Group items tagged

(Week 8: Maia and Shawntel) This article is accessible through the UMUC library. The focus of this article was to introduce and explain the importance of strategies that motivate and engage students when learning how to solve word problems in algebra classrooms. The author argues that students show more engagement in algebra word problems when they are guided through problems that have real-life problems. The article provided data based on a study where students were given similar problems to solve with real-life and fictional problems. The students trended a preference to the real-life problems while also scoring higher on real-life problems. The authors state, "given a set of word problems covering a variety of application areas, students prefer problems which either generates intrigue or problems to which they can easily relate" (Premadasa and Bhatia, pg 15, 2013). Our group choose this article because of the current situation for the implementation process. The practicing teacher was met with a lot of resistance when introducing the new tactic. This supports our notice and wonder questions that students are not engaged and positive when approaching algebra word problems. The attitude of students directly impacts comprehension of word-problems. Therefore, we used a planning protocol to re-adjust the types of problems that were presented to the students. The practicing teacher found instructional videos that had current and real-life scenarios. Although it is still early in the implementation process, the teacher did notice an attitude change among the students as the proceeded with the material. Premadasa, K., & Bhatia, K. (2013). Real Life Applications in Mathematics: What Do Students Prefer?. International Journal For The Scholarship Of Teaching And Learning, 7(2), http://eds.b.ebscohost.com.ezproxy.umuc.edu/eds/pdfviewer/pdfviewer?vid=3&sid=ef4d2731-303f-462b-ba77-64f1a21bc66e%40sessionmgr101

"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?

This KQED blog post provides information on current and past research that indicates how important movement and the use of our bodies are to learning. This research is called "embodied learning". The discussion on highly decorated classrooms is worth further exploration. This would be another great article for a text-based discussion in a PLC. The math and physics examples can be adapted for other content areas for use as instructional strategies.

(Week 9: Benjamin, Cheney, and Gretchen) This article is accessible through the link provided above. The main focus of this article is to inform educators of the positive effects movement can have on student learning. This article provides a series of studies where students were presented with different problems, mostly math, and encouraged to represent the problems with movement. Students who used physical movement to represent and solve mathematical problems demonstrated higher levels of success than their age-related peers who simply solved by reading a problem to themselves or aloud. This article is useful for all members of my team as it suggests methods for adapting physical movement to all content areas. Within this article it is suggested ""When students use their bodies in the learning process, it can have a big effect, even if it seems silly or unconnected to the learning goal at hand" (Schwartz, 2015). I think most teachers can find reassurance from this research-based article knowing that the implementation of movement doesn't have to fit directly with curriculum unit. The teachers within my specific team can use the practice of movement as an alternative method for instructing desired skills such as decoding strategies for reading or identifying/constructing numbers in base ten. Reference Schwartz, K. (2015, March 26). Why kids need to move, touch, and experience to learn. Retrieved from https://www.kqed.org/mindshift/39684/why-kids-need-to-move-touch-and-experience-to-learn

Problem-based learning allows us to bring our students, course material, and the real world closer together. A few ideas for getting started with PBL. I enjoyed reading this article because it began with a quote and excellent question. "How do we get our students to understand what 'the field' is really like? How can we help them realize that they not only need to understand the information we are teaching, but that they need to be able to apply the information that we are teaching." This article touched more on the idea of students being able to able to apply the information that we are teaching them in the real world. Problem-based Learning Helps Bridge the Gap between the Classroom and the Real World, Jason R. Weber, (2014) Retrieved from http://www.facultyfocus.com/articles/instructional-design/problem-based-learning-helps-bridge-gap-classroom-real-world/ Retrieved on 10/19/15

This brief article offers a quick introduction to the importance of preparing students for the real world through in-class activities, and provides 5 simple recommendations to help an instructor get the most out of PBL (problem-based learning, here) activities.

this is a "protocol students can use to share and gain knowledge in preparation for an assessment."

I would rate the Go Go Mo protocol a 4 in the Rigor and Relevance dimension. While using this protocol, students are not only thinking (when they are giving) but also working. Students are actively moving around the classroom seeking out others from whom they can get new information. The teacher also suggested that they take their readings with them, which may hint at the fact that may still need to actively search for information. My group's SMART goal is that students will be able to analyze word problems to identify mathematical components needed to solve complex word problems and apply them to real-life problems and scenarios. This method could be effective (may be used on a smaller scale with 2-3 people for word problems) in that all students will have to identify information that they deem important and share with their classmates. From here, they can begin to decide what information is actually most important to solving the problem that is proposed and work together to solve the problem.

This activity will help close the learning gap by enabling collaboration and information sharing between students prior to exams.

Students struggle with explaining how they solve problems. Here are some tried and untried problem solving strategies to assist with students in the class. Students are usually asked to explain their plans but this article highlights another part to problem solving which is reflecting on the problem.This could address the SMART Target learning goal by allowing students to reflect on their problem solving to improve practice.

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.

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

(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.

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.

Dimension: Impact on Learning Rating: 3- Medium-high impact SMART Goals: By the end of the unit, 50% of students will score 70% or higher on the assessment. By the end of the quarter, 80% of students will obtain a 60% or higher in Algebra 1 By the of Unit 5, 80% of students will score at least 70% on the end of unit assessment In this activity, students take a gallery walk to view the multiple ways of solving a math problem and representing their math thinking. This type of activity allows for students to display their work in a non-threatening way. The students will be checking their understanding and learning other solutions for a given math problem. This activity could also meet the Math and Social Studies goals of my group because gallery walks can foster discussions where students explain their thinking and teach each other in the process.

This protocol helps students share their opinions by asking them to line up along a continuum based on their position on an issue.

Ericka Posey's Smart Target Learning Goal: By the end of April, 80% of the 10th grade LSN Government students will be able to analyze political cartoons and write accurate BCRs with 75% accuracy for historical content and meaning. This activity will assist my students achieve the goal as it gives students a verbal prompt, gives them a chance to analyze that prompt, take a stand and defend that stance with strong examples. The same skills used in the Take a Stand will assist my students in analyzing a political cartoon, take a stand on the written prompt and defend that prompt with evidence from the political cartoon. The only difference is in the Take A Stand everything is done verbally and in the analysis of the political cartoon and BCR is a written assignment.

My chosen dimension is student engagement, I would consider this activity to be highly engaged with a rating of 4 because of its participation requirement and discussion method among all students. The discussion tactic in this video forces students to share their various perspectives in an open environment. Also, the students can easily see each other's choice before going into detail about why they made that choice. The students learn to value different perspectives and methods from their peers. This tactic works with our SMART goal because it emphasizes critical thinking proof to resolve a real problem. This tactic allows students to know that it is not about having one right answer to the problem, but discovering many strategies and reasons to solve the problem. Also I like that students must use retained information to evaluate their decision and the decision of their peers.

This provides excellent resources to support the Common Core initiative. It stresses the case for an interdisciplinary approach to learning and suggests that  "to prepare our students for an integrated world, we need to break out of the separate-discipline mentality and develop more holistic and problem/project-based approaches. "

From the abstract: "This article presents a reflective case study analysis of an attempt to enhance student learning through the introduction of student-centred teaching methods in a masters-level social research methods subject. The introduction of a range of specific techniques, including case study teaching, problem based learning, groupwork, role-play and simulation, is reflected upon. The article concludes that the re-orientation of the curriculum toward student-centredness in this case had a positive effect on student performance, learning experience and subject evaluation. In particular, the use of student-centred techniques facilitated a strong social context for learning, and provided students with a common experiential framework from which to explore the technical aspects of the curriculum. However, the analysis also found that students continued to place value on more formal teaching methods, and that the value of student-centred techniques in this case rested in the way in which they were integrated with more didactic teaching practice"

From the abstract: "This paper examines the challenge of teaching statisti cal research methods in three master's degree programs at a private university based in Washington, DC "

a posted visible support for just-in-time learning that includes only the essential information about strategies, procedures, and concepts that students can access at any time.

Anchor charts are always helpful to students throughout the day that helps them visualize their learning throughout the unit. Because of this, I believe this can be helpful in guiding our students to be successful in our SMART goal. The goal in our group is students will be able to not only answer a real-life mathematics question, but they will also be able to defend their thinking/reasoning accurately and precisely 75% of the time. They way that we can use the anchor chart is to show students how to create an appropriate response, and what makes an appropriate response.

EDTC615 FALL2018 (Week 8 Ericka, Michele, Spencer) The article and video is via diigo library SMART GOAL: By the end of 1st quarter 75% of the LSN Government students will be able to analyze political cartoons and historical content with 75% accuracy for historical content and meaning for the LSN FAST I test. The video states it is for grades 3 - 8 but I find that it can be appropriate for high school students also. Anchor charts can be used for any subject matter, really any grade level for many different purposes as a visual aid for individual learning and for groups activities. Anchor charts can be used as warm up activities, classroom assessments, exit tickets, and classroom activities. Anchor reports can be used within the members of our group to make key vocabulary points especially for ESOL students. They are used to access what the students have learned on an independent level. These anchor chart can be used to fortify information needed in small groups for the overall whole class. The use of color, large fonts, and well organized and easy to read anchor chart are much more viable for students. Anchor chart when used with practice the students can use them to guide their own learning. These are important for all students because at some point we want the students to take charge of their own learning and be self-sufficient within the classroom setting. There is some prep work completed by the teacher and the teacher facilitates the learning but the overall learning is done by the students. For my students I would like to use anchor charts as a class survey, assessing the knowledge learned by a particular lesson or as an exit ticket forum.