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This article addresses how use of technology in schools is ineffective at raising achievement. In particular, the authors remark that student production via technology is inadequate and it's use in schools pales in comparison to how it is used outside of school

I had to download this journal article, Earl, as it makes very strong points about how the investment in technology and its payoffs in student education are often not parallel. The argument that the authors make regarding the financial input and the student output not being equivalent is important. Worthy of further investigation, I'd argue, is the benefit of so much technology in school's today and just how much the students are benefiting remarkably from its availability; whether non-technological methodologies were more efficient; and lastly, if the upkept of technological investments are actually helping the students' retention, learning, and lesson applications, overall.

Personal relevance examples are given in order to make lessons and information meaningful for students. Personal connections to material will help retention of material as well as motivate student willingness to learn.

One thing that came to mind when I read this article was a technique of vocabulary instruction that my school has been using for the past few years. It is called the "Marzano" method of instruction (named after Robert Marzano) which asks students to give their own impression/explanation of a new term before it is used in class. I often like using this technique for vocabulary in Physics that has a contemporary meaning aside from how we will be using it in our course. One great example is "Resistance" in circuitry. I will ask the students (as per the Marzano method) to write down a description or explanation of this word, then I will go around and record the results from random students around the room. The 'group' consensus definitions are then combined to come up with the 'official' or 'technical' definition of the word. It's amazing to see how many students have odd connections to words that help explain the science meaning of the word. Once I had a student bring up the idea of resistance meaning a "rebellion" or "uprising" of sorts. In electrical terms that is not the 'true' definition, but having the students visualizing the electric conductor 'fighting back' against the electron flow can easily guide students to the more appropriate usage of the word. This way, students can see that these 'new' terms are ones that they already have an inkling of understanding for. Their understandings are not useless, but rather need to be expanded upon as we learn more about our content.

This seems a really excellent support for the PBL model of instruction - providing real-world context to the material of a class motivates learning, and allows students to activate prior knowledge. See also the another edutopia article: http://www.edutopia.org/project-based-learning-student-motivation

This artifact is an AVID student handout that explains the Cornell Note Taking Summary Template. It describes step by step how to write a complete summary of your Cornell Notes. Being able to complete a summary will help the students reflect on the information they just acquired and make the connections necessary for understanding the material.

Week 8 This reading selection is for Honors High school Biology students learning about Genetic Engineering and Biotechnology. It is an article from CSA Discovery Guides by Deborah M. Whitman titled "Genetically Modified Foods: Harmful or Helpful?" released in 2000. The reading discusses what genetically modified organisms (GMOs) are, what the advantages and criticisms are, how prevalent GM crops are, what plants are involved, and how GM food are regulated and labeled. The assignment for this reading is to: 1. Read the article 2. Take notes on the pros and cons for the use of GMOs (Cornell Notes as part of my data action plan) 3. Choose a side (for /against) 4. Make a claim and justify that claim 5. Create a persuasive poster to support that claim. For differentiation, the article can be shortened and simplified for readers of different levels.

This article by Doug Fisher and Nancy Frey gives suggestions for meaningful vocabulary instruction. In order for this to occur students need to have opportunities to interact with the words, to make personal connections to the vocabulary and to consolidate their knowledge. Because all teachers, no matter their content area, have to teach vocabulary this article has value for all teachers looking to improve the way they approach vocabulary instruction. (Week 8)

This resource offers a variety of strategies to differentiate the content of the Physical Education curriculum with a focus on making the learning accessible for English Language Learners. Although this resource is targeted to middle school physical education courses, the strategies can easily be adopted to meet the needs of high school ELL students. By implementing these strategies in my physical education classes, students will be engaged in learning and able to apply new skills to further understand the content of the course.

This is a great article stating that students' reading is strengthened by teaching all the subjects and progressing them in logical order.

(Week 7: Jeremy, Kelly, Patience and Sherita) This article is originally a Diigo share from 2015. This journal article is accessible in the link given above. This journal article discusses how here in America, there is a pervasive fear surrounding teaching and learning math. The author suggests that the American public suffers from innumeracy. Through discussing the article, the group agrees that many countries have mastered the use of American mathematical principles. The article discussed that by utilizing and engaging in clear mathematical methods of learning for students and by creating valuable conversations, making the learning process more viable, the students consequently, learn. "Instead of having students memorize and then practice endless lists of equations - which Takahashi remembered from his own days in school - Matsuyama taught his college students to encourage passionate discussions among children so they would come to uncover math's procedures, properties and proofs for themselves. One day, for example, the young students would derive the formula for finding the area of a rectangle; the next, they would use what they learned to do the same for parallelograms. Taught this new way, math itself seemed transformed. It was not dull misery but challenging, stimulating and even fun." (Green, 2014) Teachers can use this article to further their instructional practices by utilizing math in a real world format, in a conversational and hands on applicable manner, making learning math fun and interesting for their students. In some instances, math classes may be seen as boring and monotonous tools that serve to be an overtly unloved subject area here in America. The simple truth, is that many teachers love to learn and teach math here in America, and there is a realization for teachers, that all nations compete mathematically. In technology, industry, trade, consumerism and capitalism, numbers and mathematical data maintain a lot of the privile

This article focuses on simple things that teachers should keep in mind when trying to close the achievement gap. It reminds teachers that they don't need to make grand, sweeping changes; just doing some small things can have a major impact in terms of both the instructional and achievement gaps. The steps include using data more effectively, reflecting on your own choices in the classroom with a purpose, staying open-minded and avoiding assumptions, ensuring that the class is academically and culturally relevant, and developing positive relationships with parents. These are not necessarily ground-breaking ideas, but they are small enough that they can be effectively implemented relatively quickly and then fostered more to help close those gaps for students.

I enjoyed this article as it gives very simple ways that teachers can do a better job. It also confirms what I've known to help by making more culturally friendly lessons that students are more accustomed to as we try to scaffold concepts that are foreign.

The first source I found appears to be useful for educators who may not be certified in ESOL, but have ELL students. It breaks down the different types of ELL learners and this could be important when planning and implementing activities. It also helps the teacher get to know the student better and show empathy and compassion. This article is related to "older" ELL students and our data is from a high school class, so therefore some of the solutions for success offered could help these students if implemented. I also like that it emphasizes teaching language through content. This is important because students might understand the general idea, but cannot make certain connections due to language barriers. Therefore, breaking through those barriers might be all the student need to make the connection desired. I also like that it provides questions with answers! This could be very helpful for our group!

Raz Kids is an online tool that students can use to listen to stories based on their reading level. The students can read the text to themselves or have the computer read it to them. Reading on a students F&P level is important for student success and will help the student make progress throughout the school year.

Week 8: Partner: Cecile Droz This article discusses a new way to give student's warm-up exercises. Instead of having them complete them at the beginning of class, the students will complete the warm ups up to 3 days before they are due. The warm-ups will prepare the students for the upcoming week of assignments. The best type of warm-up assignments give the students a scenario that they are familiar with. It is important for the educator to determine if there are any misconceptions by looking at the warm-ups to determine what concepts need to be addressed again.

Although not everything described in this article applies necessarily to all subjects, the idea that teachers need to be more aware of the prior knowledge students have before they present new materials is very interesting. In second language, for example teachers use students' oral and written productions to assess their command of grammar but before any cultural or historical unit, it would make sense to address prior knowledge and rectify what needs to be rectified before introducing new ideas/material.

The use of warm-ups as a combination of extension, priming, and pre-assessment is novel. This gives students time and mental space to make a prediction and then bring it to class, prepared and ready to learn. I will definitely be employing this in a class I am designing next year.

My SMART Goal: "By the end of the numbers unit, 60% of students in the Special Education program in MS Spanish 1A - Period 2 will achieve 80% or higher on each formative assessment including listening, speaking and writing assessments." - This resource video on adapting curriculum to learners' needs could assist in differentiation the strategies and activities done in class for students with varying special needs to close their achievement gap since they are not currently receiving many of their needed accommodations.

This video had some great ideas especially about differentiation that could be used for me to achieve my SMART goal of 100% pass rate for standardized English Language tests amount a targeted group. The teacher's method of pre-arranged assignments to prevent students from feeling singled out is very clever, and especially important for students in that age group. I could see myself adapting these strategies for use in many different classes. From the dimension of 'teacher friendliness' I do think these tactics are not necessarily teacher friendly, but they sure seem to be worth it if it means positive student outcomes.

EDTC615 Fall2018 Group 6 Dimension: Teacher Friendliness My SMART target goal is the percentage of students who will score 90% will increase by 80%. This means that 80% of the students will score 90%. The instructional tactic I will use from this video is teacher friendliness. In the video, the teacher displays high level of support, and maintenance with the students. She showed how she provided materials to the students and go over the materials in the class. She also does some great prep work as well. She was seen going around the students table to provide supported as needed. This is very relevant tactic that can be used by my team. The data we both presented covers teaching Microsoft suite-excel, access, word and powerpoint. The instructional style boarders greatly on simulation training, grader activities, grader projects and hands-on practice. In this regard, it is important for the instructor to provide high maintenance and support the students as needed. For instance, during simulation training, the instructor needs to go around the class to assist individual student as needed. The instructor should also provide students will relevant materials and resources to help them achieve success. For instance, in meeting this goal, during our review, we realized that we should teach the topics using 2016 applications as against 2013 applications. This guide of quest was born out of our desire to promote students friendly learning environment. EDTC615 Fall2018

In this journal article, the gamification and data are explored and used to inform instruction for a science classroom. It explains the gamification model used and how data was collected. Lastly, it concludes with possible lessons and actions teachers planned to take after completing PD sessions on using the data collected to inform instruction.

This article provides developmentally appropriate strategies for supporting math instruction in the early childhood classroom. Strategies include how to set up a math rich classroom, as well as, how to children to engage in mathematical play.

In this video it shows how to segment words. It mentions a "tap out method". Some of my students are ready to start segmenting words. It also has an "articulatory gesture chart" this chart shows a picture of a person's mouth and the sound it make underneath it. I think this would be beneficial for my students because even though they watch me it something hard for them to make the sound. This would help support my SMART goal.

This guide offers five recommendations to help educators effectively use data to monitor students' academic progress and evaluate instructional practices.

I like how this article breaks down five different recommendations and makes it easy for the reader to explore what they choose without overwhelming them. I will be bookmarking this!

My school does not use data for instructional purposes. This is a great guide for us to use in order to start collecting and using data for instructional purposes.

Since standardized testing has seem to surface as a way for schools to be graded on their "performance", an increasing number of schools have embraced the data driven curriculum.

This article gives good insight on using data with our instruction. Although the idea of using data to drive instruction has always been out there, within the last 2 years, this has become more of a focus in my school. Last year we started holding monthly "data meetings" in order to look at data gathered from weekly assessments, unit assessments, county and state assessments. Based on the scores we would work to create a next steps in our instruction. As a school, we also set goals to reach across grade levels.

Good article. As I was reading this article one thing hit me. One of the first things that is mentioned is NCLB, RTTT, and CCSS. I was thinking, maybe if the government would let teachers get used to a curriculum our instruction would get better and higher level learning could go on. Just my short rant.