Supporting Mathematical Proficiency in Struggling Learners, Grades K-12

Becoming mathematically proficient can be daunting even for students who do not have learning difficulties, but for those students who do struggle, the challenge of becoming mathematically proficient is even more overwhelming. These students may have huge barriers to their successfulness in math such as possessing knowledge and skill gaps, exhibiting learned helplessness or passive learning traits, being diagnosed with specific learning disabilities or suffering from attention deficits to name only a few. When faced with the task of helping these students, teachers are often left to trial and error to find what may or may not work for their students. This does not have to be the case. In recent years, there has been an explosion of research studies and meta-analyses regarding the fundamentals of helping students with math difficulties progress toward proficiency.

This comprehensive instructional course will present material for improving pedagogical understanding of how students learn mathematics so that teachers can allow struggling students to more fully participate in learning while also providing participants insight on effective strategies they can implement with struggling learners to boost their mathematical achievement. Special education instructors, math interventionists, and others working with students who struggle with mathematics will find this course beneficial.

This course is divided into the following modules:

  1. Math Proficiency Unmasked
  2. Developing Systematic and Explicit Instruction
  3. High-Leverage Instructional Strategies to Build Mathematical Comprehension
  4. Using Connections, Communication, Collaboration, and Confidence to Grow Math Reasoning
  5. The Role of Assessment
  6. Bringing It All Together





Demonstrating Knowledge of Content and Pedagogy


Designing Coherent Instruction


Assessing Student Learning


Demonstrating Flexibility and Responsiveness