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Computer Science Course: A Fun & Rewarding Experience

This course offers a comprehensive introduction to computer science, encompassing problem-solving, programming, data, computers, communication, and the broader context of technology.

Empower Your Child's Future with Computer Science

From coding basics to advanced programming concepts, our curriculum will equip them with the skills they need to thrive in the digital age.

Computer Science Overview

Students will acquire a strong foundation in computer systems and the knowledge required to navigate and secure networks in the digital age. By the end of the course, they will have a deep understanding of computer science and be prepared to excel in the digital world.

Outcomes

  • Understand and create successful algorithms.
  • Apply sorting and searching techniques efficiently.
  • Decompose problems and design abstract solutions.
  • Develop clear and functional code.
  • Master string manipulation and data structures.
  • Skillfully manage user input and output.
  • Create and utilize subprograms effectively.
  • Implement thorough testing and error evaluation.
  • Grasp the foundations of logic and programming languages.

Basic Knowledge

  • Flexibility using Zoom and great knowledge of basic programming concepts

Technical Requirements

  • Tablet or laptop with stable internet connection and Anaconda Computer program

The Benefits of Learning Computer Science for Youth​

In today’s world, technology is everywhere and computer science has become an essential skill for youth to learn. Not only does it open up a wide range of career opportunities, but it also offers numerous benefits that can help youth in their personal and academic lives.

Develop Problem-Solving Skills

Computer science involves a lot of problem-solving. Learning to code and develop programs requires breaking down complex problems into smaller, manageable parts. They can apply this skill in many other areas of life and can help youth become better problem-solvers overall.

Enhance Creativity

Programming allows youth to create and design their own projects, from simple games to more complex applications. That encourages creativity and allows them to express themselves uniquely. By learning computer science, youth can explore their creative side and develop new skills.

Improve Logical Thinking

Computer science involves logical thinking and reasoning. It teaches youth how to approach problems in a structured and logical way, which can improve their ability to think critically and make informed decisions.

Prepare for Future Careers

In today’s digital age, computer science skills are in high demand. Learning computer science can open up a wide range of career opportunities, from software development to data analysis. By developing these skills at a young age, youth can prepare for future careers and gain a competitive edge in the job market.

Boost Academic Performance

Studies have shown that learning computer science can improve academic performance in other subjects, such as math and science because computer science involves many mathematical concepts and requires a strong understanding of scientific principles. By strengthening their skills in computer science, youth can also improve their performance in other subjects.

Build Confidence

Learning computer science can be challenging, but it can also be very rewarding.
As youth develop their skills and complete projects, they can gain a sense of accomplishment and build confidence in their abilities. This can have a positive impact on their overall well-being and help them succeed in other areas of life.

Children initially learn the Scratch language (software building blocks) because of its ease and simplicity in presenting the most important principles of programming, and when the child masters the basics, he begins to learn advanced scripting languages such as Python in advanced courses later

Our courses are offered according to various programming tracks, each track consists of three courses that extend over six months, so that the duration of each course is two months (a lesson per week) within a team of 3 to 5 students with a specialized trainer and a special platform for communication and continuous evaluation of students’ performance and programming level.

Our Frequently Asked Questions​

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