How to Start the Cloned Classroom Model — What the First Week Looks Like
Post # 4 of 14 · Cloned Classroom Model Series | Kept Curriculum
By MsVRichardson — B.S. Science, M.Ed. Curriculum and Instruction, Ed.D. Public Health (in progress) · 13-year math teacher · Founder, Kept Curriculum · Creator of the Cloned Classroom Model™
The bell rings.
Twenty-something faces look up. Some are curious. Some are guarded. Some are still half-somewhere else — in the hallway, at home, in whatever happened before they walked through the door.
This is the moment every teacher knows. The room is yours. Everything that happens next is a choice.
Here is how I start — and here is exactly how you can too.
"Welcome to Math class. I am MsVRichardson and I will be your instructor for this course. The objective for today's learning is {read aloud} and we will get right to it. The steps for completion today include a warm up, direct video instruction, and a class activity — and we will showcase our learning with an exit ticket.
It is very important that you have all of the materials you need to work in your interactive notebook. You have seven minutes to settle in and complete the warm up. Are they any questions before we begin? No, Ok….. Go!"
Three minutes max.. Clear objective. Clear steps. Clear time frame. No ambiguity, no performance, no convincing. And just like that the students begin.
They pick up their pencils and they work. Not because this particular group arrived more cooperative than anyone else's, but because the structure told them what to do and it was introduced clearly enough that they could follow it.
That is an example of how I began the Cloned Classroom Model everyday. By Friday of the first week, you will understand exactly why it works, because you will have built it yourself. But before the walkthrough, there is something worth naming — something that makes the deliberateness of this first week make sense.
You Have Less Time Than You Think 🗣️🔊
The school year is 180 days. That number sounds workable until you look at what it actually contains.
The first 10 - 20 school days — up to a full calendar month — are appropriately consumed by setup: establishing routines, orienting students, and building the relational foundation that makes instruction effective. Educational neuroscience supports this investment directly. The human brain struggles to regulate behavior under conditions of environmental uncertainty, and the routines built in the first weeks of school prevent compounding behavioral and academic disruptions all year long.1 This is not time wasted, though every teacher who knows the actual time that you have to teach is ready to get started.
The problem is what comes after. The disruptions that carve further into the calendar do not stop — they compound.
Field trips, athletic pullouts, pep rallies, ceremonies, safety drills, benchmark and state testing windows, in-school and out-of-school suspension, holidays, teacher workdays, early release days.
All of it reduces what remains. And that is before accounting for what happens inside the days that are technically instructional. A peer-reviewed study of Providence Public School District found that the typical classroom is interrupted approximately 15 times per day — more than 2,000 times over a school year — with middle school teachers reporting the highest interruption rates of any grade band.2 Teachers estimated nearly 7 minutes lost per 60-minute class period to outside disruptions alone, which scales to an average of 21 additional days of lost instructional time across the year. The same research found that middle school students lose approximately 21% of their total allotted instructional time to these compounding factors.2
One in five instructional minutes. Gone. Before a single standard has been formally addressed.
When the accounting is honest, the typical middle grades math teacher operates with approximately 74 active instructional days — 41% of 180. In South Carolina, those 74 days must cover 38 indicators in 6th grade math, 40 in 7th, 42 in 8th, and 48 in Algebra 1, which ends in a mandatory end-of-course exam. That produces roughly 1.5 to 1.9 days per individual indicator. Not per unit. Per indicator.
Quarter 1 alone requires between 17 and 19 active instructional days of new content coverage while the learning environment is still being established. The buffer is zero. Any disrupted day means a standard is either skipped or covered in a fraction of the time genuine mastery requires.
This is not a performance problem. It is a structural one — a rooftop expectation on a basement-level foundation of available time. The Cloned Classroom Model (CCM) does not resolve this structural problem. What it does is make the first week deliberate enough that relationship-building and instruction happen simultaneously from day one, so the investment in setup and the investment in content are not two separate calendars competing against each other. They are the same investment, building the same thing.
One note worth making here: as the year progresses and CCM routines become fully automatic, the daily exit ticket data makes possible something that is not a first-week tool but is the payoff for building this correctly — targeted small-group reteaching organized around cumulative performance data across each standard. That is where the system goes. The first week is how you build toward it.
You Do Not Have to Change Who You Are
Before the day-by-day walkthrough, there is one more thing to address — a piece of professional advice that has circulated long enough to sound credible.
Do not smile until December.
The argument is that early warmth signals weakness, that students will exploit openness, and that authority must precede a relationship. The practical recommendation that follows is some version of performing a “harder” version of yourself until “control” is secured.
This is wrong.
Level 1 | Level 2 | Level 3 | So Many Levels.
A structure that requires the teacher to perform a version of themselves that is not authentic is a fragile structure. It depends on sustained personal performance to maintain — exactly what CCM is designed to eliminate. Research on teacher-student relationships is consistent: students whose relationships with teachers are characterized by closeness and low conflict demonstrate stronger academic outcomes and better socioemotional development across all grade levels.3 Students perform better when they perceive their teacher as making authentic contact and as genuinely interested in the material.4 Research on the first day of class specifically found that a positive classroom environment established on day one produces measurable long-term effects on student motivation and course retention — effects that are especially significant in math, where first-week disengagement rarely self-corrects.5
You can be warm. You can greet students by name and mean it. None of that softens the structure. It reinforces it, because the message students receive is not fear this room but this room is safe and it has a shape. Those are very different messages. They produce very different classrooms.
Structure matters absolutely — every functional environment operates according to norms. Students follow classroom norms for the same reason people follow the norms of any professional environment: because that is what operating in that space means. Students are fully entitled to be themselves within those norms. Structure introduced as clarity produces confidence and a room where you do not have to perform severity to maintain order. That is the classroom this first week builds.
The First Week, Day by Day
Each of the following pieces connects to the next. By Friday, you are not looking at five separate days. You are looking at a system that is already running.
Day 1 — The notebook and the first real conversation
Day one is notebook day. Students receive their interactive notebooks and begin setting them up. The notebook is the physical infrastructure of everything that happens in CCM for the rest of the year — guided notes, warm ups, exit tickets, all of it lives here — and how it is introduced on day one determines whether students treat it as a genuine learning tool or another paper-based compliance task.
Research on interactive notebooks in middle grade settings consistently shows they promote engagement, organizational skill, and analytical thinking, particularly for learners who struggle with traditional note-taking or who have not yet developed independent study habits.8 The mechanism is ownership. A notebook the student has made their own is a tool. A notebook handed to them already complete is just another worksheet.
The first task is the cover design. Students respond to structured prompts — who am I as a learner, how do I want to feel in this class this year, what is my go-to move when something gets hard — and express those responses through design. Math symbols, color, personal imagery, language that means something to them. This is identity work embedded in the first content task of the year, and it places every student on equal footing from the opening minutes. The student arriving three years below grade level and the student arriving at or above it are both making a notebook cover. Neither one is already behind. That matters on day one more than people expect.
It is also how you learn your students faster than any icebreaker produces. The prompts they respond to tell you who they believe they are in relation to math, which is some of the most useful information a math teacher can hold at the start of the school year.
Days 1–3 — The social contract and the organizational architecture
Following the cover, students complete the social contract. This is not a list of rules. It is a structured commitment document — students make explicit written commitments to themselves, to you, and to the learning environment. Mistakes are permitted. Support is available. Quality takes precedence over speed. Students sign it. Parents sign it. It lives in the notebook.
The distinction between rules handed down and commitments chosen is not semantic. Students who have made an explicit written commitment to a standard of conduct are more likely to hold themselves to it than students who have had the same standard described at them. The social contract makes the norms of the classroom something the student has authored, and that difference accumulates across the year in ways that are difficult to manufacture any other way.
The table of contents follows — the organizational architecture of the notebook, the reference system students will use all year to locate lessons and track standards. Building it on day one means it is available and familiar on day two.
Days 2–4 — The warm up becomes automatic
By day two or three, the warm up is no longer being explained. It is simply happening. Students walk in, open their notebooks, and begin following the classroom introduction and welcome to the day. This is the room's operational norm establishing itself, which is what the first-week investment is designed to produce.
Teaching routines to automaticity in the opening weeks of school recovers up to 20 minutes of instructional time per class period — time that compounds significantly across a 74-day instructional window.9 When students know what to do when they arrive, neither they nor you spend time reestablishing it. That recovered time is not a small thing when the buffer is already zero.
The warm up is tied to the day's lesson, to prior content, or to a real-world context that frames the day's mathematical work. It is always completed in the guided notes so it becomes part of the student's permanent lesson record — not a disposable daily exercise that disappears into a folder and is never referenced again.
Days 3–5 — The video lesson and what changes when you move
By day three or four, the first video lesson goes live, and something becomes visible in the classroom that most students have not experienced in a math class before.
The pre-recorded direct instruction video plays. It is standards-aligned and synchronized with the guided notes given to students — the notes tell them exactly where to write, what to fill in, and when to pause and reflect. The instruction does not vary based on what is happening in the room. It does not get derailed when a student acts up in the back row. It delivers the same content, at the same quality, to every student at the same time.
While the video plays, the teacher moves.
You circulate. You sit beside the student who is two lines behind because the opening concept did not connect. You catch the student writing in the wrong section before the error becomes a habit. You answer individual questions without pausing instruction for everyone else. You pause and play the video to elicit student discourse. You are no longer a shared resource that thirty students are competing to access simultaneously — every student has the instruction through the “digital teacher - Broadcaster” and you through your physical presence in the room, at the same time. The physical teacher has become their own classroom facilitator.
Teachers who have made this shift report a consistent experience: students who had been described as lacking intrinsic motivation or independent work skills began demonstrating both once direct instruction moved to video and the teacher was freed to circulate in real time.6 The students had not changed. The model had. When the model stops requiring students to passively receive instruction from a single point at the front of the room and instead gives them a structured tool to engage with and a teacher who can actually reach them, most students rise to meet it.
The video can be paused at any point. A student can ask to stop it to raise a question, push a concept further, or connect the math to something real in their life. This is not an interruption to instruction — it is instruction at a higher level, a structured conversation anchored by consistent content rather than a one-way delivery that students either keep up with or fall behind on.
Notice what begins to happen among students during this phase. Because you are no longer the singular focal point of the room, students begin to support the structure themselves — monitoring pace through the notes, signaling when a concept needs more time, helping each other stay organized through transitions. These behaviors are not assigned. They emerge from a structure that distributes responsibility rather than centralizing it. Research on self-directed learning environments shows consistently that when students are given genuine agency within a clear structure, they develop the intrinsic motivation and independent work skills that teacher-directed models often assume students already have but never actually build.10 CCM does not assume those skills. It creates the conditions for them to develop.
A practical note: everything taught during the course is recorded and posted. Students in in-school suspension receive the lesson because it is on the class website. Students who miss class for family situations do not return to a gap — the instruction waited. This is not a technology convenience. It is an equity function built into the model from day one.
Day 5 — The exit ticket closes the loop
Every session ends with an exit ticket — challenge questions tied directly to the day's standard, completed in the notebook before students leave. Not a quiz. Not graded in the traditional sense. A real-time check of what the lesson actually produced, captured at the moment of highest relevance.
For the student it is a low-stakes self-assessment — a concrete opportunity to see what they understood and what they did not while the material is still active. For the teacher, it is classroom data: not homework data, which is contaminated by external support and completion pressure, but data produced under known instructional conditions inside the room. Black and Wiliam's synthesis found that formative assessment of this kind produces effect sizes between 0.40 and 0.70 — among the highest-impact instructional practices available to classroom teachers.7 Marzano's research found that consistent daily formative checks improve student achievement by 20 to 30 percentile points.7 In a 74-day instructional window, those are not marginal gains. They are the difference between students who arrive at end-of-year testing with consolidated understanding and students who arrive carrying unaddressed gaps that compounded week by week because the instruction never adjusted in real time.
The exit ticket tells you what needs to be addressed tomorrow. That is the loop that makes the system dynamic rather than simply structured. Because the lessons are prerecorded and ready to go, the professional educator can differentiate at the most appropriate time for each learner.
What You Have at the End of the First Week
By Friday, the room has a shape. Students know the warm up comes first, the video comes next, the notes track the lesson, and the exit ticket closes it. They know you are going to be beside them — not fixed at the front. The norms are not rules being enforced. They are habits already forming.
You know your students — not because you spent twenty days on relationship-building at the expense of content coverage, but because the structure of the model put you beside them from day one. You were watching them work, hearing how they think, noticing what they connect the math to. The relationship and the instruction built together, because in CCM they are the same investment from the beginning.
The system will keep calibrating. Week two will be more efficient than week one. By the end of the month the warm up happens without you acknowledging it. I have been stuck in the hallway when the bell rang and have had one of the learners stand up and give my class opening monologue without prompting because he was ready to begin. Another student was already at the desk starting the warm up timer. By mid-semester the exit ticket data is telling you standard specific data to be addressed before the next assessment window. That is where this goes. The first week is just where it starts.
And it can start in your classroom. With the resources you already have planned. On the first day of school.
Getting the First Week Ready
Building a notebook system that functions as a genuine learning tool for 180 days means the templates, prompts, social contract, table of contents, and first video lessons need to be ready before students arrive. Building those from scratch while managing every other first-week demand is not the best use of your preparation time.
The Back to School Bootcamp for Interactive Notebook Building at Kept Curriculum has everything ready. Student-facing PDF templates for every first-week component, a full Lesson 1 video walking students through the setup, cover design options with the math identity reflection prompts described in this article, and the social contract framework. Everything needed to run a complete CCM first week without building anything from scratch.
Available atkeptcurriculum.com.
References
Novak Education. (2023, September 21). The importance of routines in learning. https://www.novakeducation.com/blog/the-importance-of-routines-in-learning
Kraft, M. A., & Monti-Nussbaum, M. (2021). The big problem with little interruptions to classroom learning. AERA Open, 7, 1–16. https://journals.sagepub.com/doi/10.1177/23328584211028856; Kraft, M. A., et al. (2022). The potential role of instructional time in pandemic recovery. Brookings Institution. https://www.brookings.edu/articles/the-potential-role-of-instructional-time-in-pandemic-recovery/
Roorda, D. L., et al. (2025). The longitudinal associations between teacher-student relationships and school outcomes in typical and vulnerable student populations: A systematic review. Social Psychology of Education. https://doi.org/10.1007/s11218-025-10107-8
Baars, M., et al. (2024). A longitudinal study on the impact of student-teacher and student-peer relationships on academic performance. European Journal of Psychology of Education. https://doi.org/10.1080/21568235.2024.2414760
Tanner, K. D. (2021). Am I getting through? Surveying students on what messages they recall from the first day of STEM classes. CBE Life Sciences Education. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8344324/
Tokarski, C., & Tokarski, B. (2020, June 1). Why middle schoolers thrive in a self-paced classroom. EdSurge. https://www.edsurge.com/news/2020-06-01-why-middle-schoolers-thrive-in-a-self-paced-classroom
Black, P., & Wiliam, D. (1998). Assessment and classroom learning. Assessment in Education, 5(1), 7–74; Marzano, R. J. (2012). The two purposes of teacher evaluation. Educational Leadership, 70(3), 14–19.
Howell, B. (2006). Interactive notebooks: Helping to meet the needs of middle school students. ResearchGate. https://www.researchgate.net/publication/270285768
Wong, H. K., & Wong, R. T. (2018). The first days of school: How to be an effective teacher (5th ed.). Harry K. Wong Publications.
Schweder, S., & Raufelder, D. (2025). Examining self-directed and teacher-directed learning's impact on achievement goals and learning strategies. Journal of Experimental Education. https://doi.org/10.1080/00220973.2025.2459382
Previous in the series: Article #09 — Equity Is About What Happens in the Room
If you try the first week described here, I would genuinely like to hear what happened. Drop it in the comments.
About the author: MsVRichardson is a 13-year math educator, founder of Kept Curriculum, and the developer of the Cloned Classroom Model (CCM) — an in-class instructional framework that frees teachers to facilitate, intervene 1:1, and truly reach every learner. Learn more atKept Curriculum.
#ClonedClassroomModel #CCM #MathTeacher #BackToSchool #InteractiveNotebooks #KeptCurriculum #MiddleSchoolMath #TeacherLife
