thinking are specific and relevant knowledge about a task. Fairness, confidence, and independence are the attitudes required for critical thinking. Arrange these fine-motor skills in ascending order as the infant develops them. 1. Reflexive grasp 2. Looks at and plays with fingers 3 ...
At first everyone did well, but as the experiment continued gamers far outpaced nongamers. The researchers concluded that gamers are better at learning new fine motor skills that support hand-eye coordination. Video Games Require Balance to Have Benefits. As in everything, moderation matters when it comes to getting benefits from video gaming.