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Teachers Training

MagBot

Futurekids Magbot is an exciting and innovative robotics tool

designed to spark curiosity and creativity in young minds.

Coding with its magnetic components and intelligent programming features.
Magbot allows students to explore coding, automation, and engineering in a hands-on, engaging way.
This interactive robot helps learners develop problem-solving skills, logical thinking, and a deeper understanding of technology.
Whether they’re constructing different configurations, programming movement sequences.
Magbot provides an immersive experience that makes learning both fun and educational.
Futurekids Magbot is more than just a learning tool—it’s a gateway to the future, inspiring the next generation of tech leaders and innovators!

Coding and Robotics Curriculum:

Coding and robotics with Futurekids is all about empowering young minds to embrace the technology of tomorrow!

Through interactive lessons and hands-on projects, students dive into the fascinating world of programming and engineering.

They learn how to write code, build and program robots, and develop problem-solving skills that fuel innovation.

Futurekids creates an engaging environment where creativity meets technical expertise, helping children not just understand technology but also shape it.

Whether it's designing intelligent robots, coding exciting games, or exploring AI, students gain valuable skills that prepare them for a tech-driven future.

The journey with Futurekids is more than education—it's an adventure in discovery, creativity, and limitless possibilities

The fundamental distinction lies in structure and scope:

The Futurekids Coding and Robotics CAPS Curriculum is mandatory and vertically aligned with South Africa's National Educational Policy, focusing on the three core strands of Digital Concepts, Coding, and Robotics to ensure foundational literacy and digital citizenship within the formal school day, with Unplugged Activity Kits to do in a completely offline environment.

In contrast, the extracurricular Club Curriculum offers a broader, enrichment-focused model, incorporating five strands (which include Pattern Recognition; Algorithms and Coding; Robotics; Internet and E-Communication; and Application Skills) and is explicitly supported by Robotics Kits.

This club structure provides a deep, hands-on, and project-based learning experience, promoting advanced skill development and creative application beyond the assessed requirements of the national curriculum.

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CAPS Curriculum	Club Curriculum
Teachers Training Teachers Support Document Teachers Guide with lesson plans and memorandums Content with Interactive Presentations Videos Unplugged Projects / Kits Learner Workbooks / Study Guides Assessment Tasks Memorandums Programming languages: ScratchJr Scratch	Teachers Training Teacher Support Document Lesson Plans Content with Interactive Presentations Videos Practical Projects for Coding and Robotics Learner Workbooks / Study Guides Assessment Tasks Memorandums Practical Robotics Kits Programming Languages: ScratchJr Scratch MBlock (for robotics) Arduino IDE (for robotics) Python Additional programmes: FreeCAD HTML
Order forms can be requested from: gerda@skillspro.co.za