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Where Fun and Learning Converge

Holiday Camps

Starting from the basics of coding, all way to the application of AI, Machine Learning, and IoT.

Lyza Education Classroom,Kebbi Singapore,STEM Education Singapore,Kids Coding Singapore,Primary School Coding Classes Singapore,Preschool Coding Singapore

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* No prior coding experience required.

1

L101: Kebbi Robotics

No coding experience required.

Introduces children aged 5-6 to the basics of coding and technology through interactive play with Kebbi the AI robot. This course focuses on STEAM learning, logical thinking, and problem-solving, providing a strong foundation for future coding education in a fun and engaging way.

Develop early problem-solving skills through interactive coding activities.
Understand basic logical concepts such as sequencing and cause-effect relationships.
Explore STEAM education through hands-on experiences with technology.
Enhance creativity and curiosity by engaging with Kebbi’s interactive features.
Build confidence in using technology through play-based learning.

2

L102: History with Kebbi

No coding experience required.

Takes children on an exciting cultural journey with Kebbi the AI robot, exploring the history and traditions of different countries through interactive storytelling and hands-on activities. By learning about iconic dishes and cultural practices from Vietnam, China, India, Italy, and Singapore, children develop a deeper appreciation for diversity, creativity, and history in an engaging and immersive way.

Explore global cultures and traditions through interactive storytelling.
Learn about historical food origins and their significance in different societies.
Enhance problem-solving and directional skills through hands-on coding activities.
Develop curiosity and respect for different cultural practices.
Engage in fun, interactive learning experiences with Kebbi, making history come to life.

3

L103: Introduction to Scratch Jr

No coding experience required.

Introduces children aged 5-6 to the basics of coding and digital storytelling using Scratch Jr., a beginner-friendly visual programming language. Through interactive animations and simple coding exercises, children develop logical thinking, problem-solving, and creativity, laying a strong foundation for future coding and STEAM learning.

Understand basic coding concepts such as movement, loops, and conditions.
Create interactive stories and animations using Scratch Jr. blocks.
Incorporate interactive elements like sound, dialogue, and character reactions.
Foster creativity and imagination by designing personalised projects.
Build confidence in technology through engaging and interactive activities.

* No prior coding experience required.

1

L201: Introduction to CodeLab

No coding experience required.

Introduces children aged 7-9 to block-based coding, helping them develop essential computational thinking and problem-solving skills. Through hands-on activities, students will learn to control Kebbi the AI robot, create interactive programs, and explore how coding can be applied to real-world scenarios in a fun and engaging way.

Understand fundamental coding concepts such as sequences, loops, and events.
Develop problem-solving and logical thinking through interactive tasks.
Learn to control Kebbi the AI robot using block-based programming.
Explore real-world applications of coding in an engaging way.
Engage in interactive, hands-on coding activities to foster creativity and collaboration.

2

L202: Introduction to Scratch

No coding experience required.

Introduces children aged 7-9 to block-based coding using Scratch, a beginner-friendly programming language that allows them to create interactive stories, games, and animations. This course fosters logical thinking, problem-solving, and creativity, making coding an enjoyable and engaging experience for young learners.

Learn fundamental coding concepts such as sequences, loops, and conditions.
Create interactive games and animations using Scratch’s drag-and-drop interface.
Develop problem-solving skills by creating custom projects, incorporating elements like motion, game mechanics, and user interactions.
Enhance creativity and storytelling skills by designing custom projects.
Gain confidence in coding by planning, designing, and sharing their Scratch projects.

* No prior coding experience required.

1

L302: Introduction to APP Inventor

No coding experience required.

Introduces children aged 10+ to mobile app development using MIT App Inventor, a beginner-friendly platform for building real-world applications. Students will learn how to design user interfaces, use block-based coding to add functionality, and create their own interactive mobile apps. This course fosters problem-solving, creativity, and logical thinking, preparing students for more advanced coding challenges.

Learn mobile app design and user interface development.
Understand block-based coding to add functionality to apps.
Develop problem-solving skills through hands-on coding challenges.
Explore real-world applications of mobile technology.
Build confidence in coding by creating and testing personal app projects.

2

L303: Introduction to Python

No coding experience required.

Introduces children aged 10+ to text-based programming using Python, one of the most widely used programming languages in the world. Students will explore core coding concepts such as variables, loops, and conditionals, while developing problem-solving and computational thinking skills. Through hands-on projects, they will learn how to apply Python to real-world scenarios, preparing them for more advanced coding challenges and future academic opportunities.

Learn Python fundamentals, including variables, loops, and conditionals.
Develop problem-solving and logical thinking through hands-on coding tasks.
Explore real-world applications of Python in everyday problem-solving.
Build confidence in text-based programming by creating interactive projects.
Strengthen computational thinking skills, preparing for more advanced coding studies.

* No prior coding experience required.

1

L401: Introduction to Python (Beginner)

No coding experience required.

Tailored for teens aged 13–17 who are ready to dive into text-based programming. Leveraging Python—one of the world’s most popular and versatile languages—students will explore core coding concepts: variables, data types, loops, conditionals, and functions. Through engaging, hands-on projects such as interactive quizzes, simple games, and custom calculators, participants will cultivate strong logical reasoning and problem-solving abilities. This course lays the groundwork for future study in software development, data science, and computer science.

Python Essentials: Master syntax, variables, data types, and standard input/output
Control Flow: Use loops and conditionals to drive program logic
Modular Coding: Define and call functions to organize and reuse code
Project Development: Build real-world applications—quizzes, games, calculators—that reinforce creativity and computational thinking
Debugging & Testing: Develop strategies to identify and fix errors, ensuring reliable code

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What Parents Say

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Coder of the Term

Awarding students who demonstrated enthusiasm, creativity, and problem-solving skills during lessons.

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Kylie

2025 Term 2

Kylie began with block-based coding classes in CodeLab and Scratch and later progressed to Game Creators with Scratch (our intermediate-level course). Her creative sprite programming and enthusiasm consistently stood out during lessons.

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Samuel

2025 Term 1

Samuel excelled in our Python coding programme, quickly grasping Python concepts. His ability to apply new concepts with confidence, along with his strong computational thinking and problem-solving skills, made him stand out.

Coder of the Term - Samuel.png

Jia Yu

2024 Term 4

Jia Yu has been learning with Lyza Education for three terms. He began with block-based coding programs, such as CodeLab and Scratch. He then progressed to the intermediate-level course, "Machine Learning with Scratch," where he demonstrated a strong interest. His curiosity and consistent problem-solving skills truly set him apart.

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