- Metro Status: Large City
- Total Schools: 31
- Grades: Kindergarten–Grade 12
- Total Enrollment: 19,300
- ELL Students: 1,289
- Students with IEPs: 1,687
- Prepare math teachers for the Common Core State Standards by building their content and pedagogical knowledge.
- Develop students’ confidence by deepening their understanding of math concepts and their ability to reason abstractly.
- Improve test scores, especially in algebra, and overall math proficiency.
- Build educator capacity to support mathematics knowledge.
In 2012 the North Kansas City School District was at a critical point. Common Core was on the horizon. Math teachers were uncertain about their preparedness to meet the new standards. Student test scores in mathematics had plateaued. With these circumstances converging, Chad Sutton, the district’s Deputy Director of Elementary Education, was ready to take action. However, he was not looking for an off-the-shelf math program; he’d already tried that approach.
“As a district, we believe that the effectiveness of our organization will never exceed the effectiveness of our teachers,” he said. Sutton decided to target a solution that centered on enhancing the skills and competency of the classroom teacher. Says Sutton, “As we looked ahead to the implementation of the Common Core, we identified two main challenges.” One of those challenges was developing the content knowledge of teachers to align with new standards. There was a strong need to have teachers who understand mathematics at a deeper level. The second challenge was identifying instructional methods that would support students’ ability to think abstractly about math and develop conceptual understanding—in other words, allowing kids to talk about and make sense of math as opposed to only memorizing computations.
Year 1: Starting with Title I Elementary Schools
The district chose Math Solutions professional development for its ten Title I elementary schools, starting in the spring of 2012. Mike Gould, Director of Professional Learning with Math Solutions, explained the initial process: “The administrators of the North Kansas City School District had a vision for improving how teachers teach. We did a Needs Assessment of the elementary schools with walk-throughs to identify strengths and challenges.” The Math Solutions team used data from the walk-throughs and teacher surveys to shape its approach.
Having a customized plan for embedding professional learning was a key component of the district’s vision. The administrators did not want a short burst of training confined to a one- or two-day seminar or workshop. North Kansas City hosted three coaching cycles with in-person visits by their project manager. These visits involved model lessons and classroom walk-throughs. After the end of the school year, Math Solutions reported its results. With all indicators showing progress, the district made a request for the following year to extend Math Solutions to all secondary schools and all remaining elementary schools, a total of thirty-one schools.
Year 2: Expanding to Secondary Schools and Planning for the Future
Prior to the 2013–2014 school year, the Math Solutions team conducted a Needs Assessment of the district’s secondary schools. David Ulrich, the district’s Deputy Director of Secondary Education, said, “Our secondary students have struggled to understand algebraic concepts and to effectively retain learning from year to year. So a key focus for us was going to be improving those scores.”
As part of the planning for year two, the Math Solutions team participated in the district’s annual Summer Academy that brings teachers, principals, and coaches together to share knowledge. Team members continued working with key stakeholders to formulate a plan to expand the on-site coaching sessions to four per cycle across the original elementary schools and the secondary schools.
One of the key objectives for the second year was working toward the gradual release of Math Solutions. The approach was to have the lessons delivered less by Math Solutions instructors and more by the district’s own teachers and coaches. The goal was to build institutional knowledge that could be shared internally over time, making the district self-sufficient, especially as new teachers came on board.
At the end of the school year, Sutton hosted a roundtable discussion with more than fifty teachers, coaches, and members of the Math Solutions team. Gould recalled the situation: “[Sutton] is extremely involved in the process. So with the roundtable, he really wanted to take the pulse of the teachers, to see how they were feeling, what they learned, and what else they wanted to learn.”
Sutton used this end-of-year feedback to inform plans for the 2014–2015 school year. Working with the Math Solutions team, he added two new goals to the professional development curriculum: (1) incorporating number talks into every elementary class, and (2) developing a generative learning environment with action research. Sutton said the Math Solutions team has excelled at individualizing this model for North Kansas City: “I talk with them on a regular basis, and they are very supportive of our vision. It’s not a prepackaged program. It’s ‘What do you see as your need, and how can we best support it.’ They’re very good listeners.”
Year 3 and Beyond: Action Research, Number Talks, and Sustainable Success
For the 2014–2015 school year, the North Kansas City School District is implementing action research into half the original Math Solutions elementary schools. The collaborative approach supported ten to fifteen teachers from each grade level, K-5, to actively assess students in mathematics.
Action research involves bringing the teachers together as a team to define problems and then working within their individual classrooms to solve them. The teachers come back together to analyze the data and try new problem-solving approaches. This daily data is collected organically through observation with immediate, actionable feedback. Math Solutions Project Manager Chris Esch adds, “Teachers are already telling me, ‘I’ve never experienced anything like this before.’ And they know it’s going to be a rewarding experience. I’m getting e-mails from teachers who have gone back to their classrooms, applied what they’ve learned, and identified the changes they’re going to make going forward. The best part is that they’re doing this on a day-to-day basis, so the impact is immediate.” The action-research approach builds teachers’ content knowledge. It allows them to identify students’ skill levels and meet them where they are instead of leading students to specific answers. It also empowers teachers to realize there is no instructional challenge they cannot collectively solve.
Another new Math Solutions element for year three is the integration of number talks into the elementary schools. Esch says these talks help students make sense of numbers and the operations to use with numbers: “So they’re not memorizing facts, they’re creating relationships between numbers to actually understand the concepts. For example, if you know 3 times 8, how does that help you with 7 times 8? And can you use numbers and their properties to show how you understand why 2 times 8 is the same as 4 times 4—and how that can be useful when you get to larger numbers?” By talking about numbers and exploring their relationships, students can make better sense of math because it becomes less fearful and more logical.
District administrators and the Math Solutions team have continued to focus on building a model for sustainable success. A major emphasis for year three is working with future teacher and learning coaches at the high school and middle school levels. Gould says, “We’re helping the district’s coaches with their facilitation skills, with purposeful planning and digging deeper into the mathematics.” This process starts at the beginning of each cycle, with classroom walkthroughs with principals and coaches. Math Solutions team members take notes to identify specific areas for improvement. Then the Math Solutions project manager meets with designated teachers to model lessons in a controlled classroom environment, much like an experiment. Team members look at the classroom goal, such as giving students more time to think before having to answer a question. Then they work with a teacher to plan a lesson, implement the lesson, and debrief to discuss what worked in terms of student learning and student behavior and what needs further improvement. In fact, the action-research model was developed from this lab-like approach. “The greatest value to our secondary teachers,” Ulrich says, “is the very specific, very targeted consultative visits. They feel like it’s very relevant, very targeted, and it’s ongoing.”
During the walk-throughs with principals and coaches, Math Solutions team members also took the time to speak with students. Through their observations and student conversations, they gained valuable information about the learning process and their experiences in the classroom.
Gould adds, “It’s like a lab. The debrief provides immediate feedback for teachers so they have an action plan of things to work on before the next cycle of visits by the Math Solutions team. It’s all about constant improvement.” Each layer digs deeper, and the ongoing dialogue between Math Solutions and the district is focused on looking for new areas to improve. The ultimate goal is creating self-sufficiency that will allow teachers and coaches to build and sustain district-wide success—which indicates that the Math Solutions team’s job is complete, although Esch says that District Administrator Sutton jokes that he is so pleased with the progress, he keeps finding new areas to explore.
Esch reports that the changes are noticeable: “The kids feel powerful. They know it’s changing them, and it’s also empowering the teachers.” Sutton adds, “It’s eye-opening to see students excited and believing that they can do the hard math. And it’s because of the practices that have been introduced to teachers.” The numbers back up these claims: In Missouri state exams, the district has achieved its highest level of third-grade math proficiency in ten years with about 57 percent earning scores in the advanced or proficient categories. Chad says, “What’s really exciting is that Missouri’s cut scores are some of the highest in the country. And our other grades have all outperformed the state.”
At the secondary level, Ulrich reports a 5 percent increase in proficient and advanced scores for Algebra I, Geometry and Algebra II. He says that principals and teachers tell him that Math Solutions professional learning is giving students new confidence and raising the rigor. He adds, “As we get closer to the Common Core, Math Solutions is a way to remove some of the ambiguity for our teachers in terms of how they’re going to meet the new standards.”