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Learning through problem-solving promotes deep, coherent mathematics understanding. It is a critical tool for creating a highly effective learning environment for students. Through the use of strong routines, students learn how to take an active role in reasoning and sensemaking. Active learning will help students understand new mathematical concepts and relationships as they progress in their school careers.

When two Boston elementary schools needed a core math curriculum,  Everyday Mathematics 4 was the solution

Five years ago, Boston Public School’s John Eliot School in the city’s North End neighborhood was declared an innovation school. What that meant for principal Traci Walker-Griffith was more autonomy in choosing the elementary school’s curriculum for her 570 students. One of the first curricular changes she made was bringing in Everyday Mathematics.

Built on proven best practices, and based on decades of firsthand instructional experience, the Dixon Nolan Adams Mathematics resources from Solution Tree focus on taking approaches to professional development that can enhance the knowledge, skills and effectiveness of mathematics teachers, promoting deeper student understanding and improving student achievement.

11/15/2016

Learning through problem solving promotes deep, coherent mathematics understanding. It is a critical tool for creating a highly effective learning environment for students. Through the use of strong routines, students learn how to take an active role in reasoning and sense making. Active learning will help students understand new mathematical concepts and relationships as they progress in their school careers.

10/11/2016

Built on proven best practices, and based on decades of firsthand instructional experience, the Dixon Nolan Adams Mathematics resources from Solution Tree focus on taking approaches to professional development that can enhance the knowledge, skills, and effectiveness of mathematics teachers, promoting deeper student understanding of mathematics concepts and improving student achievement.

Educators in the Clark County School District in Las Vegas find success using Everyday Mathematics every day

When the Clark County School District in Las Vegas, Nevada, wants to turn around elementary schools, it looks to Principal John Haynal. He’s already improved outcomes at two elementary schools in this, the country’s fifth largest school district. In Clark County’s Franchise School program, principals who have demonstrated academic growth supervise an additional school using the same or similar practices that have led to success while continuing to supervise their original or “flagship” school.

McGraw-Hill My Math and Glencoe Math meeting  the needs of New Jersey district conducting a curriculum overhaul

Starting fresh with a new math curriculum was the goal for Gloucester Township Public Schools in fall 2013. The K-8 district, which is located 14 miles southeast of Philadelphia in New Jersey and serves 6,400 students, had a new curriculum and instruction department team charged with the task of updating outdated materials.

Tennessee district sees dramatic achievement gains by engaging Thrive™ Math

Upon receiving a special School Improvement Grant to implement a Tennessee-approved turnaround model in 2013, leaders for Shelby County Schools in Memphis selected seven sites to transform. These schools, designated by the district as i-Zone schools, fall in the bottom 5 percent in the state. Douglass K8 Optional School is one of the selected schools.

Katie Nicholson

Computer adaptive tests (CAT) are really growing in
popularity. With an adaptive model, which technology
clearly facilitates, great efficiencies are gained.

With students coming to the classroom with a variety of backgrounds and skill levels in math, it can prove difficult to meet each of their needs. By combining high-quality curriculum, instruction and digital tools, blended learning has the potential to meet each student’s individual needs at their own pace. In this webinar, educators from the United Nations International School (UNIS) in New York City discussed how the school has transitioned to a 21st century math program by combining Cathy Fosnot’s Contexts for Learning Mathematics with adaptive technology to give students more autonomy and to inspire them to take ownership of their math learning.

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