Basic Coding (Scratch)
Scratch is a fun, visual programming language designed for children and beginners. Instead of typing complex code, students create programs by snapping together colorful coding blocks, making it easy to learn the basics of computer science. With Scratch, kids can design interactive stories, animations, games, and even simple simulations. It helps them develop logical thinking, creativity, and problem-solving skills while building confidence in coding.
 

 

Animation ( Flipaclip)
FlipaClip is a beginner-friendly animation app that allows students to create simple frame-by-frame animations using drawings, images, and sound. With its easy-to-use tools, children can bring their ideas to life by sketching characters, adding movement, and building short animated stories. It is a creative platform that encourages imagination, storytelling, and artistic expression while introducing the basics of animation.

 

3D Doodiling (3D Pen)
A 3D Doodling Pen is an innovative creative tool that allows users to draw in three dimensions by extruding heated plastic that quickly hardens into solid structures. It enables students to transform their ideas into tangible models, encouraging hands-on learning, creativity, and spatial thinking. This tool is widely used in education for art, design, and STEM activities.

 

3D Design (Tinkercad)
Tinkercad is a beginner-friendly 3D design tool that allows children to create digital models using simple shapes and drag-and-drop features. It introduces students to the basics of 3D design and engineering, helping them develop creativity, problem-solving, and spatial awareness. Widely used in education, Tinkercad is an excellent starting point for kids to explore design, innovation, and even 3D printing.

 

3D Printing
3D printing is a technology that creates physical objects from digital designs by layering materials such as plastic. For children, it provides a hands-on way to bring their creative ideas to life, enhancing skills in design, problem-solving, and spatial reasoning. It is widely used in education to introduce students to innovation, engineering, and STEM concepts.

 

Introduction to photogrphy
Photography is the art and technique of capturing images using a camera. It enables students to express creativity, observe the world in detail, and communicate stories visually. Learning photography develops skills in composition, lighting, perspective, and technical camera operation, making it an essential tool for creative and visual literacy.

 

Photo editing
Photo editing involves enhancing and transforming images using digital tools. For children, it provides a creative way to explore visual storytelling, improve composition, and experiment with colors, effects, and layouts. Learning photo editing helps develop technical skills, creativity, and attention to detail in a fun and engaging way.

 

 

Introduction to Videography
Videography is the art and technique of capturing moving images to tell a story. For children, it provides a creative platform to express ideas, document events, and explore visual storytelling. Learning videography helps develop skills in camera operation, composition, framing, and narrative structure, fostering both technical and creative abilities.

 

Video editing
Video editing is the process of arranging and enhancing recorded footage to create engaging stories. For children, it offers a creative way to combine visuals, sound, and effects, developing skills in storytelling, timing, and technical media production. Learning video editing fosters creativity, attention to detail, and digital literacy in a fun and practical way.

 

 

Introduction to microbit
The Micro:bit is a small, programmable device that introduces children to coding, electronics, and computational thinking. With sensors, buttons, and LEDs, students can create interactive projects, games, and experiments. Learning with Micro:bit develops problem-solving, creativity, and foundational STEM skills in a hands-on and engaging way.

 

 

Introduction to Lego Robotics
LEGO Robotics combines LEGO building with programmable technology, allowing children to design, build, and control their own robots. It encourages hands-on learning, creativity, and problem-solving while introducing foundational concepts in engineering, coding, and STEM. Working with LEGO Robotics helps develop teamwork, critical thinking, and practical technical skills in an engaging and fun environment.

 

 

Introduction AI
Artificial Intelligence (AI) is the technology that enables machines to learn, make decisions, and solve problems. For children, learning AI introduces concepts such as pattern recognition, automation, and data-driven thinking in a simple and engaging way. Exploring AI helps develop critical thinking, creativity, and problem-solving skills while preparing students for the technologies of the future.