WORKSHOP FOR PARENTS: HOW CHILDREN LEARN TO CODE?
Have you ever stepped into the shoes of a child to experience a new subject? If not, the "How children learn to code" workshop will offer you a unique perspective! […]
With the Visual Programming coding course for children aged 8-12, they will be creative, develop algorithm thinking, and build a solid technological foundation. The course revolves around Marsobot's mission to conquer Mars, promising students a unique and exciting learning experience. Let's explore the Visual Programming course for children!
Visual Programming Language is a type of programming language where commands and programming tools are represented as images, diagrams, or drawings instead of being written in text. The goal of this language is to reduce the complexity of coding, making the programming process more visual and understandable for those new to programming or without a programming background.
Coding course for children aged 8-12: Visual Programming
Visual programming language is designed to help users interact with software or systems without needing to know too much about the technical details inside. Programming blocks, diagrams, or images are connected to form logical threads and functions, helping programmers understand how elements interact with each other visually.
A common example of a visual programming language is Scratch, an educational programming environment designed for children.
Visual programming language is not only easier for children to learn but also brings many important benefits for their development. Especially in terms of thinking and forming new habits.
Visual programming languages often use images, diagrams, and visual objects instead of complex syntax. This helps children easily grasp and understand programming concepts without needing to learn intricate language syntax.
Coding course for children aged 8-12: Visual Programming
Instead of writing lines of code consecutively in a purely text-based environment, with a visual programming language, children only need to arrange commands, blocks logically to make the project work.
Using programming blocks, images, and diagrams allows children to experiment with their ideas flexibly. They can see results immediately, encouraging creativity and a spirit of experimentation.
Learning visual programming helps develop logical thinking and problem-solving skills. Children need to think about how programming blocks interact with each other to create functioning programs. Visual programming also encourages children to use problem-solving skills, asking questions, finding solutions, and implementing them in a safe and exciting environment.
In the digital age, understanding programming contributes significantly to a child's future. Starting to learn programming at an early age helps children build comfort and confidence with technology. Additionally, during the learning process, children often work in groups to solve programming problems, fostering communication and teamwork skills.
Coding course for children aged 8-12: Visual Programming
The combination of learning and playing makes children more interested and maintains focus during the process of creating their own game projects. With these benefits, learning visual programming language not only helps children understand technology but also develops many essential skills for the future.
Not just an ordinary coding course, the coding course for children at Algorithmics always follows an interesting storyline, making learning programming more engaging and accessible than ever.
Visual Programming with an interesting storyline. Marsobot is a robot with a dream of building its base on Mars. However, to complete the base, he needs the support of Algoers. Algoers will accompany Marsobot to complete this base.
Building process includes:
Coding course for children aged 8-12: Visual Programming
Module 1 - Introduction:
Algorithmic thinking and its application in daily life.
Module 2 - Space Navigation:
Explore the geometric calculus of coordinates, angles, and space.
Module 3 - Conditions, Procedures:
Use algorithmic thinking to create games and experience the project development process.
Module 4 - Logic Philosophy:
Develop computational thinking and combine knowledge to create group projects.
Module 5 - Variables:
Build game rules and create winning situations.
Module 6 - Replication:
Create and program replicas in the game, complete individual projects.
After 32 sessions at Algorithmics, students will achieve impressive results, reflecting their development and deep understanding of programming. Here are the things your child will learn after graduating from Visual Programming:
Explore and build projects:
From basic to advanced knowledge, students will be able to build creative projects on the visual programming language platform.
Develop algorithmic skills:
Gain a deep understanding of how to develop and optimize algorithms, enabling them to actively solve complex problems.
Master visual programming language:
Master the use and development of projects on Scratch, a popular and easy-to-access visual programming language.
Apply basic programming concepts:
Navigate space, handle conditions, use logical operators, manage variables, and create replicas - all become familiar and flexible in the hands of students.
Stimulate creativity and initiative:
Students will develop the ability to be self-sufficient in creating new ideas and implementing them into unique individual projects.
These skills not only help children understand programming but also support the development of logical thinking and problem-solving abilities, laying an important foundation for their overall development. Let Algorithmics assist your child on this journey, transforming dreams into reality!
Coding course for children aged 8-12: Visual Programming
Have you ever stepped into the shoes of a child to experience a new subject? If not, the "How children learn to code" workshop will offer you a unique perspective! […]
Are you seeking a course that can help your child explore their potential? Do you want your child to enhance their soft skills? The "Workshop: Coding - new but powerful […]
Cuối cùng, giải đấu Coder of Legends đã tìm được những thí sinh xuất sắc nhất Algorithmics. Cùng Algo điểm qua 12 dự án đạt giải khuyến khích, 9 dự […]
