How do you handle the lower kids in your class??? Often the older kids in my class are the lower kids as well. Our school has (K/1) (1/2) (2/3) etc. so there is always some overlap and often the older kids are the ones who need more time to develop their skills.
In my 2/3 class the some 3rd graders are always lower. I also have high kids, so my range in curriculum could really go from 1st-4th grade. In any case, I worry about the kids who are always the oldest, because in reading groups and in math, they are almost always in the lower groups as well. This means they are functioning a year behind all the time. I have a girl right now who is doing 2nd grade math and struggling with that as a 3rd grader. I imagine next year she will be in a 3/4 and placed in a 3rd grade math group. In 5th grade she could be in a 4th grade math group? So she will never get 5th grade math??? My groups are homogenous in terms of ability but mixed age. I have 2 third graders doing second grade math, but also have 3 second graders doing the third.
Do we just assume in middle school she will also be remediated? Do you hold all your students to grade level standards or meet them where they are at? I fully believe in meeting where they are at, but if they are always falling short of grade level standards, what do you do?
On the same note, the kids who are always a grade ahead, by fifth grade will have to repeat 5th grade math again, as our school does not have 6th grade... this is a quandry(sp) to be about teaching mixed age classes.
I teach in a multi-age class, and it seems that usually more of my older students are also my lower students (though there is definitely a mix) My school overlaps, so there is K-1, 1-2, 2-3, etc. This allows for mixing kids by ability a bit.
My problem is mostly when it comes to small groups. I do small groups for reading, spelling and math. They are ability based, and not by age. I teach a 2/3 class, and actually have a 2nd grade math group, a 3rd grade, and an advanced 3rd grade. But my question is about the kids that fall high or low. If I have a 3rd grader doing 2nd grade math, and in 4th grade they do 3rd, and in 5th grade they do 4th--- then they graduate our school never having done 5th grade math. However, we are MEETING the child where she is at as well as definitely giving the child challenging work at his or her ability. Sometimes they may catch up, but what if they don't?
They leave the school behind... I guess this happens to kids in regular classrooms as well... but do you think it happens more in multiage? Also, what do you do to make sure they are exposed to the correct material?
"Two globes (also called phials or ampules) of glass are connected by a narrow throat so that sand (with relatively uniform grain size) flows from the upper globe to the lower."
In Queensland, Australia, we have rural primary schools where one teacher is responsible for teaching 8 grades across 8 subject areas. We do not qualify for a second teacher until enrolments reach 26 students. Students ages can vary from 5 years to 13 years in the one classroom. The teacher is also responsible for administration of the school. We have a full time assistant, but she is not a trained teacher. Am interested to hear what readers would consider to be the impact on childrens learning in this multi-age situation?
I teach multi-age 1st-3rd in a small independent school. My span of grades and developmental levels has made me *very* flexible this year!
Right now I'm looking for a "quick and easy" resource -- if one exists -- to help me with my math planning, which is bogging me down. I use small group instruction for my math workshop so I can accommodate all of my levels. I am trying to use more "math task" types of activities for my students, so they are not only doing workbooks or playing math games when they're not in a group.
The problem is, I don't have time to come up with that many math tasks all of the time! But I can't seem to find a book or website out there that can help. I guess what I'm really looking for are extension activities that students can complete independently or with a partner...one day or multiple days...not just solving a word problem but something a little more involved.
Does anyone know of such a resource that exists? Oh -- I use Singapore Math, and actually only need the problems for my 2nd/3rd graders, because most of my first graders are all set with games.
I teach a multiage as well (3-4) but developmental span probably 2nd-6th.
I have a book by Marilyn Burns that is out of print but available used on Amazon called "The good time math event book" Each page is an "event" which can be copied and given to a kid. There is also a worksheet to go with it. The activities are things like filling a jar with beans and estimating how many are in there, or measuring furniture, etc. They are great for stations.
Many of the "events" are better for middle school, but my kids can do most of them just fine. I don't know about first graders, because they all include reading the directions... which are written in speech bubbles by comic characters. In our probability unit, I had four groups working with these events.
1- lay out 13 card and count how many are face cards, shuffle and do this 25 times... record the data
2- lay out 4 cards and count the diamonds, shuffle and do this 25 times, record the data
3- read 3 sentences from a book and record each letter used. (I had them keep going reading 3 sentences at a time and checking in, b/c this group finished so quickly)
4- read a page of a book and record how long each word is (1 letter, 2, 3, 4 etc.)
They will present what they found and as a class we will determine the probability for each event. These are just some of the examples. If you think your kids could do those things, then the book will work.
I might set the younger kids up with pattern blocks to make symmetrical patterns, or attribute bears or blocks to make patterns, that kind of thing.
On 3/26/08, Courtney wrote: > I teach multi-age 1st-3rd in a small independent school. My > span of grades and developmental levels has made me *very* > flexible this year! > > Right now I'm looking for a "quick and easy" resource -- if > one exists -- to help me with my math planning, which is > bogging me down. I use small group instruction for my math > workshop so I can accommodate all of my levels. I am trying > to use more "math task" types of activities for my students, > so they are not only doing workbooks or playing math games > when they're not in a group. > > The problem is, I don't have time to come up with that many > math tasks all of the time! But I can't seem to find a book > or website out there that can help. I guess what I'm really > looking for are extension activities that students can > complete independently or with a partner...one day or > multiple days...not just solving a word problem but > something a little more involved. > > Does anyone know of such a resource that exists? Oh -- I > use Singapore Math, and actually only need the problems for > my 2nd/3rd graders, because most of my first graders are all > set with games. > > Thanks for any help that might be out there!
I am a kindergarten teacher. Next year myself, a second grade teacher and one other teacher will all be together with about 40 kids k-2 to teach a multiage classroom. We are all new to this. Any suggestions for us? We will have about 9 kindergarten students 9 first grade and 23 second grade. We are very excited about it but just looking for any ideas and/or suggestions.
On 4/04/08, Tracy wrote: > I am a kindergarten teacher. Next year myself, a second > grade teacher and one other teacher will all be together > with about 40 kids k-2 to teach a multiage classroom. We > are all new to this. Any suggestions for us? We will have > about 9 kindergarten students 9 first grade and 23 second > grade. We are very excited about it but just looking for > any ideas and/or suggestions. I'm excited for you. As long as the three of you are great communicators it should work. Read up on multiage teaching (books and internet). Prepare your work in layers to accomodate all levels of children (easy to challenging on the same concept). Allow time for large group teaching as well as small groupings so that you can hit those troublesome spots that some students may have. Encourage your second graders to become mentors to your younger students. I've been teaching multiage for over 10 years and love it. We always spend the first 6 to 8 weeks hitting our expectations very hard. We teach them how to teach and how to respect the peers who are helping with the teaching. Children learn best when they are given the chance to teach others. You will be amazed how some of the kindergarten students will fit in with some of the first graders or even second graders. And of course how some of the second graders will fit right in with the kindergarten students. Good luck. PS: We use Workshop Way for some of our independent learning which is easy to change for different levels. Are you familiar with it? It is put out by Grace Pillon.
I am a reading specialist at a well funded school south of san francisco. We are considering a similar K-2 multi-age classroom and I'm fishing for more helpful information. Advice, recommended resources, things not to do, etc. would be so helpful.
My school's numbers are low and they have decided to combine some grades. We will have a K, K/1, 1, 2, 2/3, and 3. Does anyone have advice on how to make class assignments? We do not want to have only the top kids, etc. but a normal distribution like in our other rooms. I appreciate any advice you might have. Thank you!
Funny how I just came across this site. I was just notified about teaching a 4/5 split. Having fears in the past I am actually looking forward to it. I've been teaching 9 years now so I think I can handle what comes my way. Any suggestions or experience. I will be getting the "higher" kids which willmake life easier. I ALWAYS get the ones who need a "male" teacher so this will be a change.
Here's what I found:
"Two globes (also called phials or ampules) of glass are
connected by a narrow throat so that sand (with relatively
uniform grain size) flows from the upper globe to the lower."
Source:
[link removed]