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Actually the cluster grouping is meant to reduce that. So if there are say six levels of students, teachers are only dealing with 2-3 of those levels. |
Right now there are only two levels in compacted math, and with cohort grouping, teacher only deal with 1 group. What's the advantage of dealing with 2-3 levels simultaneously? Could you elaborate? |
+1 One of the places Blair kids eat lunch is *at clubs* Far from destroying club culture, the closed campus enhances it by keeping kids on campus where they can attend meetings. |
I'm not Team MCPS on this, but if you think there are only 2 levels in compacted math, you are sorely mistaken. Even high-needs schools are sending up to half of their kids to the compacted math track. Even with a compacted classroom, there are already 2-3 levels. |
+1 I thought Boars was some central office villain I'd never heard of. |
+1 this |
+1 It makes zero sense. At least now grade 4/5 students are getting instruction in math roughly at their level. If teachers are expected to teach 3 levels simultaneously--all the instructional time will be given to the lowest performers and the rest of the kids will have to teach themselves (which is what occurs now for reading in grade 4/5). |
Does MCPS have the money to divide kids into 6 cohorts with separate instructors? In most elementary schools, no, there isn't the size for each grade level. But I can't understand why would you argue that it's better to have everyone in one grouping across these 6 cohorts in one classroom so the teacher teaches no one effectively. |
That's true, but for one, at least Level 1, 2, 3 are grouped in one class, and Level 4, 5, 6 in another class, so each sub-group is not significantly different weaker than the rest. Secondly, Level 1, 2, and 3 students get same amount of instructional time and same assignments. So does Level 4, 5, 6 students. No sub-group is left taking care of themselves. While in the Level 1, 4, 5 setting that central office presented, Level 1 student will be neglected completely and constantly to themselves. How is this possibly better than the current cohort model? |
Cluster grouping slightly reduces the range from classrooms that are already totally mixed-- the range within classes in cluster grouping is either a) below-average up to way-above-average/highly-gifted, or b) way-below-average up to above-average. (In the most common handbook on cluster grouping, they have 5 levels of kids and classes either have levels 1-4 or 2-5. So this is better than classrooms with levels 1-5, i.e. most K-3 classrooms.) However, when you are replacing already-cohorted classes (where currently some teachers teach 1-2 and the rest teach 3-5) with cluster grouping, then this dramatically increases the range of students teachers have to teach. It is also especially difficult in math, where you are not just trying to provide the same basic curriculum with enrichment layered on, but you are instead trying to accelerate only one portion of your class to cover an entirely different set of standards than the rest of the class. |
Huh? No one is advocating deciding all the groups across. At teacher might get Group 1 and Group 2 students. Another might get Group 3 & 4 students. Another Group 5&6. Another might get Group 3&4 again. |
Oh, then you misunderstood CO's suggestion. Feel free to check their slide deck, but they were very clear that they don't want to group 1 & 2 stay together anymore. They want group 1 to stay with 3 and 4, and group 2 to stay with 5 and 6, so group 1 and 2 (the fastest students) will be neglected and self-teach, while the rest groups stay doubting if they are too dumb. This is MCPS' strategy for equity. |
What are you talking about? There aren't 3 separate teachers to address each of these groups individually in many schools. There's just one teacher who will be doing pull outs who will spend maybe 10-15 minutes with each group, and probably much longer with the kids who are struggling the most leaving the other learners to teach themeselves. Which is far worse than what kids get now which is a full class of instruction with kids in their cohort in compact math. |
I keep hearing these claims about kids being over accelerated and that just doesn’t seem to be true at our school. We have a pretty heterogeneous student body with a fair percentage FARMs but also a ton of parents with a PhD or MD due to proximity to FDA and to a lesser degree NIH. Under 30 percent of the grade is in accelerated math. I have been in the classroom to observe and it seemed students were following just fine. With that said the one child who I know struggled with 4/5 simply dropped back and is doing well this year. I have no problem with better guidance on how to identify and on/off ramp kids but that is an implementation issue, not a reason to destroy the program. |