Our Courses
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students Courses
Robotics basic
The course aims to teach students the principles of robotics and programming in an engaging and interactive manner. It targets students with no prior experience in robotics and provides them with the necessary fundamentals to embark on their exciting journey in this field.
Robotics advance
The course aims to expand students` knowledge in the field of robotics and programming by providing more complex and practical skills and techniques. It integrates more topics related to science and mathematics as well. This course targets students who have some previous experience using the EV3 robot and are eager to further enhance their skills and undertake advanced projects.
IOT
The course aims to introduce students to the concept of Internet of Things (IoT) and provide them with a foundational understanding of the technology used in this exciting field. It helps students comprehend how everyday objects can be connected to the internet and interact with each other to enhance our lives and environment. Additionally, this course integrates various entertaining projects that allow students to apply their knowledge in a practical manner.
AI
The course aims to introduce children to the concept of artificial intelligence (AI) and its applications in everyday life. It encourages curiosity and fosters critical thinking and creativity in children through learning the fundamentals of AI and how it can be applied in various fields. Moreover, this course familiarizes students with several AI-related technologies, such as computer vision, speech synthesis, machine learning, and more. Through engaging activities and hands-on projects, children will develop a solid understanding of AI principles and gain practical experience in utilizing AI techniques.
Electronics basic
This course aims to develop children`s skills in the field of electronics and enhance their creative and engineering thinking abilities. It helps them understand the fundamentals of electronics and encourages them to explore and develop simple electronic projects. By introducing the basics of electronics and explaining key concepts such as current, voltage, and resistance, children will learn about the importance of electronic circuits in daily life and how to improve and design them. Throughout the course, children will also be introduced to various electronic components and their functions, such as resistors, capacitors, and LEDs. They will learn how to read electronic schematics, follow wiring diagrams, and utilize tools and equipment safely.
Arduino course
This course aims to empower students to understand and apply concepts of electronics and programming in designing and implementing innovative electronic projects. Throughout the course, a series of hands-on projects are executed, where students design and implement creative projects using Arduino and available electronic components. These projects can include remote control switches, alarm systems, and the use of sensors to operate various devices. By engaging in these practical projects, students not only gain a solid understanding of electronics and programming but also develop essential skills such as problem-solving, critical thinking, and project management.
3D Printing
This course aims to empower students to understand and creatively utilize 3D design and 3D printing. It enables them to transform their ideas into reality through design and construction using the TinkerCAD platform for 3D printing.
MIT App Inventor
The course focuses on teaching students how to design and develop mobile applications using MIT App Inventor, an educational software. It aims to provide students with an easy and simplified approach to designing and developing mobile applications. Additionally, the course contributes to building sound logical thinking skills for mobile app development.
youths Courses
DevOps
The web development course is an educational program aimed at providing students with the necessary skills and knowledge to effectively design and develop websites. The course covers a range of fundamental topics and techniques that students will learn. This includes basic web languages and how to use these languages to build and format web pages in a skillful and appealing manner. Students also learn how to add interactivity and advanced functionalities to their websites. Additionally, students learn principles of user interface design and enhancing user experience on the website. This includes page layout, choosing appropriate colors, fonts, and images, as well as optimizing the website`s responsiveness for different screen sizes and devices. Moreover, students learn how to develop and manage databases connected to websites, handle communication protocols, secure the website, and optimize its loading speed and performance.
mobile app
The mobile app design course using Flutter is an educational program aimed at teaching students how to design and develop mobile applications using the Flutter framework. The course includes an introduction to the Flutter framework and its advantages. Students learn how to effectively and smoothly use the Dart programming language to create mobile applications. They learn about designing user interfaces, building functionalities, and interactions such as how to create app features, add interactivity, and respond to user actions. This includes navigating between screens, creating interactive menus, and other details. Additionally, students learn how to connect with databases, retrieve data, and display it in Flutter mobile applications. They learn how to work with APIs, dynamically load and update data.
Robot trainer course
The Robot Trainer Preparation course is an educational program designed to empower participants with the skills and knowledge necessary to teach and guide students in the field of robotics. The course aims to provide participants with the technical knowledge and technological skills required to convey the core concepts and skills in robotics to students. The course includes a range of core topics, including: - Understanding the fundamental concepts of robotics, from robot assembly to understanding its components and mechanism of operation. Then, transitioning to robot programming and understanding the programming mechanism and how to build a proper and sequential programming algorithm. - Additionally, the course addresses training mechanisms and delivering information appropriately and effectively to the target age group.
AI trainer course
The Artificial Intelligence (AI) Trainer Preparation course is an educational program designed to empower participants with the knowledge and skills necessary to teach and guide students in the field of artificial intelligence. The course includes a range of core topics, including understanding the fundamental concepts of artificial intelligence by introducing the basic concepts, history, and evolution of artificial intelligence. Participants will then delve deeper into AI tools, such as machine learning, voice and image recognition, text-to-speech conversion, and other related technologies. Additionally, participants will receive training in teaching and guiding skills, including how to guide and teach students in the field of artificial intelligence, explain basic concepts, and provide guidance to students.