At Math Shelf, we are always thinking of new ways to recognize students' effort and show off their math learning.  What better way to do this than a bulletin board.  But not just any bulletin board, an interactive bulletin board that changes each week based on how much math students learn. 

Introducing the Math Shelf Race Track Bulletin Board!  Watch this video for how to construct the Math Shelf bulletin board in your classroom.  Then, sign in to your Teacher Dashboard, click the Certificates link, and Download the bulletin board PDF.  This PDF has all the materials needed to put together your bulletin board, and also includes each student's Math Shelf level (updated weekly) so that you can move the cars on the Race Track at the end of the week. 

Today, every major news outlet in the United States reported on the largest math achievement declines in our nation's history.  Math Shelf can help turn around these dismal results by preparing preK, TK and Kindergarten students for future math success.  Read the headlines below, but more importantly consistently implement Math Shelf in your classroom to help your students recover from the pandemic's math learning loss. 

Watch this video about Math Shelf Hands-on Lessons

We love reading positive reviews about Math Shelf's instructional approach, high levels of student engagement, and wide variety of Montessori math activities and games.  Math Shelf also appreciates how reviewers praise our individualized learning approach, which is designed to maximize each student's math potential.  

But the most important thing that we have not read in reviewers' articles is that children that play Math Shelf learn 2 years of math in just six months.  Math Shelf is the only tablet math program, proven through three peer-reviewed published research studies, that eliminates early math achievement gaps.

Teachers can email parents Math Shelf Report Cards by visiting www.mathshelf.com/dashboard and selecting the Parents link.  Report cards measure children's math knowledge in the Fall, Winter & Spring for PreK and Kindergarten.

In 1907 Dr. Maria Montessori opened a preschool in Rome called Casa di Bambini.  It's 115 years later, and today there are over 20,000 Montessori schools worldwide.  Graduates of Montessori preschools have gone on to become leaders in technology, science, business, music, sports, and the arts.  They include: Jeff Bezos, Bill Gates, Larry Paige, Stephen Curry, Joshua Bell, George Clooney, Taylor Swift, Gabriel Garcia Marquez, Peter Drucker, Julia Child and many others. 

Watch a video about Math Shelf Data Reports and read our blog below

In 1956, Harvard Professor George Miller published a landmark study called, The Magic Number 7 Plus or Minus 2.   Miller's study found that the average person can remember about seven new things at a time, and that 95% of people can remember between 5 and 9 new things.  This idea is often overlooked when teaching young children their numbers.

Math Shelf is a tablet-based preschool and Kindergarten math program that provides over 1,500 sequenced math games and activities rooted in Montessori instructional approach. The curriculum is accessible to children as young as three, and covers math topics through first grade.

Math Shelf was developed to eliminate early math achievement gaps by providing high-quality math learning opportunities for low-income children.  Research shows that proficiency in early math skills is critical for children's long-term school and life success. However, the majority of low-income children start kindergarten one year behind their peers in math, and this achievement gap widens to 2.5 years by fifth grade.[1]  If educators work to eliminate early math gaps (in pre-K and Kindergarten), we'll reduced time and money spent of later interventions and put many more children on the path to school success. 

Math Shelf's Evidence Base
Two peer-reviewed randomized controlled trials, and one peer-reviewed quasi-experimental study demonstrate that Math Shelf significantly increases student achievement compared to in-class teaching and other leading digital early math programs.

Studies were conducted in organizations serving low-income students, and included primarily Black and Latinx populations. While effect sizes were uniformly large (ranging from 0.57 to 1.53; 6 months to 1.5 years more learning than controls), variation is likely due to study duration and implementation fidelity. Of particular interest is the finding that initially low performing and minority students made the greatest math learning gains. Table 1provides a summary of Math Shelf’s empirical results: