No one will argue against summer vacation bringing some much-needed rest and relaxation for students. However, setting time aside for math practice via summer math programs will make things a lot easier once the break comes to a close.
So, two questions are now present: should you enroll your child in a summer program, and when is the best time to start?
Here, you’ll find everything you need to know about the summer slope, why math is so dependent on consistency, how a summer program helps, and how to find the best one.
A 1996 meta-analysis by Cooper et al. found that our children can lose up to two months of math progress over a single summer.
More recent research from the NWEA, published by Kuhfeld in 2019, gave us even greater insight, showcasing that high-achieving students were affected by the summer slide the most.
And an interesting point to highlight is that both studies concluded that math is especially vulnerable in this context. This is because math skills have to be maintained.
Reading can happen passively. Your child can pick up a book over the summer and practice comprehension and fluency without thinking of it as extra work.
Math has no equivalent. It requires active retrieval to stay sharp, and without regular use, the retrieval pathways that let a student access and apply what they know begin to weaken.
This usually results in the first weeks of the new school year being spent rebuilding fluency rather than advancing from where the student left off in June.
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Getting any math practice over the summer is already a win. With that being said, having more time to identify a student’s strengths and weaknesses and work from there is very beneficial.
This is why we generally advise parents to consider summer learning programs at least a few weeks before the break starts. By doing so, they take full advantage of the course and allow their student to benefit in two major ways.
Take a fifth grader who finished the year with a shaky grasp of fraction operations. By June, those skills are still relatively accessible.
A tutor working with that student in early summer can consolidate fraction multiplication and division while the school year's instruction is fresh, then use July to extend into decimals and ratios, which is exactly where sixth grade picks up.
By August, that student had spent the summer building forward.
Now, let’s imagine the same student started in mid-August. While they will have the same learning opportunities, it can be more difficult to get the same results.
Namely, fraction fluency is likely not as developed; the student has not been practicing for two months. The first sessions, therefore, have to go toward recovering ground that existed in June, and with school three weeks away, there is less time to cover new material.
So, while in both cases the student has worked on their fraction knowledge, the first scenario leaves a lot more room for exploration and learning.
The same pattern plays out across grade levels.
The earlier a program begins, the more room students have to learn.
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A question worth asking before enrolling in any program is, how does it figure out what your child actually needs?
There are two answers here: by going off the student’s grade level and by using a diagnostic assessment.
A diagnostic assessment is beneficial because it identifies the specific knowledge gaps the student is carrying into summer, the skills that are solid, and the areas where understanding is thin enough to cause problems in the next grade. From there, every session has a target.
The flip side to this is covering grade-level content, which covers some of what the student needs but also topics that they already understand well.
Let’s look at what targeted instruction can look like in practice.
A sixth grader identified as having gaps in ratio reasoning but solid fraction skills can spend the summer working directly on ratios, proportional relationships, and their connection to percentages. They can skip the fraction review that would have taken up the first three or four weeks of a general program.
A fifth grader with weak place value understanding can have that addressed directly before it creates problems in decimal operations, rather than discovering the connection mid-year when the new teacher has thirty students to manage.
There is also a scheduling reality that is important to consider.
Quality summer programs fill their available spots pretty quickly. So, while this does depend on the exact program and place, we generally suggest starting the search sometime in spring.
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For a family that is ready to act, the next question is what actually makes a summer math program worth enrolling in. Generally speaking, these are the main points you want to look for to maximize the odds of success.
Programs that work through grade-level material assume a child's gaps and strengths align neatly with the grade average. That assumption is rarely fully accurate.
On the other hand, programs that begin with a diagnostic assessment and build from the student's actual current level are, therefore, more focused and precise. It targets what the child specifically needs rather than what a generic curriculum prescribes for their age group. This applies whether the goal is catching up, keeping up, or getting ahead.
A two-week intensive camp followed by six weeks of nothing is a common summer math format. However, we know that this isn’t the most optimal approach.
The research on retention favors spaced practice: returning to material at regular intervals over a longer period rather than concentrating it into a short block.
Two or more sessions per week across the full summer keep retrieval pathways active and allow each session to build on the one before it.
Regular sessions are also more sustainable for the child. Routines that run across the summer feel different from a high-pressure sprint, and that difference affects how a child engages with the material.
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Self-paced apps and workbooks have a role in summer learning. They cannot, however, replicate what happens when a tutor works with a student face-to-face and identifies in real time where their reasoning is breaking down.
Live instruction allows for immediate correction and targeted explanation.
If a student has developed a procedural habit that works in familiar formats but breaks down in unfamiliar ones, self-marking apps won’t be able to help. A tutor working directly with that student will notice the gap and address it before it carries into the fall.
At Mathnasium, students receive personalized, face-to-face tutoring in a supportive group environment that makes math both easy to understand and enjoyable.
Mathnasium is a math-only learning center dedicated to helping K-12 students learn and master math at every level, from foundational arithmetic through high school algebra and beyond.
When students come to us for support, we do not rely on drills or isolated practice. Our approach, the Mathnasium Method™, is proprietary, personalized, and designed to help students truly understand how math works.
It runs year-round, including through the summer months, and is built around six core principles:
Personalization on a granular level: Each student begins with a diagnostic assessment that identifies their strengths, knowledge gaps, and how they approach math. Tutors then follow personalized learning plans that guide steady, structured progress toward the specific skills most at risk of summer regression.
Teaching for understanding: We explain math using clear, everyday language and support each concept with visual, verbal, written, mental, and hands-on techniques so students develop a deep understanding of math rather than surface familiarity with procedures.
Caring instruction: Our tutors provide caring guidance in a fun group environment where students feel supported as they work through challenging material.
Independent problem solving and critical thinking: Each session includes time for students to work through problems on their own. Tutors guide them to understand both how and why a concept works, which supports reapplication across topics and builds the kind of fluency that holds up at the start of a new school year.
Singular focus on math: Our program spans thousands of pages and has been continuously refined over the past 20 years. This singular focus allows us to take a deep dive into how students best absorb, learn, and retain mathematical concepts across every grade level.
Empowering, fun learning environment: Our environment is designed to be both engaging and fun. Our materials are game-based, and students have the opportunity to earn rewards to keep them motivated as they advance to higher levels of achievement.
And the results speak for themselves:
94% of parents report an improvement in their child's math skills and understanding
93% of parents report an improved attitude toward math after attending Mathnasium
90% of students saw an improvement in their school grades
With over 1,100 centers, we bring the Mathnasium Method™ close to your community.
For families in or near Denver, CO, Mathnasium of Cherry Hills is a trusted local center with years of experience transforming how students think and feel about math.
Read what one parent had to say about their child’s Mathnasium journey.
If your child is ready to catch up, keep up, or get ahead in math, our team is happy to assist.
📅 Schedule a Free Diagnostic Assessment at Mathnasium of Cherry Hills.
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Mathnasium of Cherry Hills is a math-only learning center for K-12 students in Denver, CO. Trusted by over a million parents, Mathnasium uses personalized learning plans and the proprietary Mathnasium Method™ to help students catch up, keep up, and get ahead on their math journey.
Our specially trained tutors deliver face-to-face instruction in a supportive and fun small-group environment, working with students both in center and online to develop a deep understanding of math, build confidence, and improve academic performance.
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