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This article explains three sources of data information a teacher can collect to make instructional decisions. These data sources are: formative assessments, cumulative files and standardized test data. The formative assessments include quizzes, exit slips, and include anecdotal notes from classroom observations. These resources prove invaluable and will provide teachers with information to be better plan lessons that meet student needs.

This article examines the types of data teachers can collect from their own students and how it can be used to change instruction. It offers several different ideas and causes of low student achievement and how a teacher may address these issues.

Numerous innovations in the education technology space are beginning to show potential in improving education and helping address skills gaps. Some of these advancements include Khan academy and Read 180 (self paced instruction for students). Professional development of digital resources is imperative to help close instructional gaps. EDTC 615 - instructional gap solutions

I love that this resource provides multiple examples of tools that we can use within our instruction. The categorization of each example also provides a clear explanation of how it can be incorporated. I think that one important point that was discussed within this page was how students can develop 21st Century Skills through implementing these tools. As 21st Century Skills are becoming a major focus in instruction, this shows how it can be addressed.

This was a great tool that shared tons of tools that teachers can use in our instruction. Some really great resources I have found to use were Khan Academy, Google Apps for Education, and One Note. This article has a lot of great visuals to help understand more about how we, as educators, can use technology to help close the skills gaps.

This is a resource for teachers who are not sure or need help organizing a proper rubric for assessing student work that is created with technology. I like how the site is organized; it is very user friendly. As noted by Edtechteacher.org, as time progresses, students will become more and more capable of using different technology platforms. Therefore, teacheres must be prepared to grade it.

Great tool to use to create visual organizers. Students can use to collect and arrange research notes. Videos, pics and links can be attached.

Dear Professor and Class, Sibelius is a music editor software that gives music students, composers, and songwriters a platform to write, play and publish music notations. Sibelius is ideal tool for music students and teachers. Sibelius is used to construct professional and perfectly aligned notes. Sibelius allows users to write music, transcribe audio, share notations, scan and print music sheets. The software is adaptable and flexible. Students and teachers can import music from other programs such as iTunes and connect to several sites such as Facebook and Youtube. Sibelius also is capable of using Midi instruments. Sibelius insists on being the fastest, smartest and easiest software around (http://www.sibelius.com/products/sibelius/7/index.html). Students easily write music by creating your own musical score and there are several templates already in place. References Sibelius 7 - music notation software. Sibelius - the leading music composition and notation software. Retrieved October 10, 2013, from http://www.sibelius.com/products/sibelius/7/index.html

Note: The article is in English, although the page that shows the full article is written in Spanish. This article presents the idea that using screencasts and/or video lessons can help give students access to better instruction. The main idea of the paper is that to properly support students, one needs to be able to help answer questions in a timely fashion. As students study away from school, they tend to email questions to their instructors. I have noticed in recent years that emailed questions, although extremely relevant, can be unwieldy to explain via text. The article's text has the exact same conclusion (which is why it resonated with me the way it did) and makes the distinction that those same unwieldy or impractical 'text' solutions would be trivially answered if the student was face-to-face with the instructor. This concept, that face-to-face interaction is superior to all others, is the motivation for writing this paper. While screencasts and videos are not very interactive (for the most part), they are superior to simple written explanations (especially for complex or visual problems in science and math).

Wow! What a thoughtful analysis of the idea of using screencats and/or video lessons to support student learning.

For teachers looking to keep students learning even outside of the classroom, creating a blog platform for each classroom would be key. Edublogs can be used for e-portfolios and class sites. By uploading videos, pod-casts and notes, my language art students could have an interactive classroom to complete novel study discussions and assignments. In the past, I have used Edmodo and Edublogs is a similar platform. I would recommend for teachers.

A teacher could use this in their classroom for students to brainstorm in a group, identify key parts of a website, practice reading strategies on actual websites by marking them up, or discuss ideas and take notes. This site is quite interesting and I feel worthwhile. It does somewhat remind me of googledocs and other similar apps, but is unique in many ways. It could be used in a multitude of ways, and definitely lends itself to discussions and critiques of things as vast as articles and websites to paintings and art.

"Twiddla is a free, no-setup, web-based meeting playground. Mark up websites, graphics, and photos, or start brainstorming on a blank canvas. Voice and Text chat too!" This might be a great way to have students evaluate websites or documents collaboratively.

Ha! Oops..I already shared this link.

I selected a source from ERIC that focused somewhat upon the novelty and implementation on PARCC assessments in place of other testing batteries in school systems. This article may help us to a degree in honing our focus of our EQ as to why students grades declined significantly in the third quarter. Discussing issues with the ELA and the Common Core in Massachusetts, the very novelty of the testing led one overwrought educator to even remark, "...I'm not really thinking about PARCC yet. I have too much else to do" (Barrett, 2014, p. 25). Herein, Barrett mentions that field testing was just implemented into 18 states, just last year, and income and resource availability may play a significant role in Massachusetts' national performance leadership on former testing assessments and the Common Core (p. 24). Interesting to note is that the two parts of the PARCC testing, the PBA and the end of year examinations are only one month apart, spanning from March-April, and May-June (p. 25). Barrett, L. (2014). Common core 'A really big reset'. Education Digest, 79(8), 22.

This citation caught my eye because I am a Massachusetts educator and it is still undetermined whether or not the PARCC tests will be implemented in my district again this year. In general I felt that, last year, the assessment took too much time away from instruction. Now the teachers and parents I know seem more uncertain than ever that all our preparation efforts are worth it. I think if we weren't in such an all-fired hurry to raise our scores PARCC could actually develop into a meaningful exercise. Everybody relax!

"At the end of class, students write on note cards or slips of paper an important idea they learned, a question they have, a prediction about what will come next, or a thought about the lesson for the day. Alternatively, students could turn-in such a response at the start of the next day-either based on the learning from the day before or the previous night's homework. These quick writes can be used to assess students' knowledge or to make decisions about next teaching steps or points that need clarifying. This reflection helps students to focus as they enter the classroom or solidifies learning before they leave."

Dimension: Depth of Knowledge Rating: 3 - strategic reasoning SMART goal: Students will be able to solve an on grade level math task, that will require them to respond and defend their work to explain their reasoning 3 out of 5 times by the end of the 1st marking period. I believe that my team would be able to use this instructional tactic because we could use the exit card to see if students meet the SMART goal. I think that exit cards are a powerful tool for teachers to use because it shows instant data of student performance. It is a quick and informal way to see if students understand the concept or not. This video provides a unique way to students to use/take an exit card in the classroom. We could take ideas from this video and apply to it our own classroom.

I like the fact that students assess themselves (based on the learning target). They also give feedback to one another. In this model teachers can adjust instruction based on how students feel they reached learning targets. I am wondering, though, whether or not young students have enough self-realization to understand how they performed during a given lesson. If we're asking them to rate themselves, we have to hope that they understand how important this is, and what it really means. How does this video address dimensions in the 'Planning Protocol Rubric?' Since most of the dimensions were addressed (in other comments here), I'll comment on this video's ways of addressing 'Technology Integration.' No technology integration seen (though it's certainly possible that it may have occurred during the lesson and before this video was taken). Technology Integration level (based on the available video): 1. My SMART Learning Goal: "After three weeks of targeted instruction--and in concert with the content-area teacher--75% or more of our students will score at least one point higher on their ESOL RELA and ESOL math assessments. (The ESOL RELA [WIDA Access] pre-test was given approximately one month ago, while the baseline math pre-test was developed by our school's math department [and contains test stems from past PARCC exams].)" The 'exit ticket' approach can be used in any classroom, but with ESOL learners it might be more difficult to ascertain whether or not they have understood the question/s on the exit ticket sheet. And again, do they have the skills, understanding and self-realization necessary to rate themselves on how they do in a given classroom on a daily basis?

A useful module that explains how tiering can provide help learners learn better and has videos of examples. This can help improve Smart Goals for improvement in assessments, and homework and classroom performance.

I enjoyed the video on Tiering. Our teams' SMART goal is, "Students will be able to solve an on grade level math task, that will require them to respond and defend their work to explain their reasoning 3 out of 5 times by the end of the 1st marking period." I think an important concept to note, is that this activity has a high Impact on Learning because it differentiates for the particular needs of each student. This process also encourages Student Engagement, which allows for the students to work comfortably in a peer environment. By having more time to plan differentiated work to meet simultaneous goals between students, the teacher is also scaffolding. The teacher is giving support to students who need it and to also challenge those students to maintain interest or to continue the work of those who have mastered a specific skill but may need more advanced strategies to continue the upward curve of learning. EDTC 615 Fall2018

With the video, the topic of towering the lesson is shown. With my SMART goal focusing on the 11th graders in my health education classes, it I'm important for me to address all the educational needs of my students. Currently, I use DI in my classes and I found a piece of information from the video that can I can begin to implement. The teacher had her students raise their hand with chosen number of fingers in the air. The number represents the level that each student feels they are on in regards to understanding the topic. While the exact way this strategy is used is not something I think will be effective with my high school students, the number system is. I can have my students write and post their perceived number and explain why they chose that number. Then, I can see the comfortability each student has with the topic. THey would have to apply extended reasoning which is a respresentation of depth of knowledge from the planning protocol rubric. EDTC Fall2018 EL

This article looks at the importance of technology use in the classrooms in the 21st century and how this technology can be used to help close learning gaps. It specifically looks at students who are "at-risk". This article addresses great points but also cautions that in order for technology to be effective, it needs to be accompanied by professional development.

This article highlights a report completed by the Alliance for Excellent Education and the Staford Center for Opportunity Policy in Education in 2014. The article notes that students can make significant increases in learning and engagement through the use of technology. However, students from poor socio economic backgrounds may not have the same instruction or access to technology as those from more affluent neighborhoods. The auther then presents a list of solutions.

I like that this article encourages a blended learning approach with technology. I think that tech is a powerful tool that needs to be paired with hands on activities for the early learners.

The use of worked examples when students are learning and/or practicing a math concept involves comparing and contrasting. this article goes to the importance of students referencing their notebook when they are working/practicing in order to analyze their work and make decisions on how to proceed in a process.

The purpose of this study was to determine the efficacy of computer-based math interventions in an attempt to improve math performance of fourth and fifth grade students with math struggles; most notably memory, retention deficits and poor recall. As mathematics is cumulatively based, it is imperative that students master one concept before moving onto the next. Noted math deficits are typically evident by middle school corresponding to the introduction of algebraic concepts. This study found that the foundation of skills can be attained with computer-based math interventions that directly targets deficit areas with routine, strategically designed practices designed specifically to improve retention and retrieval of math foundations.

This article described how computer-based math interventions can be used in the classroom to improve students' performance in mathematics. The study described in the article explains that instructors can use computer-based programs with their students if they are used with fidelity and are monitored by teachers.

(Week 8: Jennifer and Ashleigh) This article is accessible through the link above using the UMUC library database. This article analyzes data from an early childhood survey to determine how various instructional strategies in math impact students of diverse racial/ethnic backgrounds, socioeconomic statuses, and varying readiness levels. The results of the study indicate differing exposure to instructional strategies to support students in math. For example, the study shows that students with high socioeconomic status and higher readiness levels have more exposure to the use of manipulatives, while students with lower socioeconomic statuses and lower readiness level have more exposure to music and movement to learn math. Additionally, the study found that only some instructional strategies have an impact on student achievement in math. This study is beneficial for teachers as they reflect on their current instructional practices in relation to student achievement. The results of the study express the need for differentiated math instruction for various communities of learners within the classroom. This is useful as we examine Ashleigh's Data Action Plan and how the use of manipulatives for measurement may or may not support achievement for all students. As strategies are implemented, Ashleigh can take note of which strategies are most beneficial for different subgroups within her classroom. References Bottia, M. C., Moller, S., Mickelson, R. A., & Stearns, E. (2014). Foundations of mathematics achievement: instructional practices and diverse kindergarten students. The Elementary School Journal, 115(1), 124-150.

Week 8- Fifteen years later, this article investigates recommendations provided by the National Research Council's seminal report:Preventing Reading Difficulties in Young Children. The article discusses which of these recommendations have been implemented in U.S classrooms over the past 15 years and which strategies have been avoided. The authors then share more recent research studies sharing strategies that may help teachers improve primary-grade reading. Authors: Nell K. Duke and Meghan K. Block

The article provides valuable insight into the impact that vocabulary instruction can have on reading comprehension. It is also noted that because reading instructional has changed over the years this too has contributed to comprehension and vocabulary development. It appears that the approach to reading instruction needs to be revisited to determine which strategies works the most effectively.

I loved this article. My school is currently focusing on Academic Language in our School Improvement Plan, we are also an IB school where students are to use Academic Language more often. I'm glad to see that many of our commonly used words are included in this list. I also love how they go through the examples of how to teach a new word. In middle school I feel these higher level vocabulary words are used more often than in primary ages.

This page from EL Education offers a list of student-centered protocols and strategies, including detailed guides for each on how to use them with students.

My SMART Goal: By the end of the quarter, 80% of students will obtain a 60% or higher in Algebra 1. The dimension I choose to evaluate this resource with is Student Engagement. I believe that many students get distracted during lecture and worksheet practice because they are not fully engaged, therefore they do not receive adequate time to practice their skills. This resource provided me with many different activities that I could implement in my classroom to mix up note taking and worksheet practice. Also, many of the artifacts on my connecting gaps sheet referred to students lack of understanding of the word problem. I believe that an activity like the Tea Party could be used in my classroom for students to practice understanding what specific phrases mean to help them be more successful when solving and in turn improve their assessment performance. I also think that the Dance card protocol could be easily used to partner students together randomly and allow them to work on problems together. Many of the resources linked here however, have a direct English and Social Studies connection, therefore one of my group members who teaches Government could use many of these resources to have students work together to review their own independent work. Thanks for sharing this resource! Noelle :)

This is a collection of instructional strategies that can be used to improve student writing and cooperation and encourage critical thinking. Links to strategies are sorted by teachers' needs: Monitor Progress, Compare and Contrast Ideas, Form Groups, Get Moving!, Work Together, Adapt Content, Share Ideas & Opinions, and Take Notes. Within these categories are several links to various strategies to meet these needs. Each of the links leads to a clear description of how the strategy can be used and multiple examples and clickable resources that can be utilized by teachers immediately. This site has a plethora of interesting activities and tasks for students to encourage better collaboration and thinking. An instructional gap our team recognized that is quite prolific among middle school-aged students is the lack of elaboration or explanation of details in their expository writing pieces. Students can organized paragraphs and essays write clear topic sentences and conclusions, but they struggle supporting their claims with specific details and then explaining how their details relate to the topic.