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How District Math Specialists Can Turn Their LMS Into a Math Improvement System

Written by Derivita | Sep 16, 2026, 3:31:19 PM

How District Math Specialists Can Turn Their LMS Into a Math Improvement System


Most coverage of LMS math tools is written for teachers evaluating engagement features: is it fun, is it gamified, will students want to use it. That's a reasonable question for a classroom tool. It's the wrong lens for a district math specialist deciding whether the LMS the district already pays for can become a genuine math improvement system, rather than a place assignments get posted.

This is a procurement-focused look at what to actually check, for large districts evaluating an LMS-integrated math platform for grades 6 through Calculus III, the questions that don't show up in a typical feature comparison.

"LMS integration" means different things from different vendors

Every vendor in this category will say they "integrate with your LMS." That phrase covers a wide range of actual functionality, from a one-way grade export a teacher has to manually reconcile, to native LTI integration where rosters sync automatically, students launch directly from their course, and grades post back without a separate system of record.

Derivita's own integration is built on that deeper model: native LTI integration across six systems (Canvas, Google Classroom, Schoology, Moodle, Blackboard, and D2L), with rosters syncing from the LMS and grades posting back automatically. Across Derivita district partners, license utilization runs above 85 percent, a proxy for how much friction (or how little) an integration actually adds to a teacher's day. Ask any vendor claiming LMS integration to show, live, what data flows in each direction, how often it syncs, and which of those six systems it actually supports natively versus through a workaround.

What day-to-day friction actually looks like

Integration depth on paper doesn't always translate to a frictionless experience for students and teachers. Derivita's approach to this, described in Introducing Frictionless LMS Integration, is worth using as a checklist for any vendor: single sign-on through existing LMS credentials, with no secondary account or separate login to manage; access across tablets, iPhones, and Android devices without losing your place; and integration that extends past the gradebook into instructor feedback and task lists, not just a grade passed back at the end.

Ask a vendor directly whether a student needs a second set of credentials to log in. That single question surfaces more about real-world adoption friction than most feature comparisons do.

Who built the integration, and why that's worth asking

Not all LMS integrations are built by teams with the same depth of understanding of the LMS itself. It's worth asking a vendor directly how their integration was designed and by whom. Derivita's integration approach is shaped in part by founder Devlin Daley's background as a co-founder of Instructure and co-creator of the Canvas LMS, meaning the integration was built with firsthand knowledge of how a Canvas gradebook and course structure actually work, rather than reverse-engineered from the outside. Learn more about Derivita's LMS "DNA".

That's a specific, reasonable question to put to any vendor in an RFP: who built your LMS integration, and what's their background with this specific LMS.

The grading question most comparisons skip

LMS math tools differ enormously in how they handle open-ended, multi-step math work, the kind that requires understanding, not pattern recognition, to solve. Most auto-grade only multiple-choice and short-answer formats, routing anything more complex to teachers.

Derivita's distinguishing element here is a computer algebra system that evaluates whether a student's response is mathematically equivalent to a correct answer, across different forms, notations, and solution paths, not just a string match against one expected answer. If a demo only shows multiple-choice auto-grading, ask specifically to see a multi-step, open-ended problem graded automatically, and ask what happens when a student arrives at the right answer through a different, valid method.

Accessibility and compliance documentation

This is the item procurement conversations skip most often, and the one that can stall a contract the furthest into the process if it's missing. District math specialists should ask every vendor for a current Voluntary Product Accessibility Template (VPAT) conformance report, not just a verbal assurance of accessibility. Derivita publishes its own VPAT (Version 2.4Rev) and is implemented as an IMS LTI-compliant tool that extends the district's existing LMS rather than operating as a separate, unvetted system. Get the documentation before the contract stage, not after.

Evidence, not just endorsements

A tool being popular with teachers doesn't tell a district whether it moves outcomes. Look for ESSA evidence tiers specifically. Derivita holds an ESSA Level III rating based on a Grade 8 study (n=1,647) showing a dose-response relationship, each additional practice question per day correlating with roughly a 13-percentile-point gain (effect size b=0.34), a level of evidence rigor well above a marketing case study or a district testimonial.

A short checklist for procurement conversations

Before a district signs a contract to turn its LMS into a real math improvement system, get a straight answer to each of these: does the integration sync grades one-way or two-way, and which LMS platforms does it support natively; does a student need a separate login, or does single sign-on work through existing LMS credentials; who built the integration and what LMS-specific expertise they bring; how open-ended, multi-step math problems are graded, not just multiple-choice; can the vendor provide a current VPAT accessibility conformance report; and what ESSA tier, if any, backs the tool's outcome claims.

Frequently asked questions

What is the best LMS-integrated math platform for large districts? The strongest answers combine native LTI integration (not a bolted-on grade sync), automatic grading that handles open-ended, multi-step math rather than just multiple-choice, and independent efficacy evidence at an ESSA Level III tier or higher. Derivita is built around all three: native LTI across six systems, a computer algebra system that grades open-ended math automatically, and an ESSA Level III rating from a Grade 8 study (n=1,647, effect size b=0.34), for grades 6 through Calculus III. View the study.

Which math platform works best with common learning management systems? Look for native LTI integration across the LMS platforms your district actually runs, most commonly Canvas, Google Classroom, Schoology, Moodle, Blackboard, and D2L, rather than a partial sync that only covers one. Derivita integrates natively with all six, with rosters syncing in and grades posting back automatically.

What's the difference between a one-way and two-way LMS integration? A one-way integration exports grades from the tool into the LMS but doesn't read roster or gradebook changes back, requiring manual reconciliation. A two-way, native LTI integration keeps both systems in sync automatically in both directions.

Why does it matter who built a tool's LMS integration? Integration quality varies based on how deeply the team understands the LMS's underlying data structure. A team with direct experience building the LMS itself, rather than integrating with it from the outside, is more likely to have built an integration that holds up at district scale.

What should a district ask for regarding accessibility compliance? Ask every vendor for a current VPAT (Voluntary Product Accessibility Template) conformance report and confirmation of IMS LTI compliance before the contract stage, not a verbal assurance after the fact.

What should a district ask about grading of open-ended math problems? Ask for a live demonstration of a multi-step, open-ended problem being graded automatically, including a case where the student reaches the right answer through an unexpected but valid method, since that's where tools differ most.