Group items tagged

"The Think-Pair-Share protocol is a simple way for all students to get a chance to think, talk, and learn from others. "

Think-pair-share is a great way to get students talking about information that is being taught. This is a great way to help students think about the topic that is being taught from a peer's point of view. Dimension: Student learning Rating: 2 This would work towards my fellow teammate's SMART goal,"By the end of quarter 1, 60% of students will score a 70% or higher on the Quarter 1 Literacy Assessment. This allows students to talk about what they are understanding about theme and gain new understandings.

SMART GOAL: Given 1 month of guided reading instruction, students in below grade-level reading groups will increase their reading level by at least one level. (Heather's goal) Dimension: Impact on Learning Impact: 4 Reason: Think-Pair-Share is a strategy where students have a discussion with a partner to solve a problem or answer a question posed by their teacher. After which, the students individually share their ideas/solutions with the entire class. I believe that this strategy will be useful in Heather's attempt in eliminating the reading comprehension gap in her class because asking varying levels of question encourages students to discuss new ideas that deepen their understanding. This strategy will also give Heather the opportunity to assess student understanding by monitoring their discussions. It also has the bonus factor of stimulating student engagement

I am a special educator at RHHS in Howard County. As a special educator, I have been tasked with teaching Tutorial classes that were created to help students with disabilities receive service hours in various goal areas. Last year, was the first year that I attempted to implement SMART Goals into my classroom. Most students struggle to determine their personal SMART Goal and use it to help them focus on improving specific skills. This year, one of my midyear assignments required students to develop a SMART Goal for the following quarter. Students were asked to read and annotate an article, then discuss what they learned with their peers through a classroom discussion. We are now in Quarter 3 and some students have already achieved their SMART Goals from Q2. I found it interesting that part of this week's assignment was to find articles to help support our data analyzing from Venables by developing SMART Goals based on our macro and micro data. I have never thought of using a SMART Goal to improve my professional practices. I think that this could be a wonderful idea, however, I am nervous to develop a SMART Goal because I do not have control over many of the aspects in the classrooms that I support. For the purpose of this class, I will be creating a SMART Goal that I believe would benefit my students. I will share it with my co-teachers and see what they think. The resource that I provided gives examples of professional and student SMART Goals. I found that no only did students struggle to determine what a SMART Goal should measure, but I am facing that same difficulty. I wanted to provide my peers a reference of some achievable and specific SMART Goals that they could use as a model when creating their own.

Blog post: This is a collection of educational resources by high school teacher and prolific blogger and author, Larry Ferlazzo. These resources are organized by subject, such as art, music, science and Web 2.0. Each link takes you to a blog post that describes a resource, activity or lesson and how it can be used in the classroom. Be sure to scroll all the way down the page to see all the many subject matter resources available! Students of EDTC 615 might wish to start their Strategies Search here!

This article gives a brief overview of vocabulary development and then offers many different instructional strategies to teach vocabulary in the classroom. Strategies include interactive word walls, word mapping, and self-selected vocabulary among many others.

This article strongly correlates with my instructional focuses. After viewing the article, I was able to see the different levels of vocabulary comprehension as well as the interventions that can be used to assist and assess the student's levels of comprehension. This article is a great source for any reading/language arts educator.

Vocabulary plays a vital role in my class with ELL students. This resource contains criteria that will help monitor students vocabulary progress as well as give different strategies such as Self correction, Mapping, Graphic Morphemic Analysis, Interactive word Walls and more for ELL students and students with special needs. This resource aids my groups' SMART Target learning goals by providing strategies for comprehending academic vocabulary.

"a simple and fun way for all students to get a chance to move, think, talk, and learn from others. The teacher first has students model: stand back-to-back with a partner, listen to the question and think, turn face-to-face, taking turns speaking and listening, then turning back-to-back"

This video shows individuals how to use a technique called back to back and face to face. I could use this technique in my classroom for my SMART goals. This would give me a better understanding of my student's ability to hear the sounds of letters. For example, I can say a word like "cat"; then, they can use the back to back and face to face technique to tell each other the first sound they hear in "cat". This would also be a wonderful tool to use for reading comprehension and answering questions during a story.

My SMART goal is by the end of Marking Period 3, English Language Learner (ELL) students identified will be able to explain how to solve for an unknown number in an equation with at least 80% accuracy. The back-to-back and face-to-face strategy is an excellent method for allowing students appropriate wait time to think through their responses, as well as an opportunity to hear model responses from their peers. This might help students develop language skills needed for their mathematical explanations. This could be used during a lesson to have students explain how they would solve an equation with a missing number. Using the planning protocol rubric, this is an effective strategy to increase student engagement during a lesson. I would rate this strategy a four on the rubric because it consists of high engagement for most students. All students have an opportunity to share their thoughts and hear a response from a peer. Rather than calling on one or two students to respond, this is an equitable strategy which involves all learners in the classroom.

Study involved head start programs and state funded public preschools from both California and New York. The study consist of a pre and post-test. A curriculum was given to the teachers to assist with planning for group activities in school and a manuel with activities that can be done at home. The curriculum includes counting and numbers, arithmetic operations, geometry, patterns, and reasoning. Data was collected twice during the year, once in the fall then again in the spring. The study found significant differences between the control and the intervention group.

This article details how to establish mathematics discourse in the classroom. The article details specific steps to model, scaffold, and encourage mathematics discourse between students throughout a math block. Discourse supports collaboration, justification of ideas, and flexibility with mathematical thinking. The article is geared towards elementary students; however, the ideas are universal for all grades.

This article helps teachers create a friendly and safe math community. Students will be able to use math vocabulary to explain their thinking and reasoning when solving a problem.

This article discusses different instructional strategies that teachers can use to help foster the development of addition and subtraction facts in students of the primary grades. This article studies 2nd grade Dutch students and the effectiveness of the different strategies used within their classrooms, such as using blocks and writing numbers into columns to solve problems.

Meta-analysis was conducted on interventions used for mathematics with students with learning disabilities. There were four instructional components examine to determine their effectiveness and impact -- a) approached to instruction and/or curriculum design, b) formative assessment data and feedback to teachers, c) formative assessment data and feedback to students and d) peer-assisted mathematics instruction. The research indicates the positive impact of cognitive strategies and the direct instruction model for mathematics instruction. The information was beneficial. Direct instruction often used for reading instruction of students with disabilities so it only makes sense that is also works for math instruction. Research-based information helps me determine what instructional strategies and practices I will include in my classroom.

This is the position statement developed by the National Association for the Education of Young Children related to mathematics in early childhood education. This document outlines 10 strategies for high quality math instruction in the early childhood classroom, as well as, 4 strategies for educational institutions, program developers and policy makers. I found the 10 strategies for teachers to be particularly beneficial in my own reflective practice.

Week 7: The site provides a colorful, engaging environment for mastering math skills. You can sign up for an account or 30 day trail. Educators can sign up for full account benefits with (e.g. student progress tracking and reports; and an awards system for learners for completing certain goals). *Very good site for remedial students learning math and language arts. This site also includes a page in Language arts for 2nd to 10th graders.Practice math online with IXL. The site offers thousands of online math practice skills covering pre-K to high school, with questions that adapt to a student's individual proficiency.

I used to use IXL with my students for reinforcement, the only problem I had when using it was it locks students out after a specific number of questions. There was only so much practice for allotted topics which sometimes was not enough extra practice.

Free users I believe get 10 questions a day, but what I like most about this is that when a student gets a question wrong, it provides a pretty in depth explanation. Great resource.

This is an excellent tool for Biology teachers to find creative and hands on activities for students. There are labs, warm-ups, and activities. Many of these activities allow for students to be creative.

In this article, the Florida department of education provides useful strategies, graphic organizers, and ideas for teachers to use when they teach word problems in the classroom setting. This resource is organized by four main ideas including understanding the problem, devising a plan to understand the problem, implementing a solution, and reflecting on the problem. Within each of these larger topics, the resource provides multiple strategies and resources that can be immediately incorporated into the classroom. The resource also contains an appendix that provides blank copies of many of the resources discussed.

This website contains a wide variety of virtual manipulative that can be maneuvered by all learners at all stages. Both students and teachers can use this to demonstrate understanding as well as modeling a strategy. All viewers are able to see concrete place values as well as the composition and decomposition of hundred and ten blocks. It is a great tool for the visual learner and those who are still in the concrete stage in addition/subtraction.

This article describes how teachers use different forms of technology in the classroom to foster students' learning in the area of mathematics. In order to be considered an effective teaching tool, the article explains that instructors need to think about cognitive and mathematical fidelity when determining what computer programs to use in the classroom.

This resource provides a list of 10 strategies to support English Language Learners (ELLs) in math. The best practices which stood out most to me are eliciting nonverbal responses when students need to demonstrate understanding, such as a simple thumbs up or thumbs down. This allows students to answer questions without having to produce the language. In addition, this resource supports my SMART target learning goal to support students with explaining how to solve for an unknown in an equation. The resource suggests using sentence frames so students can better participate in discussions, which also provides structure as students explain their mathematical thinking.