The CIA-F: How Teacher Teams Turn Standards Into Mastery
Updated: 4 days ago
By Darrin Martin, Ed.D. | First published October 2022; updated November 2026
Most schools have standards, a curriculum and a state test. What many lack is a routine that connects them, so that what teachers plan, what they teach and what they assess all point at the same learning.
The Curriculum, Instruction and Assessment Framework (CIA-F) is M-Consulting's process for building that routine. It is a Plan, Do, Study, Act cycle that teacher teams run together, one standard or unit at a time. Each cycle answers three questions: What exactly should students be able to do? How will we teach it? How will we know they learned it, and what will we do if they didn't?

Plan (steps 01–03): Know the target before you teach it
The team starts by choosing the standard, or cluster of related standards, for the unit. Then it gets clear on what the standard asks students to do, not just the content it names. Standards describe performances. A seventh-grade standard on proportional relationships isn't about memorizing a formula. Students must recognize a proportional relationship in a table, a graph or a word problem, and explain how they know.
How the team gets there depends on its curriculum:
With a strong adopted curriculum, teachers internalize the unit. They read the end-of-unit assessment first, work the key student tasks themselves, mark where the standard's rigor shows up in the lessons, and list the mistakes students are likely to make.
Without one, the team unpacks the standard, checks the curriculum against it, and fills real gaps with a small number of vetted resources.
Either way, the team uses the state's assessment blueprint and released items to calibrate rigor: how demanding should a question be to show mastery? Then the team sets the mastery standard (for example, 80 percent on the unit check) and writes two short common assessments: a readiness check and a unit check.
Before the unit: a readiness check, not a pretest
Students take a 10-minute, ungraded readiness check: a few items on prerequisite skills and two or three preview items on the new content. Afterward, they see the correct answers.
The readiness check does two jobs. It shows teachers which prerequisite skills need a quick review before the unit begins. And it helps students learn: research on the pretesting effect finds that trying questions before instruction, then seeing the answers, improves later learning.
Do (steps 04–05): Teach, check and respond every day
As teachers teach the unit, they check understanding every day in three to five minutes with a bell ringer or exit ticket, sort students into three groups, and respond to all three in the same block of time:
Mastered: enrichment and extension
Almost There: reteaching with specific feedback and more practice
Significant Gaps: corrective instruction that teaches the skill a different way
Then they check again. The daily checks are ungraded; their job is to shape the next lesson.
Schools using M-Consulting's Mastery Loop already run this step every day.
Study (step 06): Look at student work together
After the unit check, the team meets to study the results. The question isn't only "How many students mastered it?" It's "What did students get wrong, and why?" Teachers conduct an error analysis on the items that caused the most trouble. Was it a misconception, a missing skill or a misread question? The team also compares results across classrooms to find the strategies that worked best, so every teacher can use them.
Act: Respond, then move forward
The team plans a short response: enrichment for students who met the mastery standard, and reteaching or corrective instruction for those who didn't, followed by one more check. To keep the class moving, the response has a time limit, usually one to three class periods. Students who fall short across several checks go to the school's data team for Tier 2 review under the West Virginia Tiered System of Support or your state's MTSS. The standard comes back in bell ringers and reviews throughout the year, so the learning lasts. Then the team picks up the next standard and begins again.
What a cycle looks like
Plan: grade-level or content team, one 45–60 minute meeting
Readiness check: each teacher, 10 minutes of class
Do: each teacher, 3–5 minute checks daily
Study: team, one 45–60 minute meeting
Act: each teacher, 1–3 class periods plus one re-check
Why it works
The CIA-F rests on two of the best-supported ideas in education research. Formative assessment, using evidence of learning to adjust teaching while it's happening, produces substantial gains in achievement (Black and Wiliam, 1998). Mastery learning, setting a clear standard, checking, giving corrective help and checking again, has shown positive effects across more than a hundred controlled studies, with the largest gains for students who start furthest behind (Kulik, Kulik and Bangert-Drowns, 1990).
Already running PLCs or MTSS? The CIA-F doesn't replace them; it gives them a routine. PLCs ask the right questions: what students should learn, how we'll know, and what we'll do when they don't. The CIA-F is a step-by-step way for a team to answer those questions every unit. It also documents Tier 1 instruction and response, so when a student needs Tier 2 support under WVTSS or MTSS, the data team already has the evidence.
The CIA-F isn't a one-day workshop. Teams get better at it with every cycle. M-Consulting supports schools with launch training, coaching through the first cycles and help analyzing the results.
Ready to bring the CIA-F to your school? Let's talk about your goals.
Related reading
Black, P., & Wiliam, D. (1998). Inside the black box: Raising standards through classroom assessment. Phi Delta Kappan, 80(2), 139–148.
Bloom, B. S. (1968). Learning for mastery. Evaluation Comment, 1(2).
Guskey, T. R. (2007). Closing achievement gaps: Revisiting Benjamin S. Bloom's "Learning for Mastery." Journal of Advanced Academics, 19, 8–31.
Kulik, C. C., Kulik, J. A., & Bangert-Drowns, R. L. (1990). Effectiveness of mastery learning programs: A meta-analysis. Review of Educational Research, 60(2), 265–299.
Pan, S. C., & Carpenter, S. K. (2023). Prequestioning and pretesting effects: A review of empirical research, theoretical perspectives, and implications for educational practice. Educational Psychology Review, 35(4), 97.
Sadler, D. R. (1989). Formative assessment and the design of instructional systems. Instructional Science, 18, 119–144.


