Toddlers education: Toddlers play & learning | Raising Children Network

Опубликовано: April 8, 2023 в 2:51 am

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Technology in early childhood education: Learning from screen media


1Mary L. Courage, PhD, 2Georgene L. Troseth, PhD

1Memorial University, Canada, 2Vanderbilt University, USA

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Introduction

Infants and toddlers today have unprecedented access to screen media, including content viewed on television, computers, and gaming consoles, as well as on newer mobile devices (smartphones and tablets).1,2 Although most of their direct viewing consists of 1 to 2 hours of television and video daily, younger children are also exposed to about 5. 5 hours of “background” television, meaning television that is left on for the attention of older children or adults or as background noise without direct attention by any family member.3 Their experience with mobile devices is more limited, though access is growing rapidly with increasing availability.1 The popularity of screen media among the youngest viewers has inspired the production of thousands of video programs and apps designed to teach them about language, numbers, music and other abilities that ostensibly foster brain development.4 Parent endorsement of these products has created a multimillion-dollar industry, although claims about their educational value remain largely unsubstantiated.5 

Subject

Infants and toddlers attend to screen media and are responsive to its sensory and perceptual features (movement, pace, bright color, music, and sound effects).6 Imitating their parents and older children, they will pick up a tablet or smartphone and tap and swipe to navigate the screen. However, this does not mean that they understand or learn from the content.7 Although infants and toddlers are remarkably capable learners in direct social interaction,8 their language and story comprehension skills are limited and they are unlikely to follow the narrative content, story line, or content to be learned from a video or app.6 This contrasts with the potential of screen media to facilitate older children’s learning when the content is age appropriate, engaging, and educational.9 

Problems

When infants and toddlers view screen media, their understanding of what they see is limited. They more easily learn actions, words, and problem solving directly from a person than from the same information on a screen.10 This learning difference (“video deficit”) occurs because very young children are inflexible learners: the features of the learning situation (video) and transfer context (real world) must match exactly for learning to be evident. Objects and characters on screens look and behave differently than their real-world counterparts. Two-dimensionality and size, the failure of TV characters to respond to viewers, and extraordinary visual and sound effects are sources of mismatch.11,12 Video is a representational medium that differs from reality.  Infants and toddlers simply do not understand the medium and do not see it as a “window on the world”.6 During the third year of life, improvements in language, cognition, social awareness and experience with screens make their learning more flexible, and transfer from video to the real world can occur.10,12

Research Context 

Information currently available to parents and child development professionals on this topic provides mixed messages.  As infants’ and toddlers’ exposure is fairly high, there is concern that time spent with screens might replace learning activities known to benefit development, such as reading, play, and social and language interactions with others. There is also worry that screen media might be harmful to children’s developing attention and self-regulation and that this could diminish learning.13,14 These issues, though unresolved, prompted pediatricians to recommend that children under 2 years be discouraged from viewing any screen media.15 Those who develop and market baby videos and apps send a different message,5 pointing to the positive role that well designed material can play in supporting older children’s learning. They offer persuasive testimonials and cite “experts” who explicitly or implicitly affirm that age-appropriate screen media will advance infants’ and toddlers’ learning and brain development. These conflicting views, along with the sheer number of available videos and apps, make it very difficult for parents to evaluate the pros and cons of screen media for very young children.4 Against this backdrop, as researchers have conducted many studies using different methods and measures, answers to some of these issues are becoming clear.  

Key Research Questions

  1. What can infants and toddlers learn from baby media? How does age matter?
  2. How does the omnipresence of background television affect infant and toddler learning? 
  3. Are newer interactive screens more effective as learning tools than more passive television?
  4. How much screen media is too much?

Recent Research Results 

Many infant-directed videos target word learning, a milestone achievement at this age.16 Researchers who have carefully evaluated vocabulary learning from video report that both child age and adult scaffolding matters – when parents co-view with their children, direct their attention to the video, talk about the story, ask questions, and otherwise support their children’s learning, children between 2 and 4 years of age can learn new words from video.17-21 However, even when children do learn new words, there can be a video deficit: reduced learning relative to learning from live and interactive instruction. For infants younger than 2 years, there is little evidence of word learning from baby video, even with parent co-viewing.22-24 Notably, a recent study indicated that 15-month-olds learned American Sign Language baby signs from video, both with and without parent scaffolding.25 

There is also evidence that background television distracts infants and toddlers from learning during play: they direct many quick looks to the screen and show less focused attention to their toys.26,27 They also engage less with parents, who respond more slowly to their children’s bids for attention and talk to them less often using simpler and briefer utterances.27 The potential of these reduced interactions are significant, as these provide a major route to young children’s learning about language and their world more generally.28,29

Some have suggested that the newer mobile devices may hold promise for infant learning, as they are interactive and can be programmed to meet the goals and skills of the individual child. 30,31 For example, there is evidence from older children that well designed e-books can facilitate word learning, emergent literacy, and reading through thoughtful use of multimedia (highlighting or animating relevant parts of picture or text) and possibly hotspots on the screen that when touched, activate interactive features (such as dictionaries, word readouts or learning games).32-34 Early research on toddlers’ learning from video chat and touchscreens has yielded promising results.35-37 However, the effectiveness of interactive devices with infants and toddlers may still rely on parent scaffolding to help children understand how information on a screen relates to real life.38,39 

Research Gaps

Several important questions about infant and toddler learning from screen media remain to be answered.40 Among the most important concern the nature and consequences of their interaction with mobile devices, whether and how they operate them, whether these media are better suited to support learning than are passive media like television, and whether built-in features (hotspots, artificial intelligence) can replace parent scaffolding in facilitating learning. A second issue concerns the potential of mobile devices to target the needs of individual children, and whether they might provide a useful supplement to learning for young children at risk for developmental delays or whose parents may often be unavailable. Finally, there is the thorny question of how much screen media is too much. The answer likely will depend on a judicious consideration of the characteristics of the child, the effectiveness with which good design and an awareness of how infants learn are integrated into the content, and the quality of the supportive learning environment.  

Conclusions

There is little evidence that children under 2 or 3 years learn much from viewing screen media, especially if they are viewing alone.39 Most of their learning comes from interacting with others, listening to storybooks, exploring their surroundings, and playing with toys.  Screen media, and especially background television are distracting and can interfere with these important learning opportunities. The expectation that newer interactive mobile devices might be more effective than passive media such as television is a question for future research. There is also some evidence that the amount of time young children spend viewing screen media is associated with poorer executive functions and self-regulation in the preschool years, even when potentially confounding child and family demographic factors were ruled out. Executive functions are those cognitive processes that control the regulation of attention, thought, emotion, and behaviours and they form a foundation for effective learning in very young children.40-42 

Implications for Parents, Services and Policy

Although limited exposure to age-appropriate screen media is unlikely to be harmful, the best thing parents can do for very young children is to talk to, read to, and play with them.  Parents should be aware that the marketing claims of educational benefits from infant directed media have not been substantiated.  A number of websites dedicated to evaluating screen media content provide evidence-based options for viewing and are a valuable resource for parents and educators (see “Resources” tab for examples). If parents opt to provide screen media to their infants and toddlers, co-viewing with them will optimize their learning potential. If very young children view alone, they may be entertained but may not be informed. Finally, it is important to turn screen media off if no one is watching. Background television is a distraction for infants and toddlers and can impede their learning during the serious business of play. 

References

  1. Rideout V. Zero to eight: Children’s media use in America. San Francisco, CA: Common Sense Media; 2013.
  2. Mol SE, Neuman SB, Strouse GA. From ABCs to DVDs: Profiles of infants’ home media environments in the first two tears of life. Early Child Development and Care. 2014;184(8):1250-1266.
  3. Lapierre MA, Piotrowski JT, Linebarger DL. Background television in the homes of US children. Pediatrics. 2012;130(5):1-8.
  4. Hirsh-Pasek K, Zosh JM, Golinkoff RM, Gray JH, Robb MB, Kaufman J. Putting education in “educational” apps: Lessons from the science of learning. Psychological Science in the Public Interest. 2015;16(1):3-34.
  5. Vaala SE, Lapierre MA. Marketing genius: The impact of educational claims and cues on parents’ reactions to infant/toddler DVDs. Journal of Consumer Affairs. 2014;48(2):323-350.
  6. Anderson DR, Hanson KG. From blooming, buzzing confusion to media literacy: The early development of television viewing. Developmental Review. 2010;30(2):239-255.
  7. Pempek TA, Kirkorian HL, Richards JE, Anderson DR, Lund AF, Stevens M. Video comprehensibility and attention in very young children. Developmental Review. 2010;46(5):1283-1293.
  8. Bauer PJ.  Remembering the times of our lives: Memory in infancy and beyond. Hove, UK: The Psychology Press; 2007.
  9. Mares M-L, Han Z. Effects of Sesame Street: A meta-analysis of children’s learning in 15 countries. Journal of Applied Developmental Psychology. 2013;34(3):140-151.
  10. Troseth GL. Is it life or is it Memorex? Video as a representation of reality. Developmental Review. 2010;30(2):155-175.
  11. Barr R. Transfer of learning between 2D and 3D sources during infancy: Informing theory and practice. Developmental Review. 2010;30(2):128-154.
  12. Barr R. Memory constraints on infant learning from picture books, television, and touchscreens. Child Development Perspectives. 2013;7(4):205-210.
  13. Courage ML, Setliff AE. When babies watch television: Attention-getting, attention-holding and the implications for learning from video material. Developmental Review. 2010;30(2):220-238. 
  14. Barr R, Lauricella A, Zack, Calvert, SL. The relation between infant exposure to television and executive functioning, cognitive skills, and school readiness at age four. Merrill Palmer Quarterly. 2010;56(1):21-48. 
  15. American Academy of Pediatrics, Council on Communications and Media. Media use by children under two years. Pediatrics. 2011;128(5): 1040-1045. doi:10.1542/peds.2011-1753.
  16. Kuhl PK. Who’s talking? Science. 2011;333(6042):529-530.
  17. Strouse GA, O’Doherty K, Troseth GL. Effective co-viewing: Preschoolers’ learning from a video after a dialogic questioning intervention. Developmental Psychology. 2013;49(12):2368-2381. 
  18. Strouse GA, Troseth GL. Supporting toddlers’ transfer of word learning from video. Cognitive Development. 2014;30:47-64.
  19. Richert RA, Robb MB, Smith EI. Media as social partners: The social nature of young children’s learning from screen media. Child Development. 2011;82(1):82-95. 
  20. Roseberry S, Hirsh-Pasek K, Golinkoff RM. Skype me! Socially contingent interactions help toddlers learn language. Child Development. 2014;85(3):956-970.  
  21. Kirkorian HL, Choi K, Pempek TA. Toddlers’ word learning from contingent and noncontingent video on touchscreens. Child Development. 2016;87(2):405-413.
  22. Linebarger DL, Vaala SE. Screen media and language development in infants and toddlers: An ecological perspective. Developmental Review. 2010;30(2):176-202.
  23. Neuman SB, Kaefer T, Pinkham A, Strouse GA. Can babies learn to read? A randomized trial of baby media. Journal of Educational Psychology. 2014;106(3):815-830.
  24. DeLoache JS, Chiong C, Sherman K, Islam N, Vanderborgt M, Troseth G, Strouse GA, O’Doherty K. Do babies learn from baby media? Psychological Science. 2010;21(11):1570-1574. 
  25. Dayanim S, Namy LL. Infants learn baby signs from video. Child Development. 2015;86(3):800-811.
  26. Setliff AS, Courage ML. Background television and infants’ allocation of their attention during toy play. Infancy. 2011;16(6):611-639.
  27. Pempek TA, Kirkorian HL, Anderson DL. The effects of background television on the quantity and quality of child-directed speech by parents. Journal of Children and Media. 2014;8(3):211-222. 
  28. Christakis DA. Interactive media use at younger than the age of 2 years. Pediatrics. 2014;168(5):399-400.
  29. Weisleder A, Fernald A. Talking to children matters: Early language experience strengthens processing and builds vocabulary. Psychological Science. 2013;24(11):2143-2152.
  30. Radesky JS, Schumacher J, Zuckerman B. Mobile and interactive media use by young children: The good, the bad, and the unknown. Pediatrics. 2015;135(1):1-4.
  31. Cristia A, Seidi A. Parental reports on touch screen use in early childhood. PLoS ONE. 2015;10(6):e0128338. doi: 10.1371/journal.pone.0128338. 
  32. Korat O, Shamir A. Direct and indirect teaching: Using e-books for supporting vocabulary, word reading, and story comprehension for young children. Journal of Educational Computing Research. 2012;46(2):135-152. 
  33. Parish-Morris J, Mahajam N, Hirsh-Pasek K, Golinkoff RM, Collins MF. Once upon a time: Parent-child dialogue and storybook reading in the electronic era. Mind, Brain, and Education. 2013;7(3):200-210.
  34. Myers LJ, LeWitt RB, Maselli NM. Baby FaceTime: Can toddlers learn from online video chat? Developmental Science. 2016, July 14. doi:10.1111/desc.12430. [Epub ahead of print]
  35. Takacs ZK, Swart EK, Bus AG. Benefits and pitfalls of multimedia and interactive features in technology-enhanced storybooks: A meta-analysis. Review of Educational Research. 2015;85(4):698-739. doi:10.3102/0034654314566989.
  36. Tarasuik JC, Galligan R, Kaufman J. Almost being there: Video communication with young children. PLoS ONE. 2013;6(2):e17129. doi:10.1371/journal.pone.0017129.
  37. Chiong C, Ree J, Takeuchi L, Erickson I. Comparing parent-child co-reading on print, basic, and enhanced e-book platforms. The Joan Ganz Cooney Center; 2012.  http://www.joanganzcooneycenter.org/publication/quickreport-print-books-vs-e-books. Published May 15, 2012. Accessed October 17, 2016.
  38. O’Doherty K, Troseth G, Shimpi PM, Goldenberg E, Akhtar N. Third-party social interaction and word learning from video. Child Development. 2011;82(3):902-915.
  39. Connell SL, Lauricella A, Wartella E. Parental co-use of media with their young children in the USA. Journal of Children and Media. 2015;9(1):5-21. 
  40. Troseth GL, Russo CE, Strouse GA. What’s next for research on young children’s interactive media? Journal of Children and Media. 2016;10(1):54-62.
  41. Diamond A. Executive functions. Annual Review of Psychology. 2013;64:135-168.
  42. Posner M. Attention in a social world. New York: Oxford University Press; 2012.

How to cite this article:

Courage ML, Troseth GL. Infants, Toddlers and Learning from Screen Media. In: Tremblay RE, Boivin M, Peters RDeV, eds. Rvachew S, topic ed. Encyclopedia on Early Childhood Development [online]. https://www.child-encyclopedia.com/technology-early-childhood-education/according-experts/infants-toddlers-and-learning-screen-media. Published: November 2016. Accessed February 8, 2023.

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Parent Education and Early Learning

For children 12 – 36 months on Sept 1

Overview

This is a parent-child class where the caregiver (mother, father, grandparent or nanny) attends a weekly class with the child. The children’s program is filled with engaging activities designed especially for this period of development, with art activities, sensory experiences, imaginative play, large motor challenges, music time and more! Parents have the opportunity to connect with other families, build supportive friendships, spend quality playtime with their children and attend parent education sessions to learn about child development.

Watch this video to see our class in action:

What will your child experience at our class?

We offer a well-rounded curriculum which stimulates all of your child’s senses, builds skills in all areas of development and exposes them to an array of activities that will engage their curiosity and love of learning.

We’ll have group time for songs, rhymes and movement games. Plus we have large motor activities like tumbling mats, riding toys and outdoor play. Children build small motor skills with puzzles, shape sorters, trains and blocks. Imaginary play opportunities include dolls, toy kitchens and dress-up clothes. Art experiences include play-dough, painting, collage and drawing. The sensory table and water table allow for experimentation with scooping, pouring, measuring and mixing.

In our program your child will get many of the benefits they would get from taking art classes, music lessons, gym classes and attending story time, all rolled together in one class. Toddlers learn best when they are interacting with familiar people in a nurturing setting and there is a reliable, predictable routine.

What will

you get out of our class?

Class includes Parent Education. Discussions cover topics like early learning, language development, discipline, tantrums, emotional intelligence, sleep challenges, potty training and preschool choice. The parent educator leads the discussion, offers helpful resources and expert advice tailored to your unique family. Parents share experiences, offer support and build friendships with other families as they ride the roller coaster of life with a toddler.

Each week half the parents meet with the parent educator. The other parents and the children’s teachers supervise the children while they continue to explore classroom activities. Your child is welcome to be at parent education with you, but we encourage children to come and play.

Choosing a Class

Location: We offer toddler classes in Bellevue, Issaquah, Mercer Island, Renton, Snoqualmie and online. (Click here for addresses, Map and Directions.)

Ages: We offer wobblers classes for young toddlers, 1’s for children who are 1 to 2 year old in September, 2’s for children who are 2 to 3 in September and classes that are a blend of these age ranges. In the table below, you’ll see recommended ages. The activities in that class are most appropriate for that age group. If your child is a little older than the range, that is typically fine. We recommend against parents enrolling a child who is not old enough for the class.

Questions: If you have any questions about a class, you can email the instructor. Click on the “contact” link in the table below.

How to Register for 2022-23

To register the parent: check the table below to find the course and section number of the class you want to enroll in to see if there is space available, then go to our registration page.

To register the child: After you register online, your instructor will contact you with details about required paperwork and how to pay lab fees. (Or you can contact your instructor directly with questions.)

Tuition: Each quarter, students pay $55.23 in college tuition – paid through the college system, plus lab fees of $205 which are paid directly to the instructor. A second child from the same family will pay 50% less. Scholarships are available; a confidential application is made through the class instructor.

Toddlers Schedule for Fall 2022 – Spring 2023

Viewing from a mobile device? Scroll right to see full content of the tables below.
If you click on the arrows at the top of a column, it will put the listings in order based on that column (so, by location, by minimum age, or by day of the week.)

Class Location Course / Section # Age on Sept. 1
Birthdate Range
Schedule Contact Winter Quarter Availability
Bellevue
N. Bellevue 1’s
PARED 12/22/32
Toddler Observation
R-LEC (Winter 8993)
12 – 23 mo
9/20-8/21
T 9:30-11:30 a.m. Kathryn Cerretani Waitlist
North Bellevue DEI 1st Year Toddlers PARED 21/22/32
Toddler Observation S-LEC (Winter 40561)
12 – 23 mo
9/20-8/21
TH 9:30-11:30a.m. Kathryn Cerretani Open
Issaquah 2’s PARED 12/22/32
Toddler Observation
H-LEC (Winter 7959)
24 – 35 mo
9/19-8/20
M 10:00-11:30 a. m. Sara Trethewey Limited
Mercer Island 1s, 2’s PARED 12/22/32
Toddler Observation
K-LEC (Winter 8986)
18 – 35 mo
9/19-3/21
W 9:30-11:30 a.m. Corvie and Kristin Waitlist
Campus
Wobblers
PARED 11/21/31
Parent Infant Lab
E-LEC (Winter 7547)
9- 16 mo
5/21 – 12/21
W 12:30-2:30 p.m. Louise Sneath Limited
Snoqualmie
Alpine 2’s
PARED 12/22/32
Toddler Observation
O-LEC (Winter 7961)
24 – 35 mo
9/19-8/20
W 9:30-11:30 a.m. Sara Trethewey Waitlist

Toddler classes start in mid to late September and run through May. Families are encouraged to enroll for the full school year for the maximum benefit. However, families can join at any time, if space is available in a class.

How to Register for 2023 – 2024 classes

Next year’s schedule will be announced in early April and registration will open in early May. If you would like to be notified when the schedule is available and registration is open, just fill out the form below to be added to the mailing list for our once-a-month email blasts.

Interest Form

What Parents Say About this Class

My partner and I both learned so much! The parent ed topics were all very relevant to us and our current challenges. I appreciate how the parent educator shared personal stories about her own children, it helped remind me that she “gets it” and completely understands from a parent perspective.

This program was amazing and so useful to learn about child development in a community building fashion. Parents from diverse communities and backgrounds came together to learn and grow with their kids. From infant groups to parent toddler classes to co-ops this time was everlastingly valuable to me as a parent and provided so much age appropriate growth and stimulation for my child.

The Parent Education program was invaluable for me and my children in support in parenting and understanding my child’s cognitive and social development. The unique part of this program is the nurturing aspect of parents and children learning together in a supportive non judgmental environment.


Last Updated January 29, 2023

The right to learn – Education: UNICEF

The Convention on the Rights of the Child has two separate articles on education.

Article 28 states that all children have the right to free and compulsory primary education and that governments of all countries should ensure that no one is deprived of education because of poverty. Secondary education should also be accessible to all children.

Young people in the studio of the community radio station “Avankar” in Salvador (Brazil). Photo by UNICEF. The second part of the article says that school discipline should be maintained through methods that reflect respect for the human dignity of the child. In other words, teachers should be understanding and tolerant, and they should not humiliate or hurt you emotionally or physically.

Article 29 states that education shall be directed to the all-round development of the child’s personality and various abilities. Your education should also be aimed at instilling in you respect for your parents, human rights, the environment, as well as for your native and other cultures.

All children have the right to free and compulsory primary education

There are some other rights that are broadly related to education:

  • you must not be discriminated against (Article 2). This right is especially important in regions where girls have far fewer opportunities to get a good education than boys.
  • Your best interests must always be your first priority at school, in all services and in all other institutions that provide you with care and development (Section 3).
  • You have the right to survive and thrive – you have the right to physical, mental, spiritual, moral, psychological and social development (Article 6). In other words, you have the right to live in conditions conducive to the formation of a healthy, happy and prepared person. Clearly, education plays a big role in this.
  • You have the right to receive and communicate information (art. 13).
  • Article 13 also says that you have the right to express your opinion. Moreover, when adults make decisions that affect you, your opinion should be given due weight in accordance with your age and developmental level.
  • You have the right to freedom of thought and religion of your choice (Section 14).
  • You must not perform work (child labor) that may interfere with your education or be detrimental to your development (Section 32).
  • You have the right to rest and leisure, the right to participate in games, and the right to participate in cultural life and the arts, in accordance with your age (section 31).
  • You have the right to be protected from all forms of physical and psychological abuse, which include bullying and sexual harassment at school (Section 19).
  • Article 24 says that you need access to clean drinking water, nutritious food and a clean environment to maintain your health.

“Affordable additional education for children”

Dear parents! This information will help you understand all issues related to the implementation of a system of personalized additional education, obtaining and using a certificate of additional education, and choosing additional general education programs. (Information for parents on personalized additional education for children in the Yaroslavl region)

Regulation on the additional general educational program of the MBDOU DS No. 2 “Ryabinka”

An additional general educational program “Rainbow” (the organization of the educational process of the appraisal general development program “Rainbow” is carried out in accordance to SanPin 2.4.4.3172-14)

Orientation: natural science.

Main directions:

1. The cognitive and developmental direction aims to introduce children to the components of animate and inanimate nature, the impact of human activity on these components in an entertaining game form.

2. Practical direction – study of the flora and fauna, landscapes of the native land, associated with practical matters (nature conservation actions, feeding birds, planting flower beds, etc.).

3. The research direction is carried out within the framework of productive activities, excursions, observations, experiments. Program level: introductory.

Purpose: formation in children of elements of ecological consciousness, the ability to understand and love the world and nature, the development of students’ creative abilities through various types of applied art and the creation of conditions for the creative self-realization of the child.

Tasks:

Educational: enrich the vocabulary, expand and clarify the child’s knowledge of the world around him, develop in children elementary and quite scientific ideas about the relationships existing in nature, obtaining initial information about nature.

Developing: to develop the child’s personality as a whole, to be able to compare and summarize their own observations, to improve thinking, creativity, the ability to think independently, logically and consistently, to maintain their cognitive interest and desire for independent repetition.

Educational: to develop emotions in a child, the ability to sympathize, be surprised, worry, take care of living organisms, perceive them as brothers in nature, be able to see the beauty of the world and treat it with care. Category: preschoolers 5-7 years old.

Mode: once a week for 25-30 minutes. Classes are held in the afternoon, both indoors and outdoors.

Program implementation period: 34 academic hours (1 academic year).

Forms: subgroup of children (10-12 people)

Additional general developmental program “Mental arithmetic” and senior preschool age. The program helps preschoolers improve brain performance, develop memory, concentration, associative thinking, learn fast and accurate mental arithmetic.

The relevance of this program lies in the use of new forms of teaching oral counting, with the help of special counting – abacus. It is believed that each of the hemispheres of the human brain is responsible for its own directions. So, the right one allows you to develop creativity, figurative perception and thinking. The left hemisphere is responsible for logical thinking. The activity of the hemispheres is activated at the moment when a person begins to work with his hands. If the right hand is active, then the left hemisphere begins to work. And vice versa. A person working with his left hand contributes to the activation of the work of the right hemisphere. It is possible to achieve such results when performing mathematical operations on the Abacus with both hands. Abacus hones and trains the hemispheres. This item allows the child to completely freely subtract and multiply, add and divide, calculate square and cube roots. The program is aimed at teaching preschool children mental arithmetic – this is a program for the development of mental abilities and creativity using arithmetic calculations on Japanese abacus (Soroban) without using computer, calculator, stationery, only throwing the bones of the scores in the mind. This program is adapted for children 5-7 years of age, regardless of their special skills. The leading idea of ​​this program is the development of abilities, creative potential of each child and his self-realization. Tasks are built “from simple to complex”. Each lesson is filled with arithmetic tasks of an entertaining nature. In the process of conducting classes, children have a real opportunity, working in the zone of proximal development of the child, to raise the authority of even the most poorly motivated child. Practice arithmetic skills. Prepare the mind for more serious work.

The novelty of this program is determined by an innovative approach to the study of modern trends in the cognitive development of children, and the use of game, plot and integrated methods in the learning process. Within the framework of the program, it is possible to develop an individual educational trajectory for gifted children, which allows to reveal the creative potential of each child.

A distinctive feature of this program is the consistent and differentiated study of the material in the relevant modules (first and second years of study).

The program is based on the successive passage of two stages.

The program “Mental arithmetic” has two modules.

The content of the first module (1 year of study) is aimed at the formation and development of certain competencies in groups of preschoolers of middle and older age. The second module deepens the competencies already acquired by preschoolers (the second year of study). A special workbook is used in the learning process. The material of each lesson offered in the notebook is exemplary and, at the discretion of the teacher, can be used partially or combined with additional material. At the first of them, acquaintance and mastery of the technique of performing arithmetic operations using bones takes place, during which two hands are involved simultaneously. Due to this, both the left and right hemispheres are involved in the process. This allows you to achieve the fastest assimilation and performance of arithmetic operations. During the second stage, preschoolers learn mental counting, which is performed in the mind. The child ceases to be constantly attached to the Abacus, which also stimulates his imagination. The left hemispheres of children perceive numbers, and the right hemispheres perceive the image of knuckles. This is the basis of the method of mental counting. The brain begins to work with an imaginary Abacus, while perceiving numbers in the form of pictures. The performance of the mathematical calculation is associated with the movement of the bones. Learning mental arithmetic for quick counting is a very interesting and exciting process.

The program was compiled taking into account the implementation of meta-subject links in sections:

1. “Development of speech.” In the classroom, the method of commented display of arithmetic operations is used. Use in the classroom of the artistic word: poems, riddles of a mathematical orientation. Performing practical actions, preschoolers are able to learn many new words and expressions of the active and passive vocabulary, the development of the communicative function of speech, the development of coherent speech.

2. “Introduction to the outside world.” For classes, plots close to the child’s experience are selected, which make it possible to clarify the knowledge already acquired by him, expand them, and apply the first options for generalization.

3. Sensory education. Classes contribute to the assimilation of knowledge about the color, size, shape, number of objects and their spatial arrangement.

4. “Musical education”. The use of musical mobile games, musical arrangement to create a mood and better understand the image, express one’s own feelings.

5. “Physical culture”. The use of physical education minutes, finger gymnastics, work to protect vision and prevent posture disorders.

Purpose and objectives of the Program

The purpose of the program is to develop the intellectual abilities of preschoolers by teaching the technique of mental counting on the abacus.

Objectives of the program:

Educational:  to instill students’ interest in mathematics;  Teaching children the methods of oral counting using an abacus;  Deepening and expanding knowledge of mathematics; Developing:  to promote the development of imagination, fine motor skills; development of mathematical horizons, thinking, photographic memory, attention, right and left hemispheres of the brain, research and creative skills of children; Educational:  to contribute to the education of the desire and ability to interact with peers, adults;  fostering perseverance, initiative, independence;  form responsibility for the started business;  develop healthy lifestyle habits;  To create motivation for obtaining additional knowledge.

Basic principles

 Consistency. Child development is a process in which all components are interconnected and interdependent. It is impossible to develop only one function, systemic work is needed.  Comprehensiveness. Child development is a complex process in which the development of one cognitive function (for example, counting) determines and complements the development of others. Compliance with age and individual capabilities. The training program is built in accordance with the psychophysical laws of age development.  Graduality. Step-by-step and systematic in the development and formation of scientifically significant functions, following from simple and accessible tasks to more complex, complex ones.  The adequacy of the requirements and loads imposed on the child in the process of classes contributes to the optimization of classes, increasing efficiency.  Individualization of the pace of work. The transition to a new stage of training only after the complete assimilation of the material of the previous stage.  Repeatability. The cyclical repetition of the material, which allows you to form and consolidate the mechanisms and strategy for the implementation of the function.  Interactions. The joint interaction of the teacher, the child and the family is aimed at creating conditions for a more successful realization of the child’s abilities. Increasing the level of cognitive and intellectual development of children. Interaction with the family to ensure the full development of the child.

The recipient of the program “Mental arithmetic” is addressed to children of middle and senior preschool age (5-7 years old) without prior training. The program is designed for a qualitative change in the cognitive and creative activities of each child. Upon admission to the program, an initial diagnosis is carried out according to the observational chart of child development, depending on age and psychophysical characteristics. The age groups may include children with disabilities (speech therapy disorders) who do not have contraindications for practicing this type of activity.

Implementation period: 2 years.

The program “Mental arithmetic” contains two levels of development: introductory (first year of study), introductory (second year of study). The total number of study hours planned for the entire period of study and required for mastering the program is 68 hours of educational activities: 1 year of study is 34 hours. Year 2 – 34 hours.

The class schedule was developed in accordance with the requirements for the organization of the educational process SanPin 2.4.4.3172-14 “Sanitary and epidemiological requirements for the arrangement, content and organization of the working hours of educational organizations for additional education of children” (approved by the Decree of the Chief State Sanitary Doctor of the Russian Federation dated July 4, 2014 year No. 41).

Educational activities can be carried out in the afternoon after a nap.

Form of work according to the program: full-time, collective, group, individual.

The content and material of this program is differentiated by levels of complexity and is reflected in the section “Content of the additional general developmental program”, providing tasks of different levels of complexity for each topic of the program. Each child has the right to access any of the levels of complexity of the additional general developmental program through the procedure for diagnosing the degree readiness to master the content of the material of the declared level. Those who have successfully completed the first level of the program (the first year of study) are transferred to the second level.

Information on ongoing additional general education programs for students with disabilities in educational institutions of the Poshekhonsk Region /sertifikaty_dopObr.aspx (the section contains answers to questions about the system of personalized additional education)

Video “How to enroll in a program using a certificate” https://yadi.sk/i/-YGL9zq5R6KDww

How to use the certificate of additional education

Video about the certificate of additional education

The video is posted on all social networks of the regional model center.

Reposts are welcome.

Links:

https://www.instagram.com/tv/By2CgRhhUcB/

https://vk.com/wall-165582637_152

https://www.facebook.com/groups/rmc.yar/

Memo for parents (legal representatives) “About the certificate of additional education”

Memo for parents (legal representatives) “About programs additional education”

Guide for parents on personalized additional education

Questionnaire for parents – https://goo.gl/forms/NyLVbs9TPKZp7YVd2
Questionnaire for children – https://goo.gl/forms/pEViyfaH6M9SQtwR2

The development of the system of additional education today is one of the priority areas of socio-economic development of the Yaroslavl region. Since January 1, 2018, the Yaroslavl Region has been one of the 20 constituent entities of the Russian Federation participating in the Affordable Additional Education for Children project. One of the ideas of the project is the introduction of a new system of financing additional education for children. Already in 2018, at least 25% of children living in the Poshekhonsky municipal district will receive certificates of additional education.

The personal certificate will be assigned budgetary funds to pay for circles and sections of additional education, which the child can use in any organization, regardless of the form of ownership (municipal or private organization of additional education, and even individual entrepreneurs). By introducing a system of personalized additional education for children, several important tasks are solved at once:

– children get the opportunity to study for free in any organizations, including those where parents previously had to pay their money, provided that the latter are included in the regional register of providers of additional education services ;

– the quality of educational services provided is improving, organizations are beginning to focus on the real educational needs of children;

– educational organizations that provide high-quality and in-demand services have the opportunity to attract additional budget funding;

– new organizations (private and individual entrepreneurs) have access to budgetary funds on equal terms with municipal institutions.

The provision of additional education certificates to children began already at the end of the 2017/2018 academic year. Certificates will be provided to everyone. The certificate will not need to be received every academic year, it will be issued once and will be valid until the child reaches 18 years of age. The funds on the certificate will be replenished annually. Depending on the cost of the educational program, the certificate can be sent to study in one or more programs. Each child (family) will have their own personal account in the electronic information system, in which it will be possible to select circles and sections in a special navigator, enroll in programs, track the receipt of services and write off funds from the certificate, evaluate the educational program and much more. Using the certificate, the child (his parents) can independently form his educational trajectory. After choosing a program, part of the certificate funds is sent to pay for it, then the child uses the remainder to select another program. Payment (or rather, even an additional payment) at the expense of the parent is expected only if the balance on the certificate is less than the cost of the program and only in the amount of the difference in cost.

Separate work within the framework of the implementation of the system is carried out with private organizations and individual entrepreneurs providing services in the field of additional education for children. All organizations implementing additional education programs that want to operate in the system of personalized additional education must enter the register of educational service providers and enter their educational programs into a special information system navigator. To become a provider of educational services, an educational organization needs to send an application through the information system located at the link http://yar.pfdo.ru, fill out an application and place copies of documents. Currently, work on registration of educational service providers in the information system is already underway.