FREQUENTLY ASKED QUESTIONS

Great Minds® is a public benefit corporation that started as an advocacy group trying to reform education and advocate for creating curricula that didn’t just teach skills but truly helped students build knowledge. We started in 2012 with a grant and wrote EngageNY Math, which we developed into Eureka Math—now the most widely used K–5 math program in the country.

We quickly developed a reputation for creating high-quality curriculum that never sacrifices rigor and creates a coherent, knowledge-building experience for students, and educators began asking for additional resources beyond math. In 2016, Great Minds created Wit & Wisdom®, a Kindergarten through Grade 8 English language arts curriculum that empowers students to build important background knowledge in science, history, geography, and more while practicing reading and writing and expanding their vocabulary.

In 2018, we took building knowledge to new heights with the creation of Geodes® books for emerging readers. Geodes support students learning to read with fascinating books that help them build knowledge while they practice their phonics skills.

With knowledge-building curricula for both math and ELA, Great Minds answered the call for a science curriculum that moved students from reading about science to doing science. Released in 2019, PhD Science^® is a phenomenon-based K–5 curriculum where students drive the learning, inspiring students to wonder about the world and empowering them to make sense of it. Recognizing that students often don’t have access to a coherent science curriculum until later in elementary school, we’ve made Levels K–2 of PhD Science available as an open educational resource.

And finally, in 2021, we returned to our roots with mathematics. Where Eureka Math set the bar for high-quality math instruction, Eureka Math²™ raises that bar exponentially. Our teacher–writers and mathematicians applied eight years of teacher feedback about Eureka Math classroom experiences, student data, and current educational research to create a new math curriculum with integrated digital components to advance equity in the classroom and create an exponentially more joyful teaching and learning experience.

Yes. Please get in touch with our sales team.

The Eureka Math² program is currently available for kindergarten through Algebra I, and the team is currently working on additional levels and courses.

Yes. We will submit the program for review in 2022. We also have our own reviewer rubric based on the Publishers’ Criteria for Mathematics, the Instructional Materials Evaluation Tool (IMET), and other widely accepted evaluation rubrics. Please get in touch with our sales team.

Eureka Math² provides about 130–140 lessons per year, including some that are optional. The curriculum allows at least 30 days for assessment and responsive teaching. Kindergarten lessons are 50 minutes, levels 1–5 lessons are 60 minutes, and levels 6–9 lessons are 45 minutes (excluding time for the fluency activities).

At the end of each module is an extensive citation list. Please get in touch with our sales team for a research summary.

Both fluency activities and Remember problems in the Practice section of the lessons distribute and interleave previously learned concepts and skills.

At Great Minds^®, we know that every child is capable of greatness, and we want all students to visualize themselves as mathematicians. Throughout the curriculum, including in the module art, Math Past, and our context videos, the names and images of characters used to illustrate problems provide a “balanced portrayal of various demographic and personal characteristics.”* In accordance with EdReports Math Criterion 3.3r.

* Source: EdReports Math Review Committee, Math K-8 Criteria Guide v 1.5, last modified January 2021, https://www.edreports.org/reports/review-tools

Eureka Math² takes everything you love about Eureka Math—coherent math models; rigor to support productive struggle; and coherence across lessons, modules, and grades—and adds a new level of accessibility and flexibility as well as visibility into student understanding to make math instruction exponentially more teachable and engaging.

We will continue to support our Eureka Math customers. Naturally, we encourage users to consider Eureka Math² as it is based on the most current research and incorporates the feedback of millions of teachers and students who have used Eureka Math.

Those transitioning experiences would be seamless. Although Eureka Math² is a new program, the mathematics and models would still be coherent with Eureka Math.

For each lesson, we offer Practice Partners which are take-home sheets or online assignments that provide worked problem examples and accessible explanations of solution pathways.

A Family Math guide for each topic provides additional overviews and ideas for home math activities.

Each lesson also has Recaps that provide a lesson summary, new terminology, and worked problem examples with accessible explanations of solution pathways.

Each lesson now includes a recommended fluency activity. A list of recommended sprints for each module appears in the fluency resource. Administration guidelines suggest when to give each sprint and which sprints can replace fluency activities in the module.

Each module includes at least one modeling lesson.

In the Learn book, students will find an engaging Ben Orlin illustration as a topic opener to help them access background knowledge for the upcoming lesson.

We no longer have lesson types. Instead, each lesson follows a Launch, Learn, Land lesson structure, which combines exploration, Problem Sets, and student discourse.

Each lesson includes Recaps that provide a lesson summary, new terminology, and worked problem examples with accessible explanations of solution pathways.

To receive a quote for print and/or online materials, please contact us via phone at 202-223-1854, ext. 3, or fill out our online quote inquiry form. A member of our Sales team will get back to you. Our standard pricing is also available for public viewing.

Teacher access to the digital platform, including the digital teacher edition and daily lesson slides, is included for all teachers with the purchase of the print materials. For schools adopting a digital-only solution, access can be purchased without print. Student digital licenses are sold separately.

Presentation slides are provided for each lesson. They include all lesson images, videos, and digital interactives. Student interactive digital lesson slides are used in levels 6–9 and appear approximately once per topic.

Eureka Math in Sync videos were aligned specifically for Eureka Math. We have begun prototyping interactive lesson-aligned student-facing videos to accompany Eureka Math² lessons. We will announce a roll-out schedule as soon as it becomes available. Ask a member of our sales team for more information.

In levels K–5, there is no required student-facing screen time using a student device. Teachers have the flexibility to choose how much teacher-presented screen time students have during the lesson. In level 6–Algebra I, teachers can use our alternate printable lessons instead of the digital lessons to help reduce screen time or if students lack access to devices.

Over 150 K–5 lessons have digital interactives. Over 90 lessons across grades 6–9 have digital activities. Over 190 lessons across grades K–9 have a context video. The student platform also links to Didax virtual manipulatives for increased interactivity.

Activities labeled as teacher demonstrations are currently designed only for the teacher device or projector screen.

Students may interact with digital lessons currently (in grades 6 and higher) on student devices.

Our digital resources do not currently integrate with the Schoology platform or Google Classroom.

Eureka Math² was intentionally designed to ensure that all students could access the curriculum. Its instructional design embraces the principles of Universal Design for Learning so all students can engage in rigorous mathematics. Ask a member of our sales team for more information.

A Eureka Math² Equip product, our adaptive digital assessment tool, is part of our premium digital package.

The Eureka Math² authors used CAST UDL Guidelines to develop lessons that provide multiple means of engagement, representation, and action and expression. Options that address learner variability are built into the lesson design and suggested at the point of use in margin notes in the Teach book.

In addition to designing Eureka Math² to be accessible to all students, our teacher–writers took great care to provide discourse and terminology supports in lessons. These supports appear most notably in Language Support margin boxes. Eureka Math² has also developed the Talking Tool, a series of sentence starters that support and encourage respectful and productive student-to-student discourse.

Eureka Math² is designed to meet the needs of all learners. The Universal Design for Learning (UDL) framework guided the construction of the entire curriculum, informing its use of math models, simple-to-complex progressions, routines, and discourse so that all students can understand the why behind the math and joyfully engage in math learning. Teachers who have implemented the pilot report that their students who need additional support are happily succeeding with grade-level work.

Eureka Math² is a core program that provides all students with access to high-quality grade-level instruction. It is exceptionally coherent, and its materials lend themselves well to intensive intervention. Our premium digital package – which is a purchasing option for schools and districts- includes Eureka Math² Equip, our digital adaptive diagnostic assessment tool that helps teachers identify which students need help with which concepts and skills and suggests appropriate practice work which can be used for more intensive intervention. Teachers can customize assessments and the practice work for individual students and groups or the whole class. This provides access for students to high-quality grade-level instruction. Additionally, due to our exceptional coherence, our materials may be used for more intensive intervention.

Differentiation boxes in the margins of the Teach book offer guidance and suggestions for adapting instruction so that all students can successfully access grade-level content. Lessons feature two types of Differentiation boxes: Support and Challenge.

Yes. The digital platform with all the grade-level resources is included with the print package purchase. Ask a member of our sales team for more information.

Our comprehensive assessment system includes Exit Tickets, Observational Assessment Recording Sheets for grades K–2, Topic Quizzes, and Module Assessments. Our premium bundle includes Pre-module and Benchmark Assessments.

Grade levels 3–9 have digital and print offerings. Level 1 and 2 assessments are intended to be used as printed products but can be assigned as PDFs for students to complete with annotations tools on their devices. Level K assessments are based on observations and interviews.

A variety of reports are available through the digital platform when the assessments are taken or scored digitally.

Eureka Math² engages students in mathematics with print materials, digital interactives and lessons, and manipulatives for hands-on learning. Our manipulatives are available through our partner Didax. Ask a member of our sales team for more information.

Yes. We also offer an upgrade kit for educators who already have Eureka Math manipulatives so they can add new manipulatives used with Eureka Math².

Many lesson and fluency activities and games are appropriate for additional practice in centers or stations. Ideas for their use in such situations often appear in the margin boxes of the Teach book.

Yes, beginning with the 2022–2023 school year Eureka Math² materials will be available in Spanish. Ask a member of our sales team for more information.

Lessons provide many opportunities for students to engage in low-floor high-ceiling, open-ended or open-middle tasks. The program also has open-ended lessons. This type of lesson allows students to represent and solve problems independently. The tasks involve multiple solution pathways or more than one solution to the problem. The lesson then guides a class discussion.

Our well-designed, in-person, teacher-facilitated whole-class experiences vary in setting and tempo, including periods of whole-class engagement, small-group, paired collaborations, and independent reflection and processing. These intentionally wide-ranging experiences have the highest capacity for equitably building new knowledge, and teachers should therefore follow the curriculum with fidelity. Facilitation lesson styles and lesson experiences include such approaches as explicit instruction, inquiry, and guided discovery.

Teachers and schools can, however, adapt lessons to a different style or models to meet the needs of students. Fluency and lesson activities, games, or routines may be adapted and used as centers.

The Standards for Mathematical Practice for Students (MPs) are intentionally woven into every lesson. Students consistently apply MPs to their daily work to build an enduring understanding of math. In the Teach book, lessons provide Promoting the Standards for Mathematical Practice margin notes that highlight opportunities for teachers to understand and promote a critical MP.

Great Minds plans to roll out the following new grade levels for Eureka Math² over the next few years:

• Prekindergarten
• Accelerated Grade 7
• Integrated Mathematics I

Other levels are not planned at this time. Ask a member of our sales team for more information.

In 2012 the advocacy group that would become Great Minds was awarded a grant to create EngageNY Math. We developed this program over time into Eureka Math, adding rich new resources for teachers and families. Eureka Math has since become the most widely used K–5 math program in the country.

In 2012 the New York State Education Department contracted with the organization that would become Great Minds to create an open educational resource (OER) math program for K–12 educators. We wrote EngageNY Math, and over time we developed that program into Eureka Math. The original OER curriculum is available on the EngageNY and Great Minds sites for free, and it has been downloaded over 13 million times by users in all 50 states, making Eureka Math the most widely used K–5 math program in the country.

Yes. Anyone can download the entire PK–12 Eureka Math curriculum, along with a variety of instructional materials and support resources, for free. Some materials, such as our printed workbooks, Eureka Digital Suite, Affirm, Eureka Math Equip, and Eureka Math in Sync must be purchased.

More than 200 teachers and math experts from around the country developed the Eureka Math curriculum. Our team of writers remains involved in the curriculum through professional development events and by ensuring that the curriculum is consistently updated and refined based on feedback from the field.

The independent nonprofit EdReports.org gave Eureka Math top marks across the board for alignment with the Common Core State Standards and usability in the classroom—a much higher rating than any other publisher. In addition, states like Tennessee and Louisiana have listed Eureka Math as a recommended curriculum for their schools. Louisiana gave Eureka Math a Tier 1 rating, the only curriculum to earn that honor for elementary, middle, and high school grades. In addition, Educators Evaluating the Quality of Instructional Products (EQuIP) recognizes multiple Eureka Math lessons as exemplars. 

The teachers and math experts who wrote the curriculum made sure to align its content with the new college- and career-readiness standards, which emphasize deeper learning, critical thinking, and conceptual understanding of math. In addition to getting top marks from EdReports.org for this alignment, Eureka Math was also highly praised for its usability in the classroom. The standards provide the foundation, but they are only a starting point. Teachers also need high-quality curriculum and curriculum-focused professional development to teach students the higher-level knowledge and skills they need for success in the 21st century.

School districts across the country are enjoying success with Eureka Math. Two stories from Louisiana and Florida, below, show how Eureka Math implementers are seeing test scores go up and students thrive. You can find more data about Eureka Math here.

Lafayette Parish School System, Louisiana’s fifth-largest school district, was among the earliest and strongest implementers of Eureka Math. From 2014 through 2017, the district saw steady increases in the percentage of students scoring Mastery or Above on the LEAP and iLEAP state standardized math tests in Grades 3–8. Read more about their success here. Lafayette Parish is known nationwide for its strong implementation and its generosity in sharing its experiences and resources with other districts.

Other Eureka Math implementers are also seeing success. For example, when Pasco County, Florida, piloted Eureka Math across the district in Grades K–5 a senior instructional specialist there said, “Students in these schools, who tend to be the highest-needs students in the district, were keeping up with or outperforming students in our top-tier schools.” Read more here.

Great Minds is eager to partner with school districts to analyze how Eureka Math affects student learning. To participate in a randomized controlled trial or quasi-experimental study, please contact data@greatminds.org.

We do not specify a homework routine. We expect that teachers will customize homework assignments and routines at their discretion to meet the specific needs of their students. In making decisions about how to assign and manage homework, we suggest that teachers consider the following:

Students’ performance in class, particularly on the Exercises and Examples and Exit Tickets, will provide the teacher with valuable information that should drive homework decisions.

Problems are provided on the daily Problem Set. This bank of problems is directly tied to the day’s lesson, and the teacher can assign them thoughtfully to the class. It is not necessarily appropriate to assign the entire Problem Set for homework. It is also not necessarily appropriate to assign the same problems to all students. The teacher is in the best position to know what is right for the class and for individual students.

The teacher is also in the best position to know which homework items their students can complete successfully and independently. Thoughtfully customized homework assignments will minimize the amount of valuable instructional time that needs to be devoted to homework the following day, allowing the mathematical story to continue moving forward. On our website, we provide grade-level specific Pacing and Preparation Guides, which are intended to provide teachers with a process to customize and prepare for instruction. This process includes adapting the lesson to meet the needs of individual students. It could similarly be applied to homework.

We often hear that teachers struggle with pacing instruction as well as preparing for instruction. In an effort to support educators in making these difficult decisions, we’ve created a Pacing and Preparation Guide for each grade, PK through 12. Each guide includes two components: Preparing to Teach a Module, which outlines a process for understanding the instructional sequences, and Preparing to Teach a Lesson, which outlines a process for customizing any lesson to fit the daily time constraints and unique needs of students. Both of these components guide teachers in making informed decisions about pacing. Because of the number of lessons in PK through Grade 7, the guides for those grade levels include a third component called Suggestions for Consolidation or Omissions.

Our curriculum is not intended to be followed as a script; it’s intended as a guide to offer support to teachers in the classroom. For example, the curriculum’s “vignettes” of teacher–student interactions are exemplars of instructional situations provided by the teachers who have crafted our curricula. These vignettes should be used not as a script but as a basis for study and discussion among professionals. We expect—indeed, we encourage—teachers to customize Eureka Math instructional materials and make them their own.

The scaffolds integrated into Eureka Math give alternatives for how students access information as well as express and demonstrate their learning. Strategically placed margin notes are provided within each lesson elaborating on the use of specific scaffolds at applicable times. They address many needs presented by English language learners, students with disabilities, and students performing above and below grade level.

Our curriculum includes daily formative assessments in the form of Exit Tickets, as well as Mid-Module and End-of-Module Assessments. The daily Exit Tickets are designed to help teachers reflect on what their students know and can do so they can plan instruction for the following day. The module assessments are designed to tie together standards that have been addressed to that point in the module. Because these module assessments are composed of rigorous items, the curriculum includes a scoring rubric. Please note that a score is not intended to be directly converted to a percentage grade. We realize that implementers have additional assessment needs beyond what is provided in this free curriculum.

In addition to the assessments provided with the curriculum, we offer the platforms Affirm, for digital practice and assessment, and Eureka Math Equip, for premodule digital diagnostic assessment.

One of the key components of successful Eureka Math implementation is collaboration, and teachers are always looking for a place to exchange resources, discuss best practices, and interact with our curriculum writers. In response, we’ve created online communities on Facebook, Pinterest, and our Aha! blog to enable curriculum users to share resources and connect with each other and our writers.

We understand that parents are their child’s chief advocate and most essential teacher—at homework time and always. To assist you in this crucial role, we have assembled a parent support page that contains a variety of helpful resources, including the following:

• Homework Helpers illustrate problems similar to those assigned in class and demonstrate an example of the thinking that supports each problem, so that parents can help their children with Eureka Math homework problems.
  
• Grade Roadmaps explain what a Eureka Math student will study in the coming year and share strategies that you can employ to facilitate learning outside the classroom. These roadmaps are a great tool to begin bridging the gap between the way math was once taught and today’s techniques.
• Parent Tip Sheets help parents address questions children may have about Eureka Math at home. Tip sheets are available for each module for Grades K through 8. These tip sheets include suggested strategies and models, key vocabulary, connections to previous learning, and tips for how you can support your child’s learning at home. They are arranged in the same sequence as the student homework, making it easy for parents to follow along with their child’s progress.
• Videos explaining the rationale behind Eureka Math and why it is an effective program.
• Additional Online Resources parents may find useful

Parents can also download a PDF version of our curriculum, free of charge. The curriculum’s module overviews and topic openers in each lesson provide more detailed information.

Eureka Math resources are available for Grades K–8 in Spanish. Some materials are also available in Arabic (K–5), Armenian (K–6), French (K–6), Korean (K–6), Traditional Chinese (K–3), and Simplified Chinese (4–6). Click here to learn more about these materials. A selection of Eureka Math Parent Resources—including a Parent Letter, a Fact Sheet, and Grade Roadmaps— is also available in Spanish to assist with continued instruction outside the classroom. Click here.

The Eureka Math curriculum is available in an APH Braille file, large print files, and a NIMAC Braille file.

For more information on APH Braille and large print, please contact the American Printing House for the Blind.

mhaynes@aph.org or largeprint@aph.org
800-223-1839, ext. 217
1839 Frankfort Avenue, Louisville, KY

Customers seeking new books not currently in APH’s catalog should visit http://www.aph.org/tests-and-textbooks/.

To renew your subscription to Eureka Math materials, please contact our Sales team.

You can purchase all of our manipulatives through our partner Didax. Additionally, the writers of Eureka Math have developed yearlong, grade-level lists of the materials and tools needed to implement the curriculum. The yearlong materials list for each grade level appears on the Module PDF page (after you register for free). Each individual lesson for Grades K–5 also identifies the materials needed for that specific lesson.

If you are having trouble logging in, please use the “Forgot my password” feature on the login page to reset your password. If you are still unable to log in or access your materials after that, please contact our customer service team by phone (202-223-1854) or email (helpdesk@greatminds.org) for further assistance.

Vimeo was the platform chosen to host the Teach Eureka Video Series because of its security and high-quality performance. The access issue you are experiencing is most likely an on-site problem caused by your school or district’s security and firewall settings. We recommend adjusting firewall settings so that teachers and administrators are able to access Vimeo. For further assistance with this issue, please reach out to our technical support team by phone (202-223-1854) or email (helpdesk@greatminds.net). 

To add users to your account, please log in and navigate to your administrator dashboard. Once you’ve done this, you will see how many available subscriptions you have to assign users. Please make sure you have enough subscriptions available for the users you would like to add. To add multiple users, we recommend using the “Import CSV” feature, which allows you to upload an Excel document of multiple email addresses and names at once. 

To access your Great Minds materials, log in to your account and select My Resources in the orange banner. This option will redirect you to a page with a list of the materials you have access to.

In 2020, the Texas Education Agency chose Great Minds to develop a high-quality Tier 1 math program for K–5 students that aligned with the Texas Essential Knowledge and Skills (TEKS) standards. Eureka Math TEKS Edition and Eureka Math in Sync™ TEKS Edition deliver a new standard for coherence, focus, and rigor, so students gain a deeper understanding of the why behind the numbers, all while making math more enjoyable to learn and teach. To learn more, please visit greatminds.org/texas.

Our team of teacher–writers and experts developed PhD Science to provide educators with a curriculum designed specifically to meet the Next Generation Science Standards. The curriculum’s hands-on approach and exploration of authentic phenomena sparks students’ natural curiosity about the real world and its wonders as they build a deep, lasting knowledge of science concepts that they revisit throughout elementary school. The curriculum was designed to support teachers as they make a pedagogical shift where they facilitate the learning, but students own it.

Great Minds offers Levels K–2 of PhD Science as an open educational resource (OER). We know that even our youngest students have a natural curiosity about how the world works, yet schools often provide only occasional science activities for early elementary learners instead of a coherent science curriculum. We wanted to ensure that these students would have rich, knowledge-building science experiences that will help them establish a strong foundation for learning science later in elementary school and beyond. Educators can access the curriculum’s Teacher Editions and Science Logbooks for free on our website. To support the hands-on activities and reading of core texts integrated into the lessons, please contact your Great Minds representative.

Every PhD Science level includes four modules. Each module is based on an anchor phenomenon that students will explore over the course of 20 to 30 lessons. Throughout the learning, students will ask questions about the phenomenon and then investigate to discover the answers to those questions. With PhD Science, students will learn to think and act like real scientists while building an enduring understanding of core science concepts.

PhD Science lessons are approximately 30 minutes long for K–2 students and 45 minutes for students in grades 3–5. But our team has also created pacing schedules that suggest how teachers can split lessons across multiple days to create shorter science blocks. To view the pacing calendar and other resources, please log in to your Great Minds account and view the PhD Science Teacher Resource Pack.

Yes, hands-on learning is a key component of PhD Science. Hands-on investigations are incorporated into many lessons in every module, and students model phenomena and learn to build arguments based on evidence they gather during these investigations. To support the hands-on activities, we have created Materials Kits that include the items needed to complete investigations for each module as well as refill kits to replace consumable items in the kits after each school year.

Assessments are built in throughout each module. Formative assessments include Checks for Understanding and Conceptual Checkpoints, which allow teachers to informally assess students several times in each module and address misconceptions or modify instruction as needed. The Engineering Challenges and Science Challenges arrange for students to apply the knowledge they’ve attained throughout the module to solve a real-world problem, and the End-of-Module assessment allows students to apply their new knowledge in a different context to explain how it applies to a related phenomenon.

Yes, PhD Science is available in both English and Spanish.