Math Training Reflection 2

Embed Size (px)

Citation preview

  • 7/29/2019 Math Training Reflection 2

    1/2

    Marquetta Strait

    February 20, 2013

    CU Life

    Math Strategies Training Reflection: 2

    The second day ofClaflin Universitys Learning Improvement for Future Excellence (CU

    Life) mathematics training, Ms. Nelson had us review the information that we discussed last

    session. Some of the aspects we discussed were the six shifts in math from the former states

    standards to the Common Core Standards. The six shifts are focus, coherence, fluency, deep

    understanding, applications, and dual intensity. One of the main points we discussed was

    Marzanos nine instructional strategies. The three strategies that I will expound on are

    identifying similarities and differences, summarizing and note taking, and nonlinguistic

    representations.

    Marzanos nine instructional strategies are research based. They have been proven to be

    effective in the classroom and improve students comprehension of concepts taught in the

    classroom. While in our mathematics session, Ms. Nelson had us to use the Jig Saw Method

    while we learned the nine strategies. Identifying similarities and differences is a very effective

    strategy to make certain that students are comparing and contrasting two different items, such as

    mammals and reptiles. The students would demonstrate their conceptual understanding by

    creating a Venn diagram or chart to compare and classify the items. The students would write

    down the characteristics of both mammals and reptiles and then eventually discuss their

    similarities.

    Summarizing and note taking is one of the most common visuals within the instruction

    process. It is common that when you ask students to summarize a portion of the text, students

  • 7/29/2019 Math Training Reflection 2

    2/2

    M. Strait|2

    will often write every sentence that they feel is answering the question, but yet, not fully

    comprehending what they have just read. Instead, Ms. Nelson taught us to use a gist strategy.

    The gist strategy allows for students to read a text and summarize as much content as they can

    without exceeding a twenty word limit. Another version of the gist strategy, when there are

    several pages of content, is to have the students get a sticky note and paraphrase a point on the

    pages that they feel is important to discuss, putting one point on each sticky note. After the

    given time has ended, the students would close the textbook and summarize the information that

    they read using only the sticky notes as an aid. I believe this strategy is an awesome technique to

    get students to take their time and retrieve the important points of the content.

    Lastly, I would use the nonlinguistic representations within my instruction. Research has

    proven that nonlinguistic representation stimulates and increases brain activity. The example

    that Ms. Nelson used in our session was a song called Transformations. The song was used to

    help the students comprehend the three types of transformations on a plane, translation,

    reflection, and rotation. The students would repeat after the teacher and perform the movements,

    such as turning to the left and turning to right to represent rotation. I would definitely use this

    strategy with students because it allows the students to be more involved in their learning,

    especially if they are having fun learning. It would be easier for students to use the nonlinguistic

    representations to be more open to the new content because it is not in a traditional format.

    By implementing these strategies within my classroom, I will have a surplus of methods

    to measure the students comprehension of the concepts. I plan to increase visual aids within my

    classroom and use other methods, such as mnemonic devices, to assist my students. The overall

    goal is for students to become more knowledgeable, which will in turn assist them in real-world

    applications.