I was so thrilled that Laney Sammons, author of Guided Math: A Framework for Mathematics Instruction agreed to participate in a Q & A session with us as we studied the book.
A great **BIG**
thank you to Laney for taking the time out of her summer to spend time
considering our questions & giving us some support as we move
towards implementing guided math in our classrooms.
**We had questions....here are the answers!**

**Laney - Below
are some of my ideas in response to these questions, but they are not
definitive. The framework is a flexible
one, and I encourage teachers to tweak it to fit their needs. I constantly learn from the teachers with
whom I work as I see or hear about how Guided Math works in their classrooms. **

·

- What ideas do you have when
independent practice students have not finished their expected work (this is
when all students are changing to the next math rotation, teacher starts with a
new Math group)?

I think first I would want to determine why they are not
finishing the expected work. Is it
because they were distracted or off-task?
Or, is there some confusion about the work assigned?

If they are distracted or
off-task, I would want to take some time to revisit the procedures and routines
for Math Workshop. Model expectations
and have students practice and then reflect and self-assess their work behavior
together as a class. Which of the
procedures or routines have they followed well?
Which need more work? If the
problem is with just one or two students, I might have them sit beside me at a
desk as I work with the small group until they are able to work
independently. If they know this is the
consequence, they usually shape up pretty quickly. They would usually much rather work
independently during Math Workshop rather than sit with the teacher.

If there is confusion about the work, I would first make sure
that it is clearly introduced--perhaps in a small-group setting until I am sure
students understand the expectations. I
also recommend that the work assigned be review and maintenance of previously
mastered math concepts and skills or else work aimed at developing
computational fluency. If the work
assigned is on the topic being taught in the small group setting, it is not
likely that students will be able to do it independently and accurately. It is much better to use that time to
maintain and deepen understanding.

Realistically, however, just as when work is assigned for guided
practice whole class, there will always be students who won’t finish their
work. We just have to do whatever we can
to motivate these students and minimize their effect on other students.

- I have students who are very far below grade level.
These children have a very difficult time being independent for the length
of time needed. Do you have suggestions for how to help these children be
successful during independent work time?

Laney - You may want to structure your
small-group instruction so that you spend less time with students who quickly
catch on and more time with students who need more scaffolding and
support. Usually, I have struggling students
work independently first--when they are fresh.
I may see two other groups first for brief lessons and then see these
students for a lengthier lesson. Allocate time given to small groups by equity,
not necessarily equality.

You may also want to partner these
students with other students who may be working just above their level, but
have more stamina for independent work.
Avoid pairing them with students working at a much higher level--which
is too often frustrating for both students.

And, finally, establish very clear
procedures and routines. Help students
develop an understanding of what independent work entails--what it looks like,
sounds like--and why it is important. Take
time to teach and practice them at the beginning of the year and revisit them
whenever necessary.

When these students have trouble,
unless absolutely necessary, try to avoid interrupting your small-group
lesson. Develop nonverbal cues to remind
students of your expectations and address problems with them after small-group instruction. As suggested in the preceding response, if
needed, you may have a student work beside you as a consequence of unacceptable
work behavior. Give them the responsibility
of proving they should have the privilege of working independently.

- How do you recommend dealing with student
absences, particularly for those students who are already struggling?

Student absences are always difficult
to deal with--especially with struggling students. The small-group format, however, makes it a
little easier. Sometimes, I was able to
have the student who had been absent sit beside me during the small-group
lesson, and I could try to “catch” him up on what had been missed. If needed, I could have the student
participate in more than one group lesson that day.

I also tried to confer with these
students whenever I had a chance. That
might be as students entered the classroom and were engaged in completing a
Math Stretch, during silent reading time, during recess, while other students
were at the Media Center, or whenever I could steal a couple of minutes. Working with just one student or a couple of
students, it was often much quicker to share the material that had been missed.

- How do you incorporate the math curriculum your
school uses and the Guided Math concept? I struggle trying to figure
out how to make all the components work from Guided Math and still have
students complete the required math pages from the curriculum each
day.

As you are just beginning to implement
Guided Math, you may want to focus on the small-group instruction and Math
Workshop components, and then add in the others as you become more comfortable
with it. I suggest beginning with these
because small-group instruction is the “heart” of Guided Math and without a
well-organized and managed Math Workshop, small-group instruction isn’t
possible. I’m not sure what curriculum
you use or about your required math pages (that you must teach or pages to be
completed by students). Most math
programs have many resources that may be adapted for Guided Math.

If your curriculum dictates what needs
to be taught, use whatever resources provided to design a lesson that address
the standards being taught and your students’ needs. I would often draw upon the basic lesson
provided, but try to increase the student engagement, plan challenging
questions for students as they worked, and try to ensure that students
communicated their mathematical thinking both orally and in writing with both
me and their classmates. If there are
pages that students need to complete, once you feel students are capable of
completing them independently with accuracy, you can send them (individually or as a group) to their desks
to complete them before they begin their math work station tasks. You may choose to have them try a few
problems during in the small group to be sure they are ready. Those who aren’t may work a few more problems
with you or stay with you for the next group lesson, so you can continue to
support their learning.

Within all of the math programs with
which I have worked, I have found warm-up activities that can be adapted as a
Math Stretch, lessons that can be adapted, ideas for remediation and additional
work with manipulatives, ideas for additional challenge, and games or
independent activities for students that can become math work stations.

- What resources do you recommend for finding the
"just right" materials for math workshop activities? Do you have
a favorite?

As I mentioned earlier, math work
station tasks should be geared to review/maintenance or building fluency. The
distributed practice you provide with these tasks helps students retain and
deepen their understanding. It is best to use some of the same materials and
games you have already used to teach the concepts and skills being
practiced. That way, students are
already familiar with them.

My favorites are using simple and
readily available materials and games in which the basic rules remain the same,
while the content may vary. For example,
use number cards (or playing cards with the face cards removed) for the game of
War. Students may be simple comparing
numbers through ten; draw two cards to create double digit numbers to compare;
draw two cards, add them, and compare the sums; draw two cards, multiply, and
compare the products; draw two cards, create a fraction, and compare; draw 3
cards, create a 3 digit number, and compare; draw two cards, create a single
digit number with an exponent, and compare; and so on. The basic game is only taught once saving
lots of instructional time. Other simple materials that can be used in many
ways are dominoes and number cubes (dice).
Just search the web for lots of ideas for these simple materials. These
games may also be differentiated by having slightly different rules for
different students based on their learning needs.

For accountability, require students to
record their work on a recording sheet or in a math journal. For example, if playing War, students would
record each draw (5>4, or 7=7). By
just glancing (not something else to grade) through the recordings, you will be
able to tell whether students were working (playing the game) and whether they
understood what they were doing. It
provides a quick and easy formative assessment and allows you to correct
misconceptions.

- I teach
sixth grade math in a traditional setting - I have a 53 minute period for
each class. How do I manage this time period for guided math? Any tips
would be appreciated!

I have the greatest
admiration for sixth grade teachers.
Having taught kindergarten, second grade, sixth grade, high school kids
who were on judicial probation and suspended from school, and college students,
I found sixth grade one of the most challenging and rewarding. I must say, though, that in many ways they
were quite similar to my kindergarten students.
I was fortunate when I taught sixth grade in that I taught a
self-contained class, thus I had more flexibility than you.

My first recommendation is
to consider eliminating mini lessons unless there is some compelling reason for
whole class instruction (i.e., an activating strategy, reading a piece of
math-related literature, having a math huddle).
I have found that initial instruction is far more effective in small
groups where you can address gaps in foundational knowledge and skills quickly,
maintain attention, easily use manipulatives, engage in math conversation with
your students, continually informally assess understanding, and provide
additional challenge when needed.

I think I would begin
with a brief warm-up to be completed as students enter your classroom--very
brief! Then, you might consider one of two models. I don’t know how many students are in each of
your classes, but if you can divide your class into 3 groups, you may be able
to meet with each group every day for up to 15 minutes per group. I would recommend that you try to meet with
your groups according to their needs. If
you can work with a group who may need less instruction (maybe 7 minutes and
then complete their work independently) see them first, another group may need
10 minutes, while a struggling group could then receive 28 minutes with
you. All of those times may vary, but
the first two groups would be no longer than 15 minutes, while the group
needing more scaffolding could be longer.
This works well when the independent math tasks provided are sufficient
for students to work throughout the period rather than having to rotate from
one to another.

With another model, you
may have a group who needs less instructional time and can be assigned to work
independently during the week. You may
see them only once or twice, but check in with them during the week. You may have four groups, but see only one of
them daily (the one with the greatest need of support). This is similar to some of the Guided Reading
models.

Be creative and see what
works best for you. Nothing will ever be
perfect, but I truly feel the small group setting is best for students and
strongly supports the rigor demanded by the CCSS and the Standards for
Mathematical Practice or if you state has not adopted the CCSS, the NCTM
Process Standards.

- How do you best fit in individual conferences?

Whenever you can! Some teachers prefer to have a set day for
conferring. While students work
independently on math work station tasks, they confer with selected
students. I used to confer with students
whenever I could fit it in. Sometimes, I
met with students just after they put up their book bags and got ready for the
day. I might ask a student to stay with
me a minute at the end of a small group lesson.
I might decide to see just two groups one day and spend the additional
time conferring. So as I suggested in
the last response, be creative. Take
advantage of every minute you have.

- Do you find it best to set up a schedule so that all
students are conference with during a specific time frame (like each week
or two weeks)?

I found that there were some students I
needed to confer with more frequently than others. I did my best to confer with each student at
least once a month, but for some students, it was much more often. Keep in mind that you can use your conferences
strategically. As you confer with a
student at his/her desk or table, there are usually several other students who
are listening intently to your conversation and picking up on the teaching
point you are making.

- I teach a
mixed 5th / 6th grade math class which is considered a Tier 2 intervention
group. As with any class, there are a variety of developmental levels
within these groups, and I have 2 different grade level curriculums to
teach. I KNOW that guided math is going to be the answer to help me meet
the needs of my students, but I'm not sure how to pull it all together in
only 70 minutes. What guidance or suggestions can you give me?

You definitely have a wonderful challenge!
For you, knowing the grade level progression of the standards you are
teaching is imperative. Know what your
students should already know and where they are headed. What are foundational knowledge and skills
for these grade levels? How will you
know if your students have them? Where will the standards you are teaching
lead? The composition of your small
groups will change depending on the concepts being taught, and you have the
flexibility of grouping your 5^{th} and 6^{th} grade students
according to their needs.

Once you identify the foundational
knowledge your students need to be successful with the lesson you will be
teaching, devise a simple assessment to let you know if any of your students
lack that knowledge. This will allow you
to group students by need. Plan how to
address those deficiencies quickly so that these students can more on to the standards
for their grade level. Be sure to not
only plan the scaffolding these students need, but also how to withdraw that
scaffolding so they become independent.
Focus on the links between the concrete and the abstract to support your
students in making that transition.

We focus so much on the deficits of
these students, that too often we overlook the importance of helping them see
not only the relevance of math to their own lives, but also that mathematics is
a living discipline--a puzzle that people have struggled with over thousands of
year.

Take advantage of the fact that these
struggling students are often great problem solvers. At the school where I was an Instructional
Coach, when our fifth grade teachers move to problem based learning, our gifted
students struggled. They didn’t want to take any risks. They wanted to be told how to solve problems
and were quite good at following directions. On the other hand, many of the
struggling students blossomed. They were
much more willing to try out strategies and approaches, to take risks. Math made much more sense to them as they
constructed meaning rather than being “told.”

******************************************

Any AHA moments for you? I know I am thinking I can do this! I was a little intimidated by the individual conferencing. "When can I get this done?" "How can I get to everyone?!" Laney's answer reassures me that I CAN do this.

How about you?

Make sure you check in Sunday...we're moving into Assessments in Guided Math.