Elementary Mathematics Specialists (EMSs) have a significant impact on both students and educators as they collaborate with educators (e.g., classroom teachers, interventionists, resource teachers, special educators, paraeducators) to plan, teach, assess, and help to coordinate services for students with identified learning needs in mathematics. Their collaboration deepens educators’ awareness of the “look fors” in terms of trajectories of mathematical understanding as well as engagement in the practices and processes. EMSs are a critical resource in supporting school-wide implementation of ambitious and equitable mathematics teaching practices that affirm and build upon students’ varying backgrounds and mathematics competencies and strengths, regardless of who is providing instruction.
EMSs are aware of and engage in policy decisions related to the use of core instructional and intervention materials, associated assessments, and other curricular recommendations. They recognize ways these resources align with ambitious and equitable mathematics teaching practices and support adaptations that draw out and build upon students’ strengths. A critical element of EMSs’ responsibilities is the ability to guide and support educators as they teach mathematics with the intent of supporting each and every student’s deep mathematical understanding (e.g., content understandings, strategies), habitual engagement in mathematical practices and processes (e.g., contextualizing and decontextualizing, explaining and justifying, representing and connecting, noticing and using structure) and productive mathematical and learning dispositions (e.g., seeing math as useful and worthwhile, persevering through struggle).
L.2.a. Sustaining use of ambitious and equitable mathematics teaching practices
L.2.b. Promoting asset-focused use of formative and summative assessments and data
L.2.c. Using summative assessment data for mathematics program improvement
L.2.a. Sustaining use of ambitious and equitable mathematics teaching practices
Through their collaboration with educators, whom may or may not have preparation in teaching mathematics, EMSs work to ensure responsive instruction and assessment that equitably engages each and every student in solving and discussing learning tasks that draw upon existing understandings and promote deep, well-connected mathematical understandings, reasoning, and problem solving. EMSs help educators make sense of mathematics content and practice standards in ways that support them in identifying key “look fors” in understanding and actions (e.g., realizing students may return to using direct modeling strategies as they move from work with whole numbers to decimals; noticing the difference between explanations that focus on “how” and those that extend to the “why”). EMSs establish and maintain a focus on ambitious and equitable teaching by working with educators one-on-one or in grade-level teams as they: anticipate student thinking; implement mathematical routines, tasks, and activities; and reflect on the effectiveness of their instruction.
EMSs support the use of instructional materials and students’ multiple knowledge resources (e.g., mathematical, language, culture, family, interests) as a basis for relevant, meaningful, and responsive mathematics instruction. Some EMSs work within systems that have policies related to curriculum implementation fidelity and pacing requirements. At times these policies may pose challenges for responsive instruction, and EMSs help educators use their agency to productively navigate potentially conflicting messages. Finally, EMSs are mindful that learning and implementing new ways of teaching happens over time, and they provide ongoing and “just-in-time” support to educators as they try on new approaches and make shifts toward more ambitious and equitable practices (103).
Vignette L.2.a.
Learning about Supporting Students across the Grades
EMS as School-Level Mathematics Coach: When I began my coaching position straight out of the classroom, I had no idea how to address some of the instructional challenges my primary grade teachers were facing. After all, I had spent over a decade teaching at the 5th grade level. But, I could learn! I asked a 1st grade teacher leader if I could just sit in during her math time to learn more about student thinking at the primary level. Later that day, I talked with her about what I observed students saying and doing and listened carefully to everything she said. I then tactfully asked if she had any instructional needs that I could support. This “approach” got around to other educators at my school. Soon I began sitting in on mathematics lessons at the Kindergarten and 2nd grade levels, first always observing, followed by a conversation, and concluding with a query about how I might help. When it came time for me to plan for and implement professional learning sessions for my school, I engaged the teachers with whom I had first connected. I asked these early adopters to help me plan the sessions with their teams as well as co-lead presentations for the whole staff. All of the above helped in developing and strengthening relationships of trust and their confidence as teachers of mathematics.
Relevant Indicators: L.1.b., L.2.a., L.3.a., L.4.a.
L.2.b. Promoting asset-focused use of formative and summative assessments and data
EMSs recognize the importance of noticing and naming the strengths students possess and demonstrate through classroom-based formative assessment. With an interest in documenting these assets, EMSs potentially redesign assessments to draw out student thinking and invite multiple strategies to represent that thinking. They understand the importance of deeply understanding students’ thinking, so instead of relying solely on formal written or computerized assessments, they support educators’ use of observations, one-on-one conversations, and whole-class discussions as additional evidence of student understanding (i.e., content understandings, strategies, practices and processes) (104). EMSs assist with the systematic documentation and reflection on information gathered through both formal and informal assessments and partner with educators to collectively consider what they know about students' understandings and what they may still need to learn.
EMSs support educators as they responsively use information gathered through formative and summative assessments, which may include tests, quizzes, performance assessments, portfolios, and student reflection on their learning and growth (see Pedagogy Standard P.4). EMSs recognize the power of collaborative analysis of student work samples and use such work to support continuous improvement in instruction (105).
L.2.c. Using summative assessment data for mathematics program improvement
EMSs are positioned to engage in grade level and potentially school- and district-wide decision-making on the use of summative assessments, including assessments developed by the district as well as those created externally (e.g., benchmark assessments, state-mandated assessments, progress monitoring tools). EMSs understand the problems with using language like “learning gap” and “achievement gap” and instead position observed differences as an “opportunity gap (106).” Using asset-based views, they participate in their school’s or district’s analysis of summative assessment results, make appropriate interpretations, and deliberately frame dissemination and communication with teachers, families, and community members in clear and understandable ways.
EMSs use student summative assessment data to evaluate and modify mathematics programs at a variety of levels, including grade, school, and district. They understand the limitations and biases of summative assessments and strive to use and support others in using tools and strategies that are ethically grounded and developmentally, culturally, ability, and linguistically appropriate to document developmental progress and promote positive outcomes for all children (107). Further, they understand the importance of assessment validity and reliability. They also understand and will challenge, as necessary, existing structural barriers grounded in assessments that limit and exclude children’s access and opportunities to learn meaningful mathematics, including high-stakes standardized assessments and readiness measures that lead to the labeling and sorting of children, resulting in segregation, marginalization, or privilege (108).
Vignette L.2.c.
Using Assessment Data to Support Improved Practice
EMS as District-Level Mathematics Leader: As a division mathematics leader, one of my roles is to analyze data collected from our division-wide common assessments. Using the data provided by the testing program and organizing the data in a spreadsheet helps me to analyze the information and identify areas for further growth. This past year, we noticed that our students would benefit from extra support with the flexible use of computational strategies. We decided to plan professional learning focused on computational strategies that extend from operations with single-digit, to multi-digit, and ultimately to fractions and decimals. We intentionally scheduled the sessions about 2 weeks prior to the start of the unit for any given grade level so teachers have timely information they can immediately enact. Additionally, we noticed that students needed extra support in seeing the relationships between models and strategies, so when developing our unit guides for this year, we added information showing the progression as well as resources and lessons for teachers to use with their students. Using these data helps me to evaluate student growth and needs and to modify our program based on what our students could use rather than trying to guess.
Relevant Indicators: C.2.b., C.2.c., C.2.d., L.1.b., L.2.b., L.2.c.
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