Redbird Mathematics

Developed by Stanford University, the Redbird Mathematics curriculum features the latest in adaptive instruction, gamification, and digital project-based learning. This K-6th grade curriculum is designed to meet the requirements of national and state math standards.

Redbird Mathematics Overview Video

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Redbird Mathematics Demo


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A New Learning Model
More than 25 years of research by the world’s top learning scientists at Stanford University has led to Redbird’s revolutionary learning model developed for digital natives.
Our K-6th grade curriculum is designed to meet the requirements of national and state math standards.
  • Focus is achieved through an emphasis on the major standards.
  • Coherence is developed by illuminating connections between concepts and utilizing mathematical structure.
  • The three components of rigor—conceptual understanding, procedural skill and fluency, and applications—are integrated into the learning experience. Understanding is developed through initial instruction and honed through problem solving. Procedural skill initiates with instruction and fluency is achieved through plenty of practice, including engaging, on- going games. Applications appear throughout courses, in the form of contextualized problems and STEM projects.
Additionally, rich STEM projects, career pathways, and contextualized problems inspire students to develop a love of mathematics and connections to the real world. To actively support teachers, Redbird Mathematics provides recommendations for instructional groups and intervention needs based on key-stroke level data from students’ work in the program.

To sample Redbird Mathematics activities and projects visit:

Grade Specific Activities

STEM Projects

Our web-based course features a combination of multimedia instruction and automated assessment of student work to provide students with a highly-individualized, self-paced educational experience.

Content is differentiated and appropriate for varying levels of student achievement, ensuring that all students remain fully engaged during the learning process. Students who are struggling receive specific instruction designed to address areas of additional need, while those who readily master a skill move quickly on to the next concept. The result is instructional software that personalizes learning, helping students at all levels achieve their full potential.  

Support for Math Standards and Blended Learning

The course builds conceptual understanding gradually, using a spiraling model, as students progress through the grade levels, addressing coherence. Rigor and fluency are achieved through extensive practice exercises and innovative learning games, which help build accuracy and speed with fundamental computations.