
Learn how the mBlock workspace is organized including the stage, sprites area, blocks panel, and coding area.
Explore how visual coding blocks work and see how mBlock can also display the equivalent Python code.
Learn how to move characters around the stage using motion blocks such as move steps and turn.
Learn how coordinates work in mBlock and how X and Y values control where a sprite appears.
Understand how sprites rotate and how degrees control direction and movement.
Create interactive movement where sprites follow the mouse pointer and bounce when reaching the stage edge.
Learn how to control whether sprites rotate freely, flip left and right, or stay fixed.
Make sprites communicate using speech and thought bubbles to create storytelling and interaction.
Learn how changing costumes and backgrounds can create animation and visual effects.
Adjust the size of sprites to fit your game or animation scene.
Apply color and graphic effects to sprites to make them more dynamic and interesting.
Learn additional visual effects and control when sprites appear or disappear on the stage.
Control which sprites appear in front or behind others using layers.
Add sound effects and record your own sounds to make projects more engaging.
Change sound properties such as pitch and volume to create different audio effects.
Learn how events trigger actions when the green flag is clicked or when keys are pressed.
Understand how the wait block helps control timing in animations and programs.
Learn how to create repeating actions and basic decision making using control blocks.
Build smarter programs by making decisions based on conditions.
Create your first complete program where a robot dances while the background colors change.
Learn how to move a character using keyboard controls to make an interactive program.
Learn how to modify and customize the appearance of sprites.
Change shapes and adjust costume parts to design unique characters.
Add drawings and text to costumes using built in design tools.
Learn how to create shapes and apply colors when designing or editing costumes.
Import images and create additional costumes for more animation possibilities.
Use scalable vector graphics and learn how to edit them inside mBlock.
Use sensing blocks with conditions to make programs react to the environment.
Learn how multiple conditions can control different actions in a program.
Combine logical operators with conditions to build smarter game logic.
Understand more complex decision making and when this structure is useful.
Create loops that repeat actions until a condition changes.
Learn how operators perform calculations, comparisons, and logical checks.
Make different sprites communicate and coordinate actions using broadcast messages.
This course is intended to be purchased and supervised by parents or guardians.
This is not just a coding course. Your child will learn to build games, create AI projects, and think like a real problem solver using mBlock
Important Note:
This course was designed with the assistance of AI-based and educational tools such as ChatGPT, mBlock, Canva and other free AI software. These tools are used only to create examples, visuals and guided practice. All lessons are safe, age-appropriate and delivered under clear human instruction and supervision.
Computers are not only for playing games. Children can also learn to create their own games and animations. This course introduces young learners to the exciting world of coding using mBlock, a visual programming platform designed especially for beginners.
This course is designed for children who want to learn programming in a fun, simple and practical way. Using colorful blocks and sprites, students will learn how to control characters, create animations, build simple games and understand the logic behind computer programming.
The lessons are explained in very simple English and at a slow, comfortable pace so that children whose first language is not English can easily follow along. Every step is demonstrated clearly. If any student feels the pace is slow, they can simply increase the video speed to 1.25 or 1.5 and continue learning comfortably.
The course is especially suitable for parents who want to introduce their children to coding in a structured and friendly environment. No prior programming experience is required.
Throughout the course, students will learn important programming ideas such as events, motion, loops, conditions, variables and simple game logic. Instead of memorizing theory, students learn by building small projects and experimenting with their own ideas.
By the end of the course, children will understand how coding works and will be able to create their own small games and interactive animations using sprites in mBlock. More importantly, they will begin to develop logical thinking and problem-solving skills that are essential in the modern digital world.
Course Learning Path
This course is the first step in a larger mBlock learning series designed for young learners.
Students start with coding using sprites and visual blocks in this course. After they understand the basics of programming logic, they can continue their learning journey with the following courses:
mBlock Robotics for Kids where students learn to control real devices, sensors and robots.
Python with mBlock for Kids where students transition from visual blocks to real Python programming.
This step-by-step approach helps children gradually move from beginner coding to more advanced programming skills.
This course is part of a larger learning journey for young creators. Students who enjoy this course may also benefit from exploring other beginner friendly courses such as Canva for Kids, where children learn how to design posters, presentations and creative graphics and ChatGPT for Kids, where they learn how to use modern artificial intelligence tools in a smart and responsible way.
Together, these skills help children move from being simple users of technology to becoming creative builders and problem solvers.
The course is taught by S A Mehmood, who has been teaching marketing and next generation technologies for more than two decades and has trained thousands of learners in practical digital skills.
Parents are encouraged to watch the first few lessons with their children and support them as they start their journey into coding.