Level 1: Suitable for elementary school students with no prior knowledge of computer programming.

This course primarily uses computer games and classroom activities to learn basic computer knowledge and programming concepts in an interactive and engaging manner. The goal is to spark interest in computer programming and encourage student creativity. Throughout the course, students will create drawings and develop a sense of achievement and satisfaction through hands-on experience with simple computer programming. The curriculum begins with block-based programming and then progresses to keyboard input commands. Concepts covered include introduction to commands, introduction to iterations, introduction to functions, and introduction to modules.

**From Level 2 and above, all commands are entered via keyboard input**

Level 2: Suitable for students aged 9 and above, or students who have completed Level 1.

In this course, students will formally enter the core of computer programming and learn how to apply simple programming to solve real-life problems and address practical challenges. For example, they will create a cartoon program schedule or an automated ordering system for a fast-food restaurant using simple computer programming. By integrating examples from daily life, students will come to understand that computer programming is pervasive and gain a deeper understanding of its applications. Topics covered include downloading and installing Python, introduction to events, understanding variables, flow control, and mathematical applications.

Level 3: Suitable for students who have completed Level 2.

Building upon the foundation established in Level 2, this course continues to engage students in practical and applicable learning experiences within the context of daily life. For example, students will use computer programming to design a real "digital clock" and play the "Tic Tac Toe" game. They will also apply programming to perform mathematical calculations, gaining a deeper understanding of how computer programming can be applied in everyday life. This course aims to develop logical thinking skills, enhance problem-solving abilities, and introduce concepts such as basic input and output, intermediate flow controls, introduction to data structures, introduction to coordinates, and introduction to Graphical User Interface (GUI).

Level 4: Suitable for students who have completed Level 3.

In this course, students will apply the knowledge and skills acquired in Levels 2 and 3 to more complex computer games, such as poker games. Additionally, they will learn how to use computers to solve mathematical problems, including finding the least common multiple and the greatest common divisor. This level focuses on intermediate functions, intermediate coordinates, intermediate data structures, more advanced flow controls, and more mathematical applications. Students will further enhance their programming abilities and explore the practical applications of programming concepts.

Level 5: Suitable for students who have completed Level 4.

Building upon the knowledge and skills acquired in Level 4, this course focuses on applying them to more complex computer games, such as the game of Go (蘋果棋). Additionally, students will learn how to use computers to solve challenging mathematical problems, such as determining whether a natural number is prime using algorithms. Topics covered include intermediate Graphical User Interface (GUI), more advanced coordinates, more advanced data structures, and an introduction to Artificial Intelligence (AI). Students will explore advanced graphical user interfaces, delve deeper into coordinate systems, learn advanced data structures, and gain an introduction to the exciting field of Artificial Intelligence.

Level 6: Suitable for students who have completed Level 5.

In this course, students will be introduced to "Object-Oriented Programming" (OOP) and learn how to design simple "objects". In OOP, each object can receive data, process data, and communicate data to other objects. Topics covered include an introduction to recursive functions, introduction to classes and objects, and more mathematical applications. Students will explore the concepts of recursion, understand the fundamentals of classes and objects, and apply their programming skills to solve mathematical problems.