Math-a-Thon Fundraiser: The Complete Guide for Schools and Organizations

When Jefferson Elementary ran their first math-a-thon last spring, the third graders were the ones who surprised everyone. Mrs. Delgado's class solved 2,400 problems in a single week -- and one student, a quiet kid who never raised his hand in class, finished 187 problems on his own. His grandmother in Michigan donated $0.15 per problem solved. She owed $28.05 at the end, and she paid it happily. The school raised $11,300 total, and the math department got new manipulatives, graphing calculators, and a site license for an online math platform.

That's the pitch for a math-a-thon: it raises real money while making kids better at math. No wrapping paper. No cookie dough. Just problems and donations.

This guide covers everything you need to run one -- whether you use St. Jude's national program or build your own from scratch.

What Is a Math-a-Thon?

A math-a-thon (also spelled "mathathon" or "math a thon") is a fundraiser where students solve math problems and collect donations from family and friends based on how many they complete. Think of it as a read-a-thon but with equations instead of pages.

The basic structure:

• Students sign up and share donation pages with family
• Sponsors donate per problem solved or as a flat amount
• Students complete a set of math problems over a defined period (one day to two weeks)
• Totals are calculated and donations are collected

Math-a-thons work for every grade level. Kindergarteners count objects and do single-digit addition. High schoolers tackle algebra and geometry. The problems scale, the format stays the same.

Why Math-a-Thons Work (Academically and Financially)

Most a-thon fundraisers have a built-in academic benefit -- reading, walking, swimming. Math-a-thons have one of the strongest cases because math anxiety is real, and turning practice into a community-supported challenge reframes the subject entirely.

The academic case:

• Students practice dozens (sometimes hundreds) of problems in a short window. That concentrated repetition builds fluency.
• The fundraising layer adds motivation. Kids who normally rush through a worksheet will grind through extra problems when Grandpa is donating $0.10 each.
• It normalizes struggling with hard problems. When the whole school is doing it, getting stuck isn't failure -- it's part of the event.

The fundraising case:

• A school of 300-400 students typically raises $5,000 to $15,000 from a math-a-thon, depending on participation and how well families share donation links.
• There's zero cost to run one. Problems can be printed or delivered digitally. No products, no inventory, no vendor cuts.
• Donors feel good about it. "I donated to help my niece practice math" is an easier sell than "I bought a $20 candle from a catalog."
• Math-a-thons work for PTAs, churches, after-school programs, and homeschool co-ops -- not just traditional classrooms.

St. Jude Math-a-Thon vs. Running Your Own

This is the first decision you need to make, and it matters.

The St. Jude Math-a-Thon

St. Jude Children's Research Hospital has run a national Math-a-Thon program for decades. It's one of the most recognized math fundraisers in the country. Here's how it works:

• St. Jude provides grade-level "funbooks" with math problems
• Students collect donations from sponsors
• All money goes to St. Jude -- not to your school or organization
• The program is free to participate in and well-organized
• Students get certificates and recognition materials

When to choose St. Jude: If your goal is community service rather than raising money for your own organization, this is a solid, turnkey option. It's especially popular for service-learning projects, church youth groups, and schools that want to support pediatric cancer research. The brand recognition helps -- sponsors already know St. Jude and trust where their money is going.

Running Your Own Math-a-Thon

If you need the funds for your own school, team, church, or organization, you'll run an independent math-a-thon. You control the problems, the timeline, the donation model, and where the money goes.

When to choose your own: When you're fundraising for specific needs -- new math curriculum, playground equipment, team uniforms, a mission trip. You keep 100% of what's raised (minus any platform processing fees).

The hybrid approach: Some schools run a St. Jude Math-a-Thon in the fall as a service project and their own math-a-thon in the spring for school funds. Students and families understand the difference, and it avoids donor fatigue because the causes are distinct.

How to Structure Problems by Grade Level

Getting the difficulty right is the single biggest factor in student engagement. Too easy and kids get bored. Too hard and they shut down. Here's what works:

Grades K-1: Counting and Basic Facts

• Counting objects, single-digit addition and subtraction, number sequencing
• Simple word problems with pictures
• Target: 30-50 problems per session, 10-15 minutes

Grades 2-3: Fact Fluency and Place Value

• Double-digit addition/subtraction, multiplication facts, basic fractions
• Two-step word problems
• Target: 50-80 problems per session, 20-30 minutes

Grades 4-5: Multi-Step and Applied Math

• Long multiplication/division, fraction operations, decimals, area and perimeter
• Multi-step word problems
• Target: 40-60 problems per session, 25-35 minutes

Grades 6-8: Pre-Algebra and Reasoning

• Order of operations, integers, ratios, percentages, basic equations, geometry
• Target: 30-50 problems per session, 30-40 minutes

High School: Challenge Problems

• Algebra, functions, geometry, statistics, real-world application problems
• Target: 20-35 problems per session, 30-45 minutes

Pro tip: Include 2-3 "bonus" problems per sheet that are deliberately above grade level. Label them clearly. Some kids will love the challenge, and those who skip them won't feel bad. It also gives advanced students something to chew on.

Donation Models: How Sponsors Contribute

You have three options. Offer all of them and let sponsors choose.

Per-Problem Donations

The classic model. Grandma donates $0.10 per problem solved. If the student solves 150 problems, that's $15. This motivates kids the most because every problem earns money.

Recommended per-problem amounts: $0.10-0.25 for K-1 and middle/high school (fewer problems), $0.05-0.15 for grades 2-5 (higher volume).

Always set caps. A sponsor who pledges $0.25/problem might not expect a motivated fifth grader to solve 300 problems. A $50 cap protects everyone.

Flat Donations

A fixed amount regardless of how many problems the student completes. "$25 for Maya's math-a-thon." Simple and predictable. In practice, about 55-65% of donors choose flat donations, averaging $25-40 per sponsor.

Timeline and Planning

A math-a-thon needs less lead time than most a-thon events because there's no physical setup required. Here's a 4-week plan:

4 Weeks Before: Decide the Format

• Choose your problem sets (create your own, use free resources, or adapt from state standards)
• Decide on event length: single day, one week, or two weeks
• Set a school-wide goal ("We're solving 25,000 problems as a school!")
• Line up teacher buy-in -- math-a-thons work best when teachers integrate them into class time

3 Weeks Before: Set Up Donation Collection

• Create individual student donation pages where family can donate per problem or flat
• A platform like PledgeAthon handles this -- each student gets a shareable link and QR code that parents can text to family
• Prepare parent communication: what the event is, when it runs, how to share donation links

2 Weeks Before: Launch Donation Collection

• Send home flyers and digital communication
• Students start sharing donation links with family
• The goal is to have sponsors committed before the math problems even start

Week Of: Run the Event

• Distribute problem sets (daily or all at once, depending on format)
• Track progress with a classroom or hallway leaderboard
• Daily updates: "We've solved 8,400 problems so far!"
• Mid-week reminder to families who haven't donated yet

Week After: Wrap Up

• Finalize problem counts
• Enter totals into your donation platform so per-problem donations are calculated
• Announce results and celebrate
• Send thank-you messages to every sponsor

Day-of Logistics

If you're running a single-day math-a-thon (the most common format for elementary schools), here's how the day typically flows:

Morning (30 minutes): Kickoff assembly or classroom announcement. Explain the rules, show the school-wide goal tracker, get kids fired up.

Math sessions (2-3 rounds of 20-30 minutes): Students work through problem sets at their desks. Teachers circulate. No calculators for basic facts -- the point is fluency. Calculators are fine for upper grades on applied problems.

Between rounds: Tally problems solved per classroom. Update the hallway tracker. Let kids stretch.

End of day: Announce preliminary totals. Celebrate effort, not just volume.

Grading: This is a fundraiser, not an exam. Most math-a-thons count problems attempted, not problems answered correctly. The goal is practice and participation, not perfection.

How to Maximize Donations

The math problems are the event. The donations are the fundraiser. Here's how to make sure the money side works:

Get donation links out early. The biggest mistake is waiting until event day to ask for donations. Send links home 2 weeks before. The first 48 hours after families receive links generate the majority of donations.

Make sharing dead simple. Parents need to text donation links to 5-10 family members directly -- not just post on social media. A personal text from a parent to a grandparent converts far better than a Facebook post. Give parents a copy-paste message:

"Hi! [Child's name] is doing a math-a-thon at school to raise money for [cause]. You can donate per problem solved or just make a flat donation. Here's their page: [link]"

Send one reminder. Five days after the initial ask, nudge families whose contacts haven't donated. One reminder is helpful. Two is pushy.

Share progress during the event. When sponsors see that their grandchild has solved 87 problems and counting, some will increase their donation or share the link with more people.

Making It Fun (Not Just a Test)

This is where math-a-thons live or die. If it feels like a standardized test, kids will dread it. If it feels like a challenge, they'll love it.

Team competitions. Divide the school into teams (by class, by grade, or by color groups). Track team totals on a visible leaderboard. Kids work harder when their team is counting on them.

Milestone rewards. Tie school-wide problem counts to fun consequences:

• 10,000 problems: Principal does morning announcements in a funny accent
• 20,000 problems: Teachers vs. students math relay race at an assembly
• 30,000 problems: Principal gets pied in the face (the all-time crowd favorite)

Mix in puzzles and games. Not every problem has to be a straight equation. Throw in logic puzzles, Sudoku-style grids, math riddles, and estimation challenges. Variety keeps energy up.

Music and atmosphere. For younger grades, play upbeat instrumental music during work sessions. It sounds small, but it changes the vibe from "test" to "event."

Certificates for everyone. Every student who participates gets a certificate. Additional recognition for milestones (50 problems, 100 problems, 200 problems). The prize ideas that work for any a-thon apply here too -- experiences over stuff.

Frequently Asked Questions

How much money can a math-a-thon raise?

A typical elementary school with 300-500 students raises between $5,000 and $15,000. Schools with strong parent engagement and online donation tools hit the higher end. The key variable is how many sponsors each student reaches -- five sponsors per kid at $25-35 each adds up quickly. Smaller events (a single classroom or after-school club) typically raise $500 to $2,000.

Is the St. Jude Math-a-Thon still running?

Yes. St. Jude's Math-a-Thon program has been active for decades and remains one of their signature school fundraising initiatives. You can register through St. Jude's website. Remember that all funds raised go to St. Jude, not to your school. If you need funds for your own organization, run an independent math-a-thon instead.

What if students struggle with the problems?

That's expected and okay. A math-a-thon should include problems across a range of difficulty -- some easy wins to build confidence, some grade-level problems for practice, and a few stretch problems for advanced students. Encourage students to skip problems they're stuck on and come back later. The goal is volume and effort, not a perfect score. Teachers should circulate to help without giving answers.

Can I run a math-a-thon for a church, sports team, or homeschool group?

Absolutely. Church youth groups, homeschool co-ops, Scout troops, and sports teams have all run successful math-a-thons. The format is the same -- you just need someone to source the problem sets and manage donation collection. For non-school groups, sending problem sets home as PDFs works well.

How is a math-a-thon different from a read-a-thon?

The format is nearly identical -- students do an academic activity, sponsors donate based on performance or as a flat amount. The main differences: math-a-thons are usually shorter (one day to one week vs. two weeks for reading), problems are discrete and easy to count, and they appeal specifically to math departments and STEM-focused organizations. Many schools that run read-a-thons add a math-a-thon in the opposite semester to keep things fresh.

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Ready to run a math-a-thon for your school, church, or organization? PledgeAthon makes it easy to set up student donation pages, track progress, and collect every dollar online -- with zero platform fees. See how schools use PledgeAthon to run math-a-thons, read-a-thons, and more. Create your free campaign in minutes.