Learn more about Saxon Math's proven math curriculum
Ensure sustained achievement through incremental instruction
To master mathematics, students need to build on prior learning—what new concepts they can learn depends on which concepts they already know. Saxon Math™ provides a learning structure proven to advance students steadily and assuredly to higher levels of understanding.
Ensures students build and retain mastery of mathematical concepts.
Develops deeper understanding through integration of mathematical strands.
Ensures measurable student improvement based on 35 years of success.
An integrated approach to mathematics
In Saxon Math, concepts from every math strand are woven together and connected throughout the year. Skills or concepts are reinforced throughout the years, helping students build a strong foundation of understanding.
An incremental approach gives students the time to understand and practice a small concept before adding the next step.
Distributing skills across the year ensures that students have time to practice and master a concept.
Cumulative practice and assessments cover ideas from earlier lessons to ensure students retain and make connections between concepts.
See how Saxon Math can raise achievement in every classroom.
Built on a learning curve proven to raise achievement
While other math curricula ask students to progress from simple to complex concepts in just a few weeks, Saxon Math scaffolds instruction of each concept and continues to review information introduced earlier. This allows students the time and practice to retain math concepts to the level of mastery.
Student Experience
Clear instruction and hands-on activities engage all learners.
Students build skills and confidence through daily opportunities to review, develop mathematical reasoning, and apply knowledge.
Engaging manipulatives and hands-on learning tools help students develop and demonstrate understanding.
New online resources give students convenient access to lessons and fun opportunities for practice and enrichment with Drawing Tools, iTools digital math manipulatives, Calculator Activities, and an eGlossary.
Teacher Experience
Easy-to-follow daily lessons offer a consistent structure to deepen mastery.
- Classroom Discourse
Daily discussion and practice help students build an understanding of basic skills, mathematical concepts, and problem-solving strategies. - Hands-On Learning
New concepts expand students’ knowledge through hands-on activities using manipulatives and other materials. - Writing
Students gain depth of knowledge through written practice, which gives them the opportunity to review and apply concepts.
The lessons are easy to follow and the components all work together so well that it makes my job so much easier.
Frequent, cumulative assessments ensure students stay on track.
Summative assessments, including Power Up, Cumulative, Benchmark, and End-of-Year tests, allow teachers to continuously monitor progress.
Formative assessments conducted through daily instruction, lesson practice, and written practice provide immediate feedback for intervention and enrichment.
The Guide to Differentiated Instruction supports teachers with planning resources focused on meeting different learners’ needs.
- Primary K–3
Instructional materials and activities in the consumable kit help students master foundational math concepts. Grade 3 is available in kit or textbook format.
- Intermediate 3–5
Lessons embedded with activities and practical applications support mastery of concepts.
- Courses 1–3
Units are integrated and distributed to give students time to develop skills and algebraic thinking.
- Algebra 1, Geometry, Algebra 2
Practical applications of abstract concepts help students master thinking and reasoning strategies.
Outcomes
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Develop foundational understanding
Through daily reinforcement, practice, and application of basic skills and concepts, students build conceptual understanding, computational fluency, and problem-solving skills and strategies. This foundation supports a steady progression through higher levels of mathematics.
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Ensure retention of mathematical concepts
Instruction, practice, and assessment distributed throughout the year means more time is devoted to reinforcing and building depth of understanding for long-term mastery.
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Demonstrate measurable, sustained improvement
The instructional effectiveness of Saxon Math is clear. Decades of research show classrooms using Saxon consistently see dramatic improvement in student achievement.
Learn more about Saxon Math's proven math curriculum.
Research & Results
The power of improvement. The confidence of “I can".
Research shows that Saxon Math consistently yields increased retention, higher test scores, and sustained performance in higher-level mathematics. Independent research, longitudinal studies, and field testing provide clear evidence that Saxon works.
Learn more about the theoretical framework that guided the development of Saxon Math’s distributed approach to instruction, practice, and assessment.
Behind the Difference That Gets Results
Theoretical and Empirical Support for Saxon Math
Saxon Math has a proven record of success in schools across the nation as evidenced by numerous studies showing improvement that’s measurable, immediate, and long-lasting.
ESSA Evidence Criteria for Saxon Math K–5
Overview of how Saxon Math K–5 meets ESSA “STRONG” evidence criteria.
ESSA Evidence Criteria for Saxon Math 6–8
Overview of how Saxon Math 6–8 meets ESSA “MODERATE” evidence criteria.
ESSA Evidence Criteria for Saxon Math 9–12
Overview of how Saxon Math 9–12 meets ESSA “PROMISING” evidence criteria.
Study Gives Edge to 2 Math Programs
from Education Week
Longitudinal Analysis of State Mathematics Score
Student Motivation
Staying motivated: Saxon Math provides students a path to results.
Problem Solving
Saxon Math emphasizes the importance of problem solving in our modern, global, and technological age.
See how Saxon Math can raise achievement in your classroom.
Authors
Creating the path to higher math achievement for all students
The authors of Saxon Math are experienced educators whose singular dedication to better math instruction and materials for students and teachers led to the development of the complete K–12 program. Guided by the incremental approach developed by John Saxon, they’ve created programs that help students nationwide become stronger, more confident problem solvers.
John Saxon
Nancy Larson
Grades K–4 Math Teacher and District Math Coordinator
Stephen Hake
Grades 5–12 Math Specialist and Author, Saxon Math
Dr. Frank Wang
President, Oklahoma School of Science and Mathematics
News & Events
Follow the Saxon Math community
Keep up with the latest news and events from Saxon Math experts.
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Our “Connecting Math and Careers” series continues with strategies for inspiring students to consider a career in the field of animation.
How to Advance Mathematical Thinking with Student-Focused Learning, a Growth Mindset, an End to Tracking, and Personalized Standards
The Spark continues the conversation with math educator and thought leader Dr. Cathy Seeley, whose tips on motivating mathematical thinking can help you ensure success for all learners.
AP & ELECTIVES