Group items tagged

This article, How We Learn. Ask The Cognitive Scientist. The Usefulness of Brief Instruction in Reading Comprehension Strategies, was found in Diigo. Written by cognitive psychology professor Daniel T. Willingham, he surfaces the importance of teaching reading comprehension strategies that students may benefit and receive all they're supposed to out of their reading.

(Week 7: Cathy, Sheila and Suzanne) This journal article is accessible though the link given above by accessing the UMUC library. This journal article discussed the connection between metacognition and cognitive retention dependent on particular Biology teaching strategies. The article focused on four strategies, Problem-based learning (PBL), Jigsaw, PBL integrated with Jigsaw and direct teaching. The article explained how PBL/Jigsaw leads to greater metacognition skills and therefore the students will be more successful learners. This article can help teachers identify student learning gaps and incorporate learning strategies that aid in metacognitive skills and also increase cognitive retention. It also examines how student motivation and leaning styles and cooperative learning strategies can help self-esteem and student achievement. Palennari wrote that metacognition makes students become independent learners that can manage and plan their learning process. "Self-regulated learners are responsible for their own learning progress and adapt their learning strategies reaching demands completely." (Palennari, 2016) Reference: Palennari, M. (2016). Exploring the correlation between metacognition and cognitive retention of students using some biology teaching strategies. Journal of Baltic Science Education. 15(5). Pp 617-629.

(Week 9: Adiatu, Julie, and Heather) This journal article was found in the UMUC Library by Julie, and is accessible through the link given above. The article was written by Daniel Willingham, a cognitive psychologist. Mr. Willingham believes that comprehension strategies, such as questioning and monitoring, are effective in improving reading comprehension and should be taught to students. The article raises the question of how much the strategies should be taught. Mr. Willingham determined that two weeks of strategy instruction is sufficient because students learn everything they need within this duration. The article is useful to teachers because it discusses the benefits of various reading comprehension strategies at a variety of grade levels, and points out the most powerful and weakest strategies. This journal article is useful to our group because the teachers' artifacts are based on the reading comprehension and vocabulary gaps of their students, and the authors stress that teachers should strictly monitor the oral reading skills of students that are having reading comprehension difficulties. Reference Willingham D. T. (2007). Ask the cognitive scientist: The usefulness of brief instruction in reading comprehension strategies. American Educator, 30(4), 39-45, 50.

This article explains different types of reading strategies that are best to use when teaching comprehension across all grade levels. This article is very useful to my group because we are all focusing on reading skills/comprehension and determining learning gaps in each grade level when it comes to this topic. The author describes which type of strategy works best for which grade level and everyone in my group teaches a different grade.

This article explains different types of reading strategies that are best to use when teaching comprehension across all grade levels. This article is very useful to my group because we are all focusing on reading skills/comprehension and determining learning gaps in each grade level when it comes to this topic. The author describes which type of strategy works best for which grade level and everyone in my group teaches a different grade.

(Week 7: Michelle and Tolu) http://eds.b.ebscohost.com.ezproxy.umuc.edu/eds/pdfviewer/pdfviewer?vid=2&sid=537ab470-df86-45e4-b0e1-6a514e8ff2f5%40pdc-v-sessmgr05 This journal article is accessible through the link given above by accessing the UMUC library. This article reviews the literature relevant to games and simulation pedagogy in higher education. Two researchers collaborate to apply a qualitative method, coding and synthesizing the results using multiple criteria. The main objective is to study the impact of games and simulations with regard to achieving specific learning objectives. The article indicates that simulations have a positive impact on learning goals. The researchers identify three learning outcomes when integrating games into the learning process: cognitive, behavioral, and affective. This article can further instructional practices by providing g rationale for integrating simulations in academic curricula. Among the many reasons for including simulations in the classroom: they facilitate the transfer of knowledge, stimulate greater student engagement, and strengthen social development of students (Vlachopoulos & Makri, 2017). The article helps to ensure that the simulation is thoughtfully and deliberately introduced to minimize confusion and demonstrate how the simulation will reinforce course goals or objectives. References Vlachopoulos, D., & Makri, A. (2017). The effect of games and simulations on higher education: a systematic literature review [Entire issue]. International Journal of Educational Technology in Higher Education, 14(1). https://doi.org/10.1186/s41239-017-0062-1

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.

Week 7: We are always looking for new strategies for teaching fitness to our middle school students (the article focuses on students aged 13-19). Focuses not just on their physical ability but also their cognitive abilities. When we discussed this reading we all agreed when the article said " Be aware that many teenagers have a short attention span. Create variety to keep them excited and engaged. Circuits, boot camps, strength training and partner yoga are great choices for teens." We recently did a circuit workout that included all of those things. (Stevenson, 2013)

This article addresses the impact of praise on students. It is most often considered motivational and effective, but depending on its use, can do more harm than good. Willingham writes of several stipulations for effective praise. It should be sincere and spontaneous, earned, and focus on process, not ability. Several studies are described to demonstrate a link between praise and motivation. It can produce greater interest in an activity, which may be quickly lost if praise is no longer present. As students mature, they are more likely to consider the implications of praise. If it is given for a menial task, or a task in which the student has not done quality work, they tend to feel that the teacher requires or expects less of them, which speaks to their perception of potential personal success. Willingham writes, "by not criticizing substandard work, the teacher implicitly says, "i believe that you are not capable of anything better". The effects of praise are also affected by student resilience. If a student believes that his current ability can not be improved, then a failure to solicit praise is corroboration of his lack of intelligence. A student who believes abilities can be strengthened, may see it as a sign that he should keep working. In considering how motivation impacts assessment grades, we must keep in mind that it is possible for motivation to transcend the activity itself. Praise and other teacher interactions can play an important role in shaping the learning attitudes of students as well.

This is an AWESOME article for our group! Motivation is a key element in our exploratory question and praise can play an important role. What I found interesting is that praise can be good or bad for student motivation purely based on how and when it is used. Some of the situations were fairly obvious, such as being sincere with the praise especially with the older kids. I know my students know when they put forth effort so it would be damaging to praise them when they have not. The element that I found to be surprising was the suggestion to complement the "process, not ability." I have been guilty of praising finished products rather than how the work was done.

(Week 8: Amber, Angela, and Kenneth) The journal article is accessible through the link given above by accessing the UMUC Library. The journal article discusses the draw on the accumulated research to provide a framework for differentiating instruction. REACH is used a mnemonic device and is the type of framework that two teachers have developed which includes a comprehensive inventory and several practical strategies for using it. Teacher can use differentiating instruction to fundamentally find different ways to teach students with diverse and behavioral needs. REACH is an acronym for a charted course of action for developing the use of differentiated instruction. It means and highlights each as follows: "(a) reflect on will and skill, (b) evaluate the curriculum, (c) analyze the learners, (d) craft research based lessons, and (e) hone in on the data." (Rock, Gregg, Ellis, & Gable, 2008). It literally gives you "a step by step approach to introducing strategies and procedures for student with disabilities or general student the cognitive access to achieve their educational outcomes." (Rock et al, 2008). Both participating teachers have various needs and both need different strategies to differentiate their lessons. References Rock, M. L., Gregg, M., Ellis, E., & Gable, R. A. (2008). REACH: A Framework for Differentiating Classroom Instruction. Preventing School Failure: Alternative Education for Children and Youth, 52(2), 31-47. doi:10.3200/psfl.52.2.31-47 Retrieved from http://eds.a.ebscohost.com.ezproxy.umuc.edu/eds/pdfviewer/pdfviewer?vid=4&sid=0161de11-17f9-4ba4-86d0-eff88604e5e5%40sessionmgr4009

Without comprehension, reading is a frustrating, pointless exercise in word calling. It is no exaggeration to say that how well students develop the ability to comprehend what they read has a profound effect on their entire lives.1 A major goal of reading comprehension instruction, therefore, is to help students develop the knowledge, skills, and experiences they must have if they are to become competent and enthusiastic readers.

(Week 8: Adiatu, Julie, and Heather) This journal article was found on Diigo by Heather, and is accessible through the link given above. The article was written by the Texas Education Agency, and explored a 1970 classroom study on a reading comprehension strategy taught by teachers where students had to complete an assignment by applying a specific skill mentioned by their teacher. Assessments showed the strategy did not enable comprehension. Following the 1970 study, cognitive scientists found that comprehension is not a skill application. Rather, comprehension is about constructing meaning, which involves interaction, strategy, and adaption. The article is useful to teachers because it suggests activities that teachers can use in the classroom to improve how students construct meaning. For example, having students think aloud as they read. This journal article is useful to our group because the teachers' artifacts are based on the reading comprehension and vocabulary gaps of their students, and the authors stress that teachers should strictly monitor the oral reading skills of students that are having reading comprehension difficulties. Reference What research tells us about reading, comprehension, and comprehension instruction. (2009, January 2). Retrieved from http://www.readingrockets.org/article/what-research-tells-us-about-reading-comprehension-and-comprehension-instruction

(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 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.