What you'll learn
Programming & Robotics
What you'll learn
This course introduces students to the world of mobile app development. Students will learn how to design Mobile apps, add various user interfaces and sensors to the app, and connect and control them using block-based programming.
By the end of this course, students will:
• Understand how mobile apps work and different types of them.
• Understand different types of User interfaces.
• Learn how to program full working mobile apps using block-based programming.
• Learn programming basics like variables, functions, conditions, loops, events, data types, etc.
• Learn about different sensors in their phones and how to get their readings and use them in the app.
• Learn about databases and how to use them in their apps.
• Develop problem-solving and logical thinking skills.
The course consists of 3 levels, where each level is 4 sessions.
What you'll learn
This creative course introduces children to the exciting world of game design using 3D environments. Through the easy and visual platform Kodu Game Lab, students learn how to build their own interactive games while developing real programming thinking skills.
Children will design colorful worlds, create characters, and control their behavior using simple visual coding (no typing required). They will explore concepts like sequences, conditions (if/then), scoring systems, and game rules—all in a fun and playful way.
Through hands-on projects, kids improve their creativity, logical thinking, and problem-solving skills. They also gain confidence as they bring their own game ideas to life and share them with others.
By the end of the course, students will be able to design and present their own 3D games, making this a perfect first step into programming, game development, and the world of technology
Kodu Game Lab Course L1
This creative course introduces children to the exciting world of …
What you'll learn
This creative course introduces children to the exciting world of game design using 3D environments. Through the easy and visual platform Kodu Game Lab, students learn how to build their own interactive games while developing real programming thinking skills.
Children will design colorful worlds, create characters, and control their behavior using simple visual coding (no typing required). They will explore concepts like sequences, conditions (if/then), scoring systems, and game rules—all in a fun and playful way.
Through hands-on projects, kids improve their creativity, logical thinking, and problem-solving skills. They also gain confidence as they bring their own game ideas to life and share them with others.
By the end of the course, students will be able to design and present their own 3D games, making this a perfect first step into programming, game development, and the world of technology
What you'll learn
Expand your computer programming skills and get ready to earn a certification.
Overview
Endless possibilities await when you acquire in-demand programming skills. Python is a multi-paradigm programming language used by startups and tech giants like Google, Facebook, Netflix, and more. With intuitive, readable syntax, Python is a great first programming language to learn. Having Python skills qualifies you for careers in almost any industry and is required for advanced and higher paying software development and engineering roles.
This course is the second in the two-course Python Essentials series and is designed for learners already familiar with the basics of Python. Dive into advanced Python concepts, learn Object-Oriented Programming (OOP), and develop your own programming portfolio. This course prepares you for thePCAP – Certified Associate in Python Programming certification (Exam PCAP-31-0x).
Developed in collaboration with OpenEDG Python Institute.
What you'll learn
Advanced Creativity and Game Design
Scratch Level 2 takes students to the next stage of their programming journey, where they build more advanced and interactive projects.
In this level, students will go beyond the basics and start creating more complex games, animations, and interactive stories. They will learn how to combine multiple sprites, control game logic, and design projects that respond intelligently to user actions.
Students will explore important programming concepts such as variables, advanced loops, conditions, and broadcasting messages between sprites. These tools help them build richer, more dynamic games with scoring systems, levels, and challenges.
By the end of the course, students will be able to design their own complete games, think like real programmers, and express their creativity through coding in a fun and engaging way.
Scratch for Advanced Young Learners L2
Scratch Level 2 takes students to the next level of …
What you'll learn
Scratch Level 2 takes students to the next level of creativity and challenge! In this course, students build more complex and exciting projects such as advanced games with multiple levels, smart interactions, and creative designs.
They deepen their understanding of coding concepts like variables, loops, conditionals, and events, and start combining them in more powerful ways. Students also explore new ideas like game logic, animations, and improving user experience.
This level focuses more on problem-solving, critical thinking, and debugging, helping students think like real programmers.
By the end of the course, students can create more professional and interactive games with advanced features, making this level more challenging, more fun, and even more.
What you'll learn
This advanced level builds on the basics of electronics and takes children deeper into the world of circuits, components, and real-life applications. Students will explore how different electronic elements work together to create smart systems, while using simulation software to design and test their ideas.
Through hands-on experiments and interactive learning, children will understand concepts like AC vs DC, circuit types, sensors, and energy sources such as solar power. They will also discover how devices like music and recording ICs work in real life.
By the end of the course, students will be able to design, simulate, and present their own electronic projects with confidence. This level strengthens problem-solving skills, creativity, and prepares kids for more advanced STEM learning.
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