Summary of direct educational activities on LEGO construction “Playground through the eyes of children” preparatory group for school

Abstract of NNOD light engineering on the topic “City”

Summary of GCD on Lego construction for children of the preparatory group

on the theme "City"

Target

Developing children's ability to visually model through LEGO construction sets.
Educational
objectives :

— To develop the ability to convey the features of objects using the LEGO constructor.

— Strengthen children’s ability to build according to a model.

Educational:

— Develop constructive abilities and a sustainable interest in design.

— Develop fine motor skills and hand-eye coordination.

— Develop visual and effective thinking.

— Develop visual and spatial perception.

— Develop the ability to carry out elementary analysis of objects, to identify the whole and parts.

Educational:

— To develop in children the ability to work in a team of peers, helping each other in joint construction.

— Foster respect for the work of adults. Preliminary work:

talking with children about the construction profession, looking at illustrations of house buildings, observing houses while walking. Reading fairy tales “Teremok”, “The Three Little Pigs”; stories by B. Zakhoder “Builders”, S. Baruzdin “Who built this house”; working together with children with LEGO constructors.

Methods and techniques:

gaming, visual, verbal, practical activities for children.

Materials and equipment:

Visual:

model of a city made from LEGO (without houses): city residents, cars; LEGO DUPLO construction set, sample building for children, house diagram for each child; presentation for children

Multimedia:

laptop, TV; presentation for children, musical accompaniment.

Progress of the lesson

GCD move:

The teacher and children enter the group, stand in a circle, and join hands.

Educator: Let's stand side by side, in a circle,

Let's say "Hello!" each other.

We are too lazy to say hello:

Hi all!" and “Good afternoon!”

If everyone smiles -

Good morning will begin.

Guys, let's say hello and smile at each other. (Children greet each other.)

Educator: Children, today I received an unusual letter from residents of the city of Solnechny. Let's read it together. (Children approach the screen; it shows a picture of Lego men). The teacher reads the letter: “Guys, trouble has happened in our city! We woke up in the morning, went outside and saw that all the houses in our city had disappeared! Help us, please, build houses for our city!”

II. Educator: Children, let's help the residents of the city of Solnechny? (Children's answers).

First, let's remember who builds houses. What is the name of the profession of a person who builds houses? Guess the riddle:

He puts the bricks in a row,

He is building a kindergarten for the children.

Not a miner or a driver,

He will build us a house...

Answer: Builder

Educator: Since ancient times, one of the most necessary professions in our world has been the “Builder” profession. In order to live, work, study well, people need a roof over their heads. And not only the roof, but also walls, windows, doors and many other things that are made for us by real craftsmen, united by the common profession of “builder”.

Educator: Children, let's remember what parts the house consists of? (Children's answers)

Where does the construction of a house begin? Construction of a house begins with pouring the foundation, the foundation is the basis of the entire building, it must be very strong and durable. The foundation is the lowest part of the house structure, located in the ground. The task of this always invisible part is to transfer the entire load from the house to the ground. Simply put, the foundation is the “legs” of the house, its supporting part.

The next part of the house is the walls. The walls are made of various materials: brick, logs, concrete, stone.

When the walls are ready, a roof is put on the house. The roof must be strong so that not a single drop of rain leaks through it. And of course, to ensure that the house is always light and warm, windows and doors are installed.

Educator: And now we will remember what tools a builder needs to build a house.

Didactic game “Pick up the tools.” Children are given cards with pictures of various instruments. Children must choose and correctly name the necessary tools.

Educator: Well done, children, you did the task well. Let's take a little rest and warm up. (Physical training is held under the video)

Finger gymnastics
“Home”. Starting position: hands clenched into fists, leaving round holes inside.
We place the fist on the fist, changing the position of the hands several times - we get a long “pipe”. The house has a large chimney.
You and I will live in it. The chimney on the roof looks up and smokes as if it is breathing. Connect your fingers at an angle, place your thumbs one on top of the other.
Straighten the index finger of one hand - this is a “pipe”. Look at the house with the chimney.
You and I will live in it. Raise your arms above your head, connect your fingers at an angle.
Here stands a huge house, Yes, terribly important. A hundred windows in that house! It's multi-story.

Educator: Now we can begin building houses for the residents of the city of Solnechny. Children, come to the table. (On the table there is a box of Lego and a covered model of a street with little people.) The teacher removes the covered building.

Educator: Guys, look, this is the same city. There really are no houses on it, only residents. And here is the material we need, from which we will build houses. What is it called? (Children's answers) Let's try to build a house together. First we put the foundation, then the walls, now we put the roof, don’t forget about the windows and doors. Our first house is ready!

Educator: And now I suggest you build the same house. Sit at the table. In front of you are the parts of the designer, from these parts you will build a house yourself. You can start.

While the children are making houses, light music plays. The teacher helps if the child does not succeed.

III. Educator: Our houses are ready. Now we can place them in the city. What a great fellow you are! What wonderful houses you have built! Residents of the city of “Solnechny” are very glad that now there is order in their city and they can live in their homes again! They send you a big thank you!

The children go to the screen on which the Lego people thank the children.

Educator. I ask you guys to evaluate your work.

If you liked the lesson, you succeeded - pick up the green construction brick.

If you didn’t like something or something didn’t work out for you, pick up the yellow construction brick.

(Children pick up the required construction brick).

Educator. Thank you very much for the lesson. See you again!

Abstract of the educational activity for light construction "Goalkeeper" with children of the preparatory group

Summary of GCD for light construction "Goalkeeper"

with children of the preparatory group

Target:

To create conditions for children of senior preschool age to model the “Goalkeeper” and program him to perform mechanical actions.

Tasks:

Develop skills in working with the LEGOWeDo constructor.

Develop communication skills and cognitive interest.

Cultivate the ability to cooperate with each other, accuracy, and thrift.

Equipment:

LEGOWeDo construction kits, LEGO EducationWeDo program, laptop, interactive whiteboard, multimedia presentation “Football”.

Vocabulary work:

Belting. Software blocks: “Distance sensor”, “Turn motor on...”, “Motor clockwise”, “Motor counterclockwise”, “Input Random number”, “Cycle”, “Start” and “Wait”.

Progress of activities:

Stage. Establishing relationships

Educator:

Guys, we discussed what event is expected in our country in 2022?

Children:

Soccer World Cup.

Educator:

Tell me, what do you know about football?

Children:

World Football Day is celebrated on December 10th. Football is played by 11 people, there is a goalkeeper, defenders, midfielders and forwards, and fans.

Educator:

A football match is a very interesting and exciting spectacle. It’s not for nothing that football is called the game of millions. Some of our guys are on the street, while walking, football battles unfold. Football players must be very resilient to be on the move throughout the match.

There is a picture of a goalkeeper on the slide.

Educator:

Guys, who is that in the picture?

Children:

Goalkeeper.

Educator:

What should a goalkeeper do?

Children:

Catch balls so as not to miss goals.

Educator:

Is it easy to be a goalkeeper? Now I suggest you play mini-football. But in order not to lose in football, I suggest you build a model of a goalkeeper and play with him.

Educator:

So, you and I will again work with the LEGO constructor in our “Lego Planet” circle and assemble a goalkeeper who will move right and left, protecting the goal from the ball. Let's set it in motion using a computer program.

Educator:

Today we will assemble a model of a goalkeeper, create a program to protect the goal from the ball, and then test the created model.

Educator:

Let us repeat what we must accomplish today.

Action plan

Build a goalie model.

Create a program.

Test the goalie model.

Evaluate your work.

The teacher and children discuss the rules of work when constructing

Stage. Construction

Educator:

Let's build a model of a goalkeeper. For work we will need the following parts, find and prepare them for work.

Summary of an open lesson on LEGO construction for children of middle preschool age

Municipal budgetary preschool educational institution

"Kindergarten No. 37"

Summary of an open lesson on LEGO construction

For children of middle preschool age

"Adventures in Legoland City"

Completed by: Shishkanova V.D.

Rostov-on-Don, 2020

Relevance. LEGO construction and educational robotics are among the most effective innovative technologies for developing technical thinking in preschool children.

LEGO constructors have high educational capabilities, versatility, high aesthetic characteristics, provide an opportunity to introduce students to technical creativity, contribute to the formation of the inclinations of engineering and technical thinking, the development of attention, imagination, memory, thinking, communication skills, the formation of coherent speech, and the enrichment of vocabulary .

Robotics in kindergarten is not just a design activity, but a powerful, innovative educational tool. Combining elements of play and experimentation, it promotes the development of technical creativity and the formation of scientific and technical professional orientation in children of middle preschool age.

Target:

Developing children's ability to visually model through LEGO construction sets. Development of technical creativity and the formation of scientific and technical orientation in children of middle preschool age using the LEGO constructor and the HUNA Kicky constructor (Kicky Junior and Kicky Senior, Education series. Lego Mindstorms Education, Lego Duplo, Lego City, Lego Bionicle, Lego Ninyago, Lego Friends

Tasks:

Educational:

Develop visual and spatial perception; develop visual and effective thinking.

Educational:

intensify attention aimed at continuing the design of the building; promote the ability to carry out elementary analysis of objects, highlight the whole and parts; convey the characteristic features of the building, based on the diagram. Strengthen children’s ability to build according to a model. Freely think and fantasize.

To form primary ideas about design and robotics, and to develop children’s coherent speech.

Educators:

To educate children in the ability to work in a team of peers, helping each other in joint construction.

The product of the project was the joint construction of the city of Legoland, the city of the future, in which, according to our students, only happy Legomen will live.

Material: gel balloons 6 pcs.; presentation for the lesson (recording of a phone call, Raven’s message, video exercise with lego men, video presentation “Types of Lego”, photo of an amusement park, slide with a hint, etc.). LEGO - men, LEGO for building magic

Ship, Legokorol (cornival costume); model of an amusement park (with walls and areas for attractions), robot; individual sets with construction kit parts for attractions, building samples for children, diagrams for each child. Sets of Lego constructors of different types for showing children: “Lego education”, Lego We Do, Lego Mindstorms Education), Lego Duplo, Lego City, Lego Bionicle, Lego Ninyago, Lego Friends, etc.)

The teacher meets the children, inviting them to go to the carpet. The phone rings. Raven's video message to the guys is turned on.

Crow:

- Hello guys! I am the General Manager of Travel. I have an order for you from the people of Legoland. The evil wizard Ogel stole the smiles of the Lego people and destroyed all the rides in their favorite magical amusement park. The Lego people ask you to visit their country and help renovate the park. If the rides are repaired, the evil spell will be broken and smiles will return to the Lego residents. HURRY TO HELP!

Teacher:

- Guys, did you understand everything that Raven said? From whom did he have an order?

What happened at Legoland? What are the residents asking for?

- Guys, you agree to help LEGO people. They are so interesting and unusual

- To help them we need to go there.

- Do you agree? How to get there? (Children's answer options)

“And I propose to build a boat, but not a simple one, but a magical one.” How is she unusual?

It consists of LEGO parts.

Find the right brick

LEGO boat - build a country.

Educational game "Magic Boat"

Teacher:

— To build a boat, you need to follow certain rules: first, each of you, in turn, will come up and select only 1 brick. The bricks must be different: different either in color or in size. I'll start building and lay the first brick piece. Now you must continue building the magic boat. But be careful!

Let's say the magic words:

One two Three,

Build a boat in LEGO - a country

- Now let's start building the boat. I'm laying the first brick. Who has the right ones? (helps to match parts by color or size.)

- Is your brick similar to mine? By color or size?

- Why did you put this brick up?

— Have you all placed your bricks? Is the boat ready?

“So that no one gets lost on the way, let’s cling tightly with our little fingers, like LEGO pieces.”

- We can hit the road. We will now say the magic words:

Take your friends with you.

And get into LEGO - the country.

The music of the sea is turned on.

Teacher:

We are with you in LEGO LAND.
Look, His Majesty the Legion King greets us. And here is the amusement park (they go to the table with the park
). Let's hurry to him!

- Look how wonderful and noisy it once was! I see a wonderful steam locomotive, which probably had fun riding legomen, and an attraction with carousels, which are really destroyed. Do I need to restore them? How to do this?

- Let's look at what they are made of? (Children's answers: from parts of different construction sets)

Teacher:

- That's right, guys. Please note that the walls of the house are built from the construction kit you are familiar with. And the attraction, steam locomotive and carousel are made from an unusual construction set. I will now introduce you to the types of these constructors.

Presentation “Types of constructor”

(constructor “First Mechanisms”, construction set “Simple Mechanisms”, educational robotics construction set (Lego Mindstorms Education), Lego Duplo, Lego City, Lego Bionicle, Lego Ninyago, Lego Friends)

Teacher:

- Now let's rest... Raise your eyes up... and look at the Lego exercises that the Lego men sent us.

Exercise for the eyes.

(Showing video of eye exercises)

(Eyes up, down, right, left, opened wide in surprise, closed their eyes tightly, blinked.)

Details, details,

You are not tired of sleeping.

This morning

It's time for us to build.

We are starting renovations.

- Now we need to break into pairs. To do this, select the legomen who will relax in this park. Have you chosen?

R

-No. Lego men are broken. We need to fix them.

P

- Guys, let’s quickly fix them... Well, they’re fine again.

Teacher:

To proceed to the next task you need to solve the riddle.

Drinks gasoline like milk, can run far. Carries goods and people. You know her, of course?

-We can start building the car.

-Well done guys, you completed this task too.

-And here are the carousels that the evil wizard Ogel broke. Let's fix them guys? Can we? ( Children's answers)

-Now each of the pairs will take one broken carousel. Containers with parts are on the tables, and there are also drawings from which everything can be restored. Select the blueprints of your model, stand two at a table, analyze the level of malfunction of the carousel and begin repairs.

(Work in pairs: providing assistance by showing, additional explanation, support, approval.)

— The carousels are fixed! We need to seat and ride Lego men.

We have collected little people and a carousel machine, let's think about what else our little people need. Where does he live? Where is he walking?

What do our little people need? (house, park, playgrounds, etc.)

.Teacher:

- Well done boys! The attraction and carousels have been repaired, which means we are already getting closer to bringing smiles and good mood back to Lego residents. Leave everything at your workstations for now. I see that you are a little tired, let's rest.

Physical school

(The video on the screen turns on, the children repeat the movements after the Lego men)

Teacher:

— Have you rested?

It was not in vain that we repaired the attractions,

Let's continue the good deeds?

Now let's come to our amusement park. Lego robots remained unrepaired (I pick them up). Reasoning: So, the details seem to be all in place. But why doesn't he go? What do you guys think? (Children's answers).

- Let's turn to the tip of the Lego residents, they sent us a video presentation in which there is a circuit for fixing the robot. Attention to the screen.

(Presentation show)

Teacher:

We will use conditional algorithms. In order for the robot to make informed decisions, certain conditions must be used. A conditional algorithm is an algorithm in which, depending on the fulfillment or non-fulfillment of some condition, either one or another sequence of actions is performed. For EV3 robots, a condition often compares the value of a sensor and, depending on whether the condition is met, a set of necessary commands is executed. Let's analyze the operation of a conditional algorithm using the example of programming the Shy Dog robot. Algori

If we get very close to the robot, it moves away from us “afraid that we will hit it.” If we move too far, he follows us “scared, left alone”

(inclusion of the presentation, and your own explanation that in order for the robot to move, you need to make noise. Or put an obstacle. Tell why.

Teacher:

- Well done boys! You have understood the clue and will find it.

(the teacher tells how the model works, the child activates the robot).

Teacher:

—

Let me put it in the right place.
Everything is ready, let's try to launch our robot (the robot is moving).
— Guys, the robot assistant has left and I feel that good mood and smiles are returning to the Lego residents. Let's say the magic words to completely dispel their bad mood:

We are with intelligence and intelligence

We build everything differently.

This is how it happens in LEGO country -

Everything we love comes to life.

- Well done boys! You are great masters and good wizards! The evil spell has left Legoland and joyful laughter can be heard everywhere! Why do you think? How did you help the residents today? Or maybe you remember the names of the designers you worked with?

Thrive LEGO Country

And it's time for us to return home.

— The Lego King says thank you and gives you a magic ball. With it you will quickly get from the magical Lego land back to yourself. Thank you guys! You can be relied on, you will always help.

Look, we have a whole city. You showed me and the guests that you are real builders. Look how well done you are, today you showed your skills, creativity, fantasy, imagination. Let's say goodbye to everyone.

GCD summary. TOPIC: “FIXIK VISITING PRESCHOOL CHILDREN.” (construction from Lego)

Educational activities of an artistic and aesthetic orientation made from Lego develop technical thinking in preschoolers, and joint work with parents contributes to the development of social and communicative development. Topic: “Fixie visiting preschoolers.”

Age group: senior.

Goal: development of technical thinking in children.

Integration of educational areas: “Artistic and aesthetic development”, “Socio-communicative development”, “Cognitive development”, “ Speech development”, “Physical development”.

Tasks:

• Form the development of prerequisites for creating a transport model according to the scheme, the perception of music. (Artistic and aesthetic development).
• Develop cognitive activity through constructive activities with the help of new generation construction sets. ("Cognitive Development")
• Enrich and activate your vocabulary. Improve the dialogical form of speech, the ability to formulate your point of view (Speech development).
• Form the development of prerequisites for creating a transport model according to the scheme, the perception of music. (Artistic and aesthetic development).
• Develop the ability to work in pairs with adults, distribute responsibilities without interfering with each other. (Socio-communicative development).
• Develop children's motor activity and coordination of movements (Physical development).

Preliminary work: Observation of transport during a walk, transport on which food is brought to kindergarten, conversations, games with cars, and construction sets.

Methods and techniques:

• practical: Lego construction sets, finger gymnastics;
• visual: diagrams, balloon, Fixik toy, box;
• verbal: direct questions, leading questions, explanations, riddles, reading a poem;
• playroom: Lego construction sets,

Materials and equipment: a balloon, a Fixik toy, a box with a Lego constructor, riddles about transport, a player, a flash drive.

Logic of educational activities