Self-education report by teacher Nina Vladimirovna Grigoryan for the 2022-2020 academic year
Municipal autonomous preschool educational institution
"Kindergarten No. 49"
Teacher self-education report
Grigoryan Nina Vladimirovna
for the 2022 -2020 academic year
Berezniki
Relevance.
The Federal State Educational Standard (FSES) for preschool education sets new guidelines for the development of the preschool education system and makes a number of changes to the organization of educational activities in preschool educational institutions.
The main result of preschool education is the harmonious all-round development of the child’s personality, and not knowledge, abilities, skills.
The leading goal is to develop in a preschooler such qualities that are necessary for mastering educational activities:
initiative and independence in various types of activities - play, communication, construction;
the preschooler's self-confidence, openness to the outside world, positive attitude towards himself and others, self-esteem;
the child’s ability to actively interact with peers and adults, to participate in joint games;
the ability to negotiate, take into account the interests and feelings of their peers, empathize with failures and rejoice in the successes of others;
try to resolve conflicts, the ability to obey different rules and social norms;
development of gross and fine motor skills of the hands;
ability for volitional efforts in various fields of activity.
And for this it is necessary to introduce new technologies and methods of accompanying preschool children in the educational process.
According to the Federal Target Program for the Development of Education for 2016 - 2022. Engineering education is a priority direction in the development system of modern society.
The engineering thinking of preschoolers is formed on the basis of scientific and technical activities, such as LEGO construction and other types of construction.
Construction and robotics contribute in the best possible way to the development of attention, memory, thinking, imagination, communication skills, the ability to communicate with peers, enrichment of vocabulary, and the formation of coherent speech.
This is not just a design, but a powerful innovative educational tool that successfully solves the problem of children’s social adaptation, making the transition from play to study.
Topic:
“Constructive-model activity as an effective means for the comprehensive development of the personality of a preschooler.”
Purpose:
to study the influence of constructive-model activity of preschool children on the comprehensive development of the individual.
Tasks:
Study and summarize educational and methodological literature on the topic of self-education;
Create a card index of methodological literature and didactic games;
Adopt the best practices of teachers. Participation in the work of the problem group “LECO - design and robotics in preschool educational institutions - one of the conditions for introducing preschoolers to technical creativity”;
Replenish the RPPS group for constructive model activities;
To identify the influence of constructive-model activity of preschool children on the comprehensive development of the individual;
Involve parents in a unified educational space for child development.
During the reporting period, I worked with children of senior preschool age (5-6 years old).
Based on the results of the monitoring “Constructive-model activity”
Criteria:
He is able to establish a connection between the buildings he creates and what he sees in the life around him; create a variety of buildings and structures (houses, sports and play equipment, etc.), knows how to identify the main parts and characteristic details of structures.
Able to replace some parts with others.
Able to create buildings of different sizes and designs for the same object.
He knows how to build according to a drawing and independently select the necessary building materials.
At the beginning of the reporting period it was revealed:
low level
– 100% (20 children)
below the average
– 0%
average level
– 0%
high level
– 0%
On the basis of which she identified the problem: the low level of skills in constructive-model activity of preschoolers.
Having studied educational and methodological literature on the topic of self-education
Bedford A. “The Big Book of LEGO” - Mann, Ivanov and Ferber, 2014.
Kutsakova L.V. Construction and manual labor in kindergarten. Program and methodological recommendations. For children 2-7 years old. –M: MOSAIC-SYNTHESIS. -2010.-90 p.
Paramonova L.A. Theory and methodology of creative design in kindergarten: Textbook for students. higher ped. textbook institutions.-M.: Publishing House, 2002- 192 p.
Feshina E.V. “Lego - construction in kindergarten” - M.: Tvorcheskiy, 2012.
And having identified the problem; I decided to pay special attention in educational work with children of senior preschool age to the development of constructive-model activities of preschoolers and the creation of conditions for the comprehensive development of the personality of preschoolers.
Throughout the entire academic year, she replenished the group's teaching staff. In November 2019, a passport for the design corner in the senior group was compiled. Compiled a card index of methodological literature:
Collection of cognitive tasks of a technical orientation for preschoolers (from the experience of preschool educational institutions in the Perm region) / Institute for Educational Development of the Perm region. – Perm: 2022. – 53 pages.
Let's play together (a set of games with Dienesh blocks) / author-comp.: N.O. Lelyavina, B.B. – Corvette, 1993. – 46 pages.
Lego encyclopedia: practical guide / author: Gubanova N.V., Pyatnitsa I.A., Kotova L.N. and others - Donetsk: Origins, 2022. - 98 pp.
I play and develop with Lego. A methodical collection of games with Lego for preschoolers.
A card index of didactic games (“Legoteka”) and introduced it into work with children.
LEGO technology is one of the modern and widespread pedagogical systems that uses three-dimensional models of the real world and a subject-game environment for the learning and development of a child.
LEGO technology is a set of techniques and methods of construction aimed at achieving a specific educational goal through a system of carefully thought-out tasks. It combines elements of play and experimentation.
My passion for design began with the use of LEGO constructors in my work, working according to diagrams, according to descriptions, according to conditions. Children of senior preschool age enjoyed playing with construction sets on their own, making various types of buildings, and developing a story game based on them; constructive activities were organized on the basis of the developments of L. V. Kutsakova, I. A. Lykova.
In our shared passion for design with children, we took another step - we came up with a form of creative design based on a modeling technological idea. During the activity, children become builders. The question of “translation” of constructive activity into the technical plane by architects and creators, while playing, they come up with and bring to life their ideas. Starting with simple figures, the child moves further and further, and, seeing his successes, he becomes more self-confident and moves on to the next, more complex stage of learning.
This approach allows us to raise the design process to a new level, solving the problems of personal technical creativity and generating interest in modern technical developments.
We called our approach technological. By technology in this context we mean the procedure for manufacturing (manufacturing) any product or product in an industrial environment. Always is a certain sequential process. The main idea of the approach: invite children to create objects. Creating certain objects is a great motivating moment for work. To create you need:
— study the technology of creating an object - that is, play the role of a researcher;
- take on the role of a design engineer, inventor, capable of creating - simulating technological processes;
- take a productive position - select materials to implement ideas, carry out construction actions;
— play the role of a successful engineer presenting the created object.
Also, over the past period, the following work was carried out with children:
COP "Beads for the Christmas tree." During this practice, the children decorated the New Year tree with beads - logical figures, while learning to “read a diagram”, and consolidated ordinal counting.
Projects: “Mom is my sunshine”, “Father Frost’s Workshop”, where children were given the opportunity for creative self-realization. The pupils were able to demonstrate their creative activity and imagination, the desire to be involved in creative activities; improved communication skills.
I also worked with parents:
Consultations were held: “Children’s design. What is this?”, “The role of construction in the development of preschool children.”
Individual conversations on the topic: “Which construction set should a child buy?”
A booklet has been compiled for parents. “The importance of construction in the development of a child.”
Conducted a survey “The importance of design in the full development of a child,” which made it possible to identify the topic of the parent meeting.
Parent meeting “From cubes to robot”, at which, with the help of a slide presentation, she defined the priority directions of state policy in the field of educational development; children's technical creativity. She told and showed the types of constructors.
The children, together with children, took part in the correspondence creative competition “LEGO-city” and became prize-winners.
We also took an active part in the family competition of creative works within the group “What has progress come to?”
At the end of the year, based on monitoring results
identifying the level of development of “Constructive-modeling activity” skills
It revealed:
low level
– 0%
below the average
– 10% (2 children)
average level
– 45% (9 children)
high level
– 45% (9 children)
Thus,
As a result of the implementation of the work plan for self-education, the children of the group developed a positive attitude towards design; they can independently assemble all the models that are given in the set of tasks. They come up with interest and create their own models, play them out and tell their friends about their buildings. They learn to work in a team, distribute responsibilities and negotiate.
The set goal and tasks were completed by me in full.
The final stage of my work on self-education
was the writing of a report with a brief analysis and description of the forms and places for reporting the work done in 2019-2020:
1. An open lesson for preschool teachers on constructing a “Bridge for Pinocchio.”
2. Speech at the pedagogical council “Development of constructive activities and technical creativity in the context of the implementation of the Federal State Educational Standard.”
3. Participation in the work of the problem group “LECO - design and robotics in preschool educational institutions - one of the conditions for introducing preschoolers to technical creativity” kindergarten No. 71. Providing materials in electronic form for creating a pedagogical case: Experience in constructive activities.
— Parent meeting on the topic: “From blocks to robots.” Slide presentation “Children's technical creativity. Types of constructor".
- "Legoteka". Card index of games using Lego construction sets or its equivalent.
4. Pedagogical readings “My self-education” presentation of card files of didactic games with Lego and didactic games.
Prospects for work on the topic:
I will continue to work on this topic in the period 2022-2021, but with an emphasis on LEGO construction and educational robotics.
Drawing up a self-education plan: stages
Let's look at a few points that you need to pay attention to. The self-education plan for a preschool teacher according to the Federal State Educational Standard can be drawn up taking into account the following factors:
- justification for choosing the topic;
- the relationship between the topic of work and the goals and objectives of the preschool institution;
- preliminary work, including the study of methods and programs for preschool education and upbringing;
- choosing forms of interaction with preschoolers;
- own methods;
- expected result of working on the topic;
- conclusions and dynamic statistics of child development;
- prospects for improving performance;
- results of self-education.
On the topic: methodological developments, presentations and notes
The material represents the teacher’s work plan for self-education during the school year.
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The self-education plan for the 2013-2014 academic year may be useful to someone.
