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The Math Team had an inspiring and thought-provoking experience at the NCTM 2025 Conference in Kansas City, MO. We engaged with sessions that tie closely to the work we're doing at BSICS, saw best practices in action, and some of us engaged with innovative strategies to enhance math instruction across all grade levels and disciplines. A major theme throughout the conference was the power of student discourse—making thinking visible through discussion and collaboration to deepen mathematical understanding - work that ties directly to TODD.
We discovered tech tools like Padlet.com for fostering discourse and Snorkl, an AI-driven feedback system that helps students verbalize their problem-solving process and refine their mathematical thinking.
A key takeaway was the importance of productive struggle—teaching students how to persevere through challenges, rather than just arriving at the correct answer. We discussed practical strategies that support students in building deep, lasting math comprehension. We also reflected on how students progress through mathematical development:
K-2: Novices (Giri So)
3-5: Apprentices (Benne So)
6-8: Interns (Bolo So)
9-12: Residents (SoDayi - the Clear Word)
Key Points from Notes
To enhance engagement and reinforce foundational skills, we’re excited to introduce more board games and multisensory activities into our lessons. We’re also considering ways to ensure The Way—our instructional approach—is systemic and consistent across K-8, while also exploring incentives to celebrate student progress on assessments like I-Ready and IAR.
Another critical insight was the role of metacognition—helping students think about their thinking through modeling, discourse, and structured problem-solving strategies like RAFT (Role, Audience, Format, Topic). We also emphasized the need for UDL (Universal Design for Learning) principles, ensuring multiple means of representation, engagement, and expression so all students can thrive.
Looking ahead, we plan to:
Strengthen student discourse in all math classrooms
Implement AI-driven tools like Snorkl for real-time feedback
Incorporate more manipulatives and real-world problem-solving
Explore improved technology access for primary students
Align our math instruction systemically from K-8
This conference reinforced much of the great work already happening in our classrooms, while also challenging us to reimagine, revitalize, and make learning relevant for all students. We’re excited to apply these insights and continue fostering a love of math at BSICS!
Teachers have identified their top 6 performers and workers to meet and exceed expectations. BSICS does well with novice reduction, however, we have not been doing as well with moving our students that are starting "close to" or "on" grade level.
Teachers held meetings with parents and students, provided resources to practice, and have been working on both the standards and all 8 mathematical practices in order to score well on Type II and Type III IAR problems.
To ensure the highest quality of mathematics instruction, data collection and analysis will occur every two weeks. The processes data points are: Lesson Internalizations, Observations/Video, Debriefs, PD. The Outcome data are Cool Downs, 99Math, iReady, Beginning/End of Unit Assessments.
Although we are further alone in the curriculum at this time than any other school year at this same time, we are about a month off pace. In order to cover enough content to get back on pace, teachers must use the "Block Schedule" model in the curriculum.
Each math teacher at BSICS is observed weekly using the TRU Math framework to assess the quality of mathematical instruction. Observations include a video recording of the lesson, which is reviewed during a debrief session between the teacher and coach. The TRU Math framework focuses on ensuring rich mathematical learning environments by evaluating factors such as cognitive demand, student agency, and equitable access to mathematical ideas.
All observation data, including videos and debrief notes, are stored securely in SchoolMint at grow.schoolmint.com for ongoing tracking and support of teacher growth and instructional improvement.
Focus for Semsester:
When lessons prioritize The Mathematics and maintain high Cognitive Demand, student discourse becomes a powerful tool for learning, as it allows students to explore diverse perspectives, solidify their knowledge, and connect abstract concepts to real-world contexts.
For Semester 2, we will continue to ensure our classrooms are spaces where students’ voices are central to the learning process, driving inquiry, discovery, and a deeper appreciation for the beauty and utility of mathematics.
This analysis will look at comparative data from September through January. The results are:
From the beginning of the year through early February, the most significant improvements for the math department has been in Small Group Instruction and pacing of the curriculum. Almost all grades will have reached unit 6 before IAR testing begins. That is a coverage of more than twice the amount of content covered at the same point over the past 3+ years.
We are not approaching the levels needed in the two most important metrics - The Mathematics & Cognitive Demand. It is still heavy on the "I do", teacher-led side of instruction. This is proving to be a hard habit to break from the way teachers learned as students and how they've been teaching.
This year there has been a focus on student discourse. This focus was also highly evident at NCTM. With that, and to help with Cognitive Demand, the focus will continue to be on student discourse while preparing for IAR.
For IAR, teachers are working on Type II and Type III problems relevant to the standards they are instructing on. These question types require reasoning and deeper thinking with multiple steps to solve.
While the first semester brought meaningful gains, there is still work to do to strengthen Cognitive Demand, Formative Assessments, and The Mathematics.
Our Math PD's have been action driven around Discourse
The day after PD a few teachers shared their videos of student discourse.
After forwarding a debrief and asking Mama Nakia for support, a BASA teacher more than doubled their observation score. Mama Nakia met with the teacher to go over instructional routines. Mama Nakia and I then met prior to the lesson to discuss the observation in question, my preplanning with the teacher, the teacher's concerns, and what we wanted to see. We then observed the lesson together and debriefed afterwards. I was then able to debrief alone with the teacher to share the growth and push on the use of manipualtives to increase student thinking.
Weekly checks to make sure they are being done to meet the expectations of TRU framework.
We must keep a close eye on pacing. Some are on pace, 5th grade for example, and others are off.
There has been improvement, yet, we still have more work to do to be consistent.
Periodically debrief with the coach and teacher.
Check weekly to make sure turned in; spot check for quality.
Observe and debrief with at least one teacher per day.
Observe and debrief with one teacher per week with coach.
Check weekly to make sure theiy'rebeing done.
Check weekly to make sure theiy'rebeing done.
BSICS Mathematics Handbook (pdf)
DownloadBSICS Math PD August 5 - 9, 2024 (pdf)
DownloadBSICS IM Pacing 2024-25 (pdf)
DownloadTRU Framework Rubric (pdf)
DownloadBSICS Imagine Learning Curriculum Unit Openers Kindergarten (pdf)
DownloadBSICS Imagine Learning Curriculum Unit Openers 1st (1) (pdf)
DownloadBSICS Imagine Learning Curriculum Unit Openers 2nd (pdf)
DownloadBSICS Imagine Learning Curriculum Unit Openers 3rd Grade (pdf)
DownloadBSICS Imagine Learning Curriculum Unit Openers 4th Grade (pdf)
DownloadBSICS Imagine Learning Curriculum Unit Openers 5th (pdf)
DownloadBSICS Imagine Learning Curriculum Unit Openers 6th (pdf)
DownloadBSICS Imagine Learning Curriculum Unit Openers 7th (pdf)
DownloadBSICS Imagine Learning Curriculum Unit Openers 8th (pdf)
DownloadThe digital version of the Illustrative Mathematics curriculum.
Platform for teacher management and coaching; videos and debriefs.
Platform for administering benchmark assessments and standards mastery.
Platform for test prep problems by standard and evidence statement.
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