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Week 9: This is a great website to connect students to real life math problems. By doing math with real life problems students are problem solving like they would in a word problem, sometimes without even knowing it. This site gives sample lessons and projects to help teachers and parents connect math to the real world. Math covers so many topics that hopefully you can connect to your students that like music, design, weather and so much more.

The different resources on this site that give activities and ideas to introduce real world math situations to students gives an alternative way to teach mathematical concepts. Teaching these math concepts from multiple perspectives increases the chance of student success. By connecting math to the real world, students will become more invested in their learning.

This website provides links to many different websites that provide activities that students can participate in that will help them incorporate real world math problems. The article was sectioned off into four distinct sections including collections of real world math problems, online math activities, math collaboration, and more real world math activities. This is certainly a website that is worth saving and coming back to over a course of the year as there are many valuable resources that can be used.

Implementation Meeting 3 - Chris, Noelle, Elijah, and Angela Citation: Wilson, D. & Conyers, M. (2015, February 12). Put Working Memory to Work in Learning | Edutopia. Retrieved March 21, 2018, from https://www.edutopia.org/blog/put-working-memory-to-work-donna-wilson-marcus-conyers This article focuses on activating and using the "working memory" of learners. Working Memory, as defined in this context, "...is what you can do with what you know." The authors provide several instructional strategies that encourage teachers to move away rote memorization instruction and move toward active use of knowledge. The strategies range in simplicity from repeating information to researching and peer-teaching. All of the working teachers within our group are seeking to improve student performance on testing, which in general, is more problem-solving based. In some of our data discussions, we have talked about students knowing material, not being able to identify and apply the information to complete certain tasks.

Week 9: The article gives the top 10 evidence based teaching strategies research by Shaun Killian. These 10 strategies gives teachers steps to fine tune lesson plans and SMART goals for your DAP process. Shaun list these practices and gives a brief explanation for each practices. Most teachers care about their students' results, and if you are reading this article, you are undoubtedly one of them. There is no doubt that teachers make a difference to how well their kids do at school. For teaching strategies to be included on this list, they had to: Be supported by hard research, instead of anecdotal case studies or untested theories Have a substantially higher effect on student results than other teaching strategies Be able to be used on a wide range of subjects and in every year level

Response to Intervention's great promise is often undercut by the potential difficulty of implementation. However, evidence based teaching strategies are useful tools for the educator in a system that constantly changes as new theories and standards arise. This article gives an overview of the most effective teaching strategies, of which most can be fairly easily integrated into lessons. Some of the most intriguing strategies, are the ones that do not involve actions to take but an adjustment in teacher focus, such as nurturing metacognition and allowing flexible learning time.This serves as an effective reference and perhaps, reminder of good teaching methods, though a few specific examples would be all the more helpful. In the comments, the author offers a little more clarification about the strategies and their rankings.

(Week 9: Shawntel & Maia) This journal article can be accessed through UMUC's library. The focus of the article was to investigate the impact of linguistics in the process of solving math word problems. The article describes as study analysis of the influence of the number of steps and operations as variables that need to be utilized by learners when solving math word problems. The study used a combination of math word problems where some had consistent language and some had inconsistent language. Both focus groups were given the same questions; however, one group the instructor focused on metacognitive strategies to assist with reading comprehension. The group who were taught metacognitive strategies highly outscored the other group. The study showed that effective teaching strategies require the inclusion of metacognitive and self-regulating processes. The article strongly argues that conceptual understanding in mathematics is highly interrelated with reading comprehension. The article discusses three main components of learning, which are cognition, metacognition, and motivation. In other words, reading comprehension equips students with the confident ability to connect previous concepts to current processes the resolve issues on their own. Our group focused on the understood definition of reading comprehension as obtaining the meaning of what has been read based on readers' previous knowledge or background information in order to continue. Therefore, reading comprehension is the most important factor to improving student success when developing strategies to solving math word problems. This article was used to support teacher strategies when facilitating group work. The students were placed in small, mixed groups to discuss the videos to solve a math word problems as suggested in the article. During their collaborative work, the teacher developed more specific metacognitive questions to focus on reading comprehension and not the math technique.

This article discusses how professional development for teachers will help close the achievement gap. This blog centers on how the improvement of teaching practices will best assist students and that there should be universal teaching strategies. EDTC 615. k-12

Details 4 critical ways in which we can improve the quality of instruction by focusing on improvement as instructors. Standardizing practices, strategies, assessments, etc. Interesting read and turns the system around to look at instructors what we are able to change.

This article is great at recognizing necessary checks and balances for teachers. Changing standards will not along close all of the achievement gaps. The improved curriculum must come with a way for teachers to know they are delivering appropriately and sufficiently.

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.

("Week 8" Group Members: Beth and Ruchel) The article explores a study conducted to see the patterns of within-group variability in the emergent literacy skills of preschoolers who are at risk for academic difficulties. The study can be used as a helpful resource to determine the relationships between early patterns of literacy performance and later reading achievement.

The authors of this study discuss an approach for solving word problems with equations.

The article references stats that involve demographics pertaining to elementary reading and math. High school graduation rates and dropout rates amongst minorities in a californian community. The author looks at closing the achievement gap by getting parents involved and placing more emphasis on pre-K programs. The article states that when it comes to intervention, the way to look at it is, the earlier the better. The author provides suggestions to closing the gap.

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.

Understanding vocabulary, is extremely important for students as they attempt to apply their newly learned concepts to other situations. Daily in the mathematics classroom, I try to be consistent with my co-teachers vocabulary usage to help students become more comfortable with the vocabulary. However, I have noticed that students continue to struggle to decipher problems because they lack the understanding of word choice and the vocabulary used. I believe that I could do more to emphasize vocabulary in each of the classes that I co-teach, by taking it upon myself to develop a way to showcase the vocabulary for the unit for each student. My co-teachers are responsible for developing the daily lessons, therefore I feel that I could assist them by finding some ideas to suggest or materials to put together to share with the students in our classes. The resource I added provides some basic ideas of how to showcase unit vocabulary and spark students memory while they are in or out of the classroom.

There is no one way to use technology in the mathematics classroom, but I have always struggled with how to seamlessly move from a hard-copy activity to a technology based one. In order to improve students understanding of Algebra 1 concepts, I believe that they need to be provided with multiple ways to look at things. However, there does not always seem to be time to create other types of materials that are more visually appealing. The source below lists different ways that I could allow students to use technology to enhance their learning in and out of the classroom. I also appreciated knowing that some of the techniques that we currently use are considered "effective uses of technology" in the mathematics classroom i.e. collecting real-world data for in class work and taking pictures of real world objects. In the future, I would like to have a link of my Canvas page for students to find multiple tutorials for each concept that could a condensed version of the lesson from the day, along with other videos that would provide them with a new way to look at the information. With these resources students could be required to show that they viewed videos at home and it could help me to begin "flipping the classroom" and providing more enrichment and practice in the classroom for the students to solidify their understanding.

It is impressive to watch critical thought happen in a classroom. Through this link you are able to watch a lesson that helps students build higher order thinking skills. This middle school literature lesson brings in the ELA Common Core by teaching how to analyze how a section in text fits into the overall theme and to cite textual evidence to support analysis of text. Through student-driven questioning, the entire class is engaged in critical thinking, analysis, and evaluation. This outstanding lesson was driven by the teacher as she required them to develop higher-level questions using Costa's question levels, verb starters, and Blooms Taxonomy. I have not used this technique of providing these questioning terms to my students to have the them develop the questions. I cannot wait to try this out next school year!

This video from the Teaching Chanel highlights ways and the importance of creating higher order questions in order to analyze and discuss a text. This would be a great resource for my Smart Goal of With my SMART goal: by the end of quarter 1, 60% of students will score a 70% or higher on the Quarter 1 Literacy Assessment. The Quarter 1 literacy assessment is on theme, standard RL 4.2. Having my students become "the teachers" of their own learning and create higher level questions can help them get a deeper understanding of the text and in turn, determine the theme.

This article, by the Access Center, discusses how to implement differentiation effectively in the classroom. The method put forward states that one must access student readiness, determine student interest and identify learning styles to successfully differentiation. Multiple strategies are also presented for implementation in a math classroom setting.