Sunday, August 14, 2016

Beginning Differentiation

My goal as a teacher is to create a classroom in which all students are able to learn effectively, or in ways that are supportive of their learning needs, so differentiation is necessary.  “A differentiated classroom provides different avenues to acquiring content, to processing or making sense of ideas, and to developing products so that each student can learn effectively” (Tomlinson, 2001, p. 1).  Differentiation allows me to modify a learning activity to meet my students’ needs which allows them better access to the material.


            I would begin this mathematics lesson by showing students different ways to find the unknown number in a division problem.  For example, I would write 15 ÷ 3 = ___.  This is a problem they are familiar with so students will easily understand strategies to find the missing number.  Next, I would write 15 ÷  ___ = 5.  I would show students how to use the same strategies to solve for the missing number.  Then, with students at their desk with their white boards, I would put another equation on the board and have the students work through the problem together with me.  I would ask for choral response from the students throughout the problem. I would model two problems like this before putting an equation up for them to solve independently. I would walk around the room and monitor students as they work to check for understanding and provide clarification if needed. 
Students would then be ready to begin the learning activity.  The learning activity is interactive and includes task cards, which I would introduce as a game to get the students excited. I would show students the task cards and point out that each one has a division equation with an unknown number. Sometimes the unknown number is the dividend or divisor and sometimes it is the quotient.  I would provide modeling by showing the students my task card and demonstrating how I could figure out the unknown number.  I would explain to the students that they will each get a task card and they are going to become the expert in that task card. They would each get a piece of paper with their task card and then have a few minutes to solve for their unknown number.  I would monitor the students as they solve their cards and make sure they have solved for the unknown number correctly.  I would then explain that students are going to participate in Think-Pair-Share with their task cards. They would first find a partner and then try to solve their partner’s task card on their paper.  They would share their answer with their partner and the partner would check their work to see if they solved the unknown number correctly.  If not, the partner could provide guidance and help them work through the problem. We would rotate partners a couple times so students have the opportunity to work with different partners and solve different equations.
This lesson’s content presentation and learning activity are easily differentiated for different learners in the following ways:

English Language Learners
·         Use visual aids such as pictures (arrays) and charts (KWL)
·         Give clear, explicit instructions so the students understand what they are expected to do
·         Model and demonstrate activities
·         Define vocabulary words

English Language Learners (ELL) will benefit from the use of visuals and graphic organizers.   I would utilize arrays, a KWL chart, and would also show a short video to introduce division at the start of the lesson.  It would be beneficial for them to have a visual with examples of the different division strategies posted on chart paper to use a reference. Scaffolding, which is modeling or demonstrating a new skill, is important to use with ELL students. I have structured the content presentation with plenty of modeling for these students.  It would be important for me to give clear, concise directions as well as speak slowly and clearly.   ELL students will benefit from working with a partner in the learning activity.  Not only will the partner be able to assist them in solving the equation, but the ELL student is also getting practice in hearing proficient English spoken and practice in speaking English.

Special Needs Students
·         Allow more time
·         Follow IEP
·         Clear, concise instructions
·         Model and demonstrate activities

 These students may need additional time solving their task card.   It would be important for the teacher to monitor all students throughout the lesson and provide further individual instruction or clarification when needed.  If I notice that they are not finished solving their task card after the three minutes, I would have them be my partner/s for the first rotation so they could have more time to solve their card.  Then they could join in rotating to a student partner for the next rotation.  These students will benefit from many of same methods as ELL students, such as modeling, pictures, charts, clear instructions, and well defined vocabulary.  Their IEP and any necessary modifications would need to be in place.

Advanced or Gifted Learners
·         Pair with struggling students to assist or model proficient work
·         Give them more difficult task cards

Advanced learners must be kept challenged and must have the opportunity to grow in their learning.  These students will need the lesson modified to present more of a challenge.  On their individual white boards, I would write more difficult equations for them to solve after they have solved the equation the whole class was solving.  I would also make more challenging task cards with more difficult equations for these students to solve.  For example, their task cards might include 100 ÷ ____ = 4.  These students need to stay challenged so they do not get bored and they are able to reach their potential.  During the task card activity, these students could help struggling students and provide explanations which is helpful to both solidify their own knowledge and help the struggling students hear proficient explanations from their peers.

Reference
Tomlinson, C. A. (2001). How to differentiate instruction in mixed-ability classrooms.      Alexandria, VA: ASCD. 

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