LANGUAGE! Live offers more for struggling readers than any other product. Proven foundational and advanced reading intervention. Peer-to-peer instruction. Literacy brain science. A captivating modern, digital platform for grades 5–12. All
in one affordable solution. More is possible
Literacy solutions guided by the Science of Reading pedagogy, the Structured Literacy approach, and explicit teaching of sound-letter relationships for effective reading instruction.
Grades K-5 blended literacy intervention
Grades K-5 online reading practice
Grades 4-12 print literacy program
Grades K-12 writing program
Grades 4-12 literacy intervention
TransMath® Third Edition is a comprehensive math intervention curriculum that targets middle and high school students who lack the foundational skills necessary for entry into algebra and/or who are two or more years below grade level in
A targeted math intervention program for struggling students in grades 2–8 that provides additional opportunities to master critical math concepts and skills.
Empowers students in grades K–8 to master math content at their own pace in a motivating online environment.
Inside Algebra engages at-risk students in grades 8–12 through explicit, conceptually based instruction to ensure mastery of algebraic skills.
Developed by renowned literacy experts Dr. Louisa Moats and Dr. Carol Tolman,
LETRS® is a flexible literacy professional development solution for preK–5 educators. LETRS earned the International Dyslexia Association's Accreditation and provides teachers with the skills they need to master the fundamentals
of reading instruction—phonological awareness, phonics, fluency, vocabulary, comprehension, writing, and language.
NUMBERS is an interactive, hands-on mathematics professional development offering for elementary and middle school math teachers.
Best Behavior Features Elements to Create a Happy, Healthy School Environment
Look to ClearSight to measure student mastery of state standards with items previously used on state high-stakes assessments. ClearSight Interim and Checkpoint Assessments include multiple forms of tests for grades K–high school.
Reliable, Research-Based Assessment Solutions to Support Literacy and Math
Assess essential pre-literacy and oral language skills needed for kindergarten.
Enhance early reading success and identify students experiencing difficulty acquiring foundational literacy skills.
A universal screening and progress monitoring assessment that measures the acquisition of content-area literacy skills for 7th and 8th grade students.
A companion tool for use with Acadience Reading K–6 to determine instructional level and progress monitoring.
Assess critical reading skills for students in grades K–6 and older students with very low skills.
Predict early mathematics success and identify students experiencing difficulty acquiring foundational math skills.
Give educators a fast and accurate way to enter results online and receive a variety of reports that facilitate instructional decision making.
A brief assessment that can be used with Acadience Reading K–6 to screen students for reading difficulties such as dyslexia.
A new, online touch-enabled test administration and data system that allows educators to assess students and immediately see results, providing robust reporting at the student, class, school, and district levels.
Unparalleled support for our educator partners
We work with schools and districts to customize an implementation and ongoing support plan.
Grades 5-12 blended literacy intervention
Flexible literacy professional development solution for preK–12 educators.
Focused on engaging students with age-appropriate instruction and content that supports and enhances instruction.
Reading intervention for grades K–5.
At Voyager Sopris Learning®, our mission is to work with educators to help them meet and surpass their goals for student achievement.
Step Up to Writing®
The downside of asking students to solve challenging math problems is that if the teacher doesn’t do a good job introducing the problem and then scaffolding when appropriate, students can end up more discouraged about their learning than empowered as problem solvers. Failure only reinforces what students already think about themselves and the subject matter.
Research has shown a pattern of summer learning loss, particularly among low-income youths. Lack of access to high-quality summer learning programs negatively impacts the academic achievement, health, and social development of children, particularly in high-poverty communities. Students in middle- and higher-income households still lose an average of one to two months of learning each summer. So, what can educators do to lessen or eliminate summer slide?
For classroom teachers, time is the most precious resource. Every choice we make is an opportunity cost. If we spend five minutes reviewing homework, then we didn’t spend five minutes teaching new content. This blog will review strategies to help maximize instructional time. Although these ideas could be used across subjects, I’m specifically using math examples.
For educators, the most important task and often the most challenging, is to ensure every student succeeds to the very best of her/his ability. Understanding that, educators recognize the importance of offering quality instruction, best practices, and instructional materials that have been shown to achieve the outcomes required for that student population. It is incumbent upon decision makers to select from among those instructional materials that already offer evidence of those outcomes.
There is a common tendency today to link higher math standards for our students with the kind of achievement we see in other countries. A complementary thread is to link high standards in math to the broad trends in our ever-changing, information economy. By implication, we need to ensure all students are proficient in this discipline.
In the early days of research as a co-author of Voyager Sopris Learning’s TransMath, I spent a lot of time observing struggling math students in the classroom. I soon discovered these students had much more than a deficit in math content knowledge. They also had lost all confidence in their ability to learn math.
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