You know what I love about co-teaching? Having someone to process and reflect with about your lessons, practice, worries, and hopes.   You are on an adventures together, the adventure of creating a loving, nurturing, challenging classroom that fosters critical thinking and meets the complex needs of your students.   It isn't that different than scaling a mountain!

​That is why I loved the opportunity to chat with some other EAL specialists about their experiences with co-teaching; particularly discussing the shift from a traditional "pull-out" model.  Thanks to @Toppel_ELD, @mrs_badger_east and  @Deanne_Mor  for inviting me to the conversation,.  I've embedded the chat below. Where is your school in their co-teaching adventure? 

I really have been deeply moved by the Integrating Language Development and Content Learning in Math: Focus on Reasoning through Stanford University Online that I spoke of in my previous blog post.   I wanted to share another strategy that I have tried this week that I just loved. I can't wait to refine it try it again!

One major take away from this course is the importance of students having conversations not just to make meaning of their tasks or discuss procedure, but to deepen their mathematical thinking. However, often in classrooms moving conversations into reasoning is often heavily teacher dependent. I have been guilty of this too, feeling the responsibility and urgency to help the students "get it".  That is where this strategy can help.

The strategy is called Silent Support Cards and it was shared by Dr. Jeff Zwiers.  When students are engaged in discussing a math problem in partnerships or small groups, we want to students to move beyond simple procedure, but make conjectures, see patterns, and connect to larger mathematical ideas.  Instead of inserting ourselves in a conversation, when the reasoning has stalled, we can simply place down a Silent Support Card to give immediate feedback, without inserting our voice into the conversation.  Some possible support cards might say:

• Ask for a mathematical reason (rule, principle) to support the idea
• Paraphrase what your partner said
• Show that you are listening with your eyes, nods, postures
• Pose an alternative idea or method and start to build it up
• Ask your partner to clarify (Why...how)
• Stay focused on the problem or task
• Encourage your partner to talk more
• Ask your pattern to refer to the language of the problem.

Dr. Zwiers shared that he always keeps a blank card in this set, so that he can write quick feedback that is specific to the need.  

I tried this out with my third graders. I was able to provide my students with immediate feedback, without interrupting the flow of their conversation about a multiplication problem they were solving.   One adaptation I plan to do is enlarging the size of the card (perhaps index card size) and adding an icon to match the feedback.   

I'm wondering how I might apply this strategy to other scenarios in my classroom beyond math.
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        What a whirlwind of a semester it has been!  I have been very busy taking the online course Integrating Language Development and Content Learning in Math: Focus on Reasoning through Stanford University Online. I stumbled across this course in my Twitter feed right before it was set to begin and quickly signed up.  I have been heavily influenced by the work of Dr. Jeff Zwiers, particularly when I worked in high schools and was excited he would be one of the professors.
        As an EAL specialist, my day to day job does not require the teaching of math. There is a lot of language of math of course; my language targets would revolve around vocabulary, specific verbs, if/then statements to name a few.  I am so glad I took this course because it really has been helping me strengthen the language learning of reasoning. I can't recommend it enough. 
​Our EAL training informs us that students make meaning and develop language by using it with their peers.  This of course is the classroom implications of the Zone of Proximal Development. Think-Pair-Share is the very classic strategy used in math classrooms. How can we go deeper? What other strategies might we facilitate in our math classrooms, as the EAL specialists, that get students talking to each other authentically about mathmatical reasoning.
     My favorite learning experience I have learned from this course so far is the information gap strategy for mathmatical reasoning. This emphasizes listening for reasoning. My anchor chart can be found here. Student A and B receive two cards. Student A receives a card that has a math problem on it, but information with numbers is not provided. Student B receives the partner card that has the information on it. Student A must ask Student B a question. Student B, before giving the information must ask "Why do you want to know that?" Student A provides their reasoning. If Student B is satisfied with their reasoning, they provide the information. This process continues until Student A is able to solve the problem.  The emphasis is on building the listening for reasoning skills.  

We tried this several times, using a lineup strategy. This became a go-to lesson for my language station, switching the problems to align with the work they were doing with their classroom teacher. Kids loved it.  "It's like we're Sherlock Holmes!"

Join me in March in Tokyo, Japan for a day of deep learning and a lot of fun!

We live in a multilingual and global society. Linguistic demographics of international schools have changed.  The question is... have our instructional and assessment practices changed to meet the needs of our students? What does an international classroom with a true immersion program that celebrates and leverages their students bilingualism look like?

I am really excited to share this EAL international certificate offered by the Teacher Training Center.  The certificate program consists of three courses. Two are offered online while one other on-sight course.