Understanding Imagi: A Guide on Utilizing It for Coding Education
Imagi, a web-based coding platform, is making waves in the educational technology world, particularly for students in grades 3-9. This innovative platform, designed to teach Python coding in a fun, game-like environment, is accessible from most devices and includes teacher-level controls.
One of the standout features of Imagi is the inclusion of ImagiCharms, physical gadgets with 64 LEDs that can be programmed. The process of programming these charms is called Matrix coding, which allows students to write code that determines what the 8x8 pixel grid on the ImagiCharms is displaying. This hands-on approach to coding makes learning both enjoyable and engaging.
Imagi comes in several versions, including a free option and a Pro version at $18 per student. The free version includes the first four lessons, equating to about 8 hours of learning, and classroom management for up to 50 students, as well as guided onboarding. The Pro version offers more than 30 lessons, an AI debugging buddy, personalized onboarding, co-teachers, and discounted ImagiCharms sets.
The platform is standards-aligned and curriculum-based, making it suitable for classroom use. Teachers have access to a helpful dashboard for working through the curriculum and monitoring student progress. The dashboard also provides a platform for offering feedback and support.
The lessons on Imagi are gamified to make learning engaging. Students can create pixel art and animations that pair with the device to be viewed live. This encourages students to apply their coding skills in a creative and interactive way.
School and district plans are available at custom quote prices for buying in bulk. Other tips for using Imagi include using the 8x8 grid programming for art and math projects, opting for the Pro version for time-saving features, and following pre-made projects to hit curriculum goals.
Imagi is more than just a coding platform; it's a tool that bridges the gap between block-based coding and text-based languages, helping students develop essential coding skills in a fun and engaging way.
