Two years ago, when it became clear that their previous curricula for grades 6 through 8 did not align with required math standards, school leaders at Berwick Alternative K-8 School in Columbus, Ohio, began looking for a replacement. Berwick has 700 students, 60 percent of whom qualify for free or reduced-price lunch.
When Teasley Middle School in Cherokee County, Georgia, opened for the 2013-14 school year, teachers and administrators were looking for an opportunity to help students in grades 6 through 8 better understand STEM learning content.
Champaign Unit 4 School District in Illinois wanted to give its teachers a very clear pathway to evolve their math instruction to meet rigorous, Common Core state standards.
A few years ago, when Acequia Madre Elementary Principal Ahlum Scarola looked at his school’s New Mexico state report card, it showed some troubling numbers.
The world of work is quickly redefining what it means to be ready—a broader set of goals that reflect fast-paced, complex and diverse workplaces. Students need to be great communicators, collaborators and critical thinkers who can tackle novel problems. To prepare students to be really ready for their futures, we must define what that means for them now—not just once they graduate from high school.
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.
The maker movement is poised to transform K12 learning. Makerspaces—workshop areas that provide tools and raw materials for students to invent, create, collaborate and learn—reinforce STEM skills and enable more authentic learning. While there are a variety of ways to design and build makerspaces, there are some key strategies administrators can employ to ensure their program is successful.
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.
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.
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.
Lyceum Academy offers a rigorous, fully integrated AP® and honors-based curriculum at New Hanover High School in Wilmington, North Carolina. This 200-student “school within a school,” part of the most diverse school in New Hanover County, attracts students ready to face an educational challenge.
Leaders in Johnston County Schools in central North Carolina knew they needed to find more effective ways to help struggling students, close the achievement gap and meet their core instructional priorities. So they carefully planned a pilot program to choose the best adaptive learning system for the district’s 25,000 K8 students and their educators.
McPherson Magnet School is part of Orange USD, located in southern California. A K8 magnet school focused on science, math and technology, McPherson has been open since 1997 and serves 900 students. The school’s mission includes valuing a range of learning styles, utilizing a variety of learning tools and strategies while extending the learning environment beyond the classroom.
Teaching math in middle school is challenging! Teachers deal with adolescent volatility, a wide variance in student ability, and a surprisingly sophisticated set of mathematical ideas. Adding to these challenges, the new Common Core assessments probe students’ understanding of mathematical concepts at a depth not previously widespread on State tests.