A simple question sparked big changes in Nashville. By challenging the thinking of adults, educators can discover new approaches and consider ways to refine their existing approaches to challenge the thinking of their students.
It is common in ELA classrooms for students to leverage relational thinking around text-to-text, text-to-self, and text-to-world connections. What does this kind of relational thinking look like in math class and how can it benefit students? This article, the second in the series, uses classroom scenarios to look at how these connections provide opportunities for students to become stronger mathematicians and for teachers to implement more equitable teaching practice.
People of all ages and in all spaces use relational thinking on a regular basis. Relational thinking, generally speaking, involves using existing understanding to reason about and make sense of novel information or situations to deepen and/or construct new understanding. In recent years, the IFL math team has been exploring ideas related to relational thinking and its role in teaching and learning mathematics for understanding.
In our final article of the school year, we spotlight Victoria “Vic” Bill who spent more than three decades as an educator and led the IFL math team for more than 25 years. How did she support and sustain the development of relevant professional learning opportunities and new products for math teachers? Read about (and learn from) her leadership skills that impacted the work of so many educators.
Four years ago, the IFL along with the LRDC and CUE partnered with the Dallas Independent School District to improve literacy instruction at fourteen of the district’s highest needs schools. As the network enters its fifth year, we look back on teachers’ successes.
Check out four of our top math articles from the archives! They offer insights and practical suggestions for making math classrooms more equitable learning spaces for students.
IFL partner Todd County, South Dakota serves nearly an entirely Indigenous student population. However, their teachers do not reflect that population. To bridge that gap, they are putting their students’ culture at the center of their education.
“Esto Si lo Puedo Hacer!”: Creating Opportuinities for Success when Teaching Academic Vocabulary in Mathematics
Too often we hear the suggestion to pre-teach math terms to multilingual students, an action that prefences memorization over meaning making. Though well intended, this approach limits opportunities for students to engage in sense making of the mathematical concepts and relationships they are studying. There is a better and more equitable way! This article shares four pedalogical choices that foster student success in the math classroom while positioning multilingual learners as leaders.
Are You “Wishing” Math Content Knowledge Into Your Students? 6 Questions to Ask Yourself to Find Out
What does it mean to “wish mathematical knowledge” into your students? If reading the title of this article makes you pause, you might be doing it. Take the quiz to find out!
Infusing practices from the business of instructional technology with Accountable Talk® features provides a light that can guide the planning of technology-based instruction, helping educators navigate challenges in order to enrich remote learning.
® Accountable Talk is a registered trademark of the University of Pittsburgh.
Students are more engaged when they see themselves in the books they read. IFL partner, Syracuse City Schools, has worked to better represent all their students by expanding their multicultural libraries on a global scale.
Changing the system changes the outcomes is the premise by which one school approached reorganizing their resources to maximize mathematics interventions. This meant getting everyone on board to increase and improve mathematical understanding for all learners. This article is the second of a two-part series the explores one school’s efforts to change their system of mathematics intervention to better meet the needs of every student (and every teacher) across all tiers of instruction.
If you want the results to be different, then you must do things in a different way. For one school, this meant taking a hard look at the types of opportunities provided to students to think and reason about mathematics across tiers of instruction. They knew that wanting to increase and improve mathematical understanding for all learners, meant systemic changes related to the instructional materials, teaching practices, and school scheduling. It also meant that everyone had to be on board! This article is the first of a two-part series that explores one school’s efforts to change their system of mathematics intervention to better meet the needs of every student (and every teacher) across all tiers of instruction.
Working with numbers and mathematical representations! Read about the success that one of our partners is seeing in the land down under.
While there has been a tremendous amount of schooling loss, students maintain unique funds of knowledge valuable to math classrooms. This article looks at three practices that work in combination to foster safe, student-centered learning environments as students return to school having unique and varied lived experiences.
Have you ever left a classroom discussion and cannot remember what questions you asked? To reflect on practice and consequently to know what to continue and what to modify, teachers need evidence and data of their own facilitation of discussions. Talkmoves, an app that processes Accountable Talk® (AT) math classroom discussion and feeds back the data (typically in about an hour) can support teachers with enhancing their practice!
Creativity in mathematics abounds at the intersection of belief and practice! When the belief that all learners are doers of mathematics and enter the classroom with valuable lived math experiences intersects with the use of a lesson routine that offers space for students to do the thinking, learners become the creators and authors of the material from which they learn.
Planning Grant Funds Institute for Learning at the University of Pittsburgh to Partner with Canutillo ISD, Fabens ISD, and Tornillo ISD in Texas
The IFL is partnering with Texas districts Canutillo Independent School District, Fabens Independent School District, and Tornillo Independent School District to work on high-level teaching and learning in middle school math! Read on to see how we are working together to do an asset analysis and equity audit of math instruction, an approach where everyone’s voice is heard!
“If you cannot read the word problem, you cannot do the math.” This statement is false on many levels! Students who are receiving math instruction in a language other than their native language are doers of mathematics! And as teachers, it is our job to utilize specific strategies that allow every student in each of our classrooms to engage in thinking deeply about the mathematics. In this article we share four strategies for math teachers to use when working with multilingual students who are working on their English skills while also learning math.
Coinciding with the one-year anniversary of COVID shutting down classrooms across the country, Warner Arts Magnet Elementary in Nashville shares the trials and tribulations they faced, what kept them motivated, and how the IFL work has been a “life-changing” experience that played a key role in providing a quality education.
Bridging to Research: Numeracy and Math Sense in Young Children, An Interview with Dr. Melissa Libertus
An understanding of number, specifically the idea of sets of quantities of things, begins in infancy and develops long before formal schooling. So…
• What does mathematical thinking and reasoning look like in infants?
• How do thinking and reasoning change after infancy?
• How might parents/families/caregivers influence the development of children’s mathematical thinking and reasoning?
• What are some things that adults can do to support children’s mathematical development?
Check out our interview with Dr. Melissa Libertus, Associate Professor, University of Pittsburgh Department of Psychology and Research Scientist, Learning Research & Development Center, who sat down with us to share her research and provide answers to these questions and so much more.