Group items tagged

(Week 7 Jason Caputo and Ericka Posey- Group 8) This article is available through the UMUC library through the permalink above. This article examines a teacher directed model for closing achievement gaps. It explains why administrator driven directives and extensive scripting of curriculum are not always successful in closing achievement gaps. It explains the "risk is that prescriptive, bureaucratic approaches will drive talented and thoughtful teachers out of specific schools or the entire profession"(Levine and Marcus, 2007) However, it also points out potential flaws in systems without some oversight of teachers. In the case study presented, teachers avoid asking tough questions about instructional challenges, methods, and expectations/standards. Despite their good intentions and implementation of some effective strategies, during their team meeting/PLC time, "requests for help occurred around specific students or parents; teachers did not use this particular forum as a site for seeking help with core instructional challenges" (Levine and Marcus, 2007). While they are able to reduce some of the achievement gap, there is significant room for growth in their professional practice. The protocols discussed in our course address this, as they provide a professional and polite way to ask challenging questions about professional practice. References Levine, T. H., & Marcus, A. S. (2007). Closing the Achievement Gap through Teacher Collaboration: Facilitating Multiple Trajectories of Teacher Learning. Journal Of Advanced Academics, 19(1), 116-138.

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.

This series of videos from Expeditionary Learning shows students using protocols and engagement learning strategies. Teachers at all levels and in all content areas can use at least one of these strategies and protocols with their students to improve student learning, encourage peer and self-directed learning and differentiate learning.

(Week 7: Dave and Kristina) This journal article is accessible through the link given above by accessing the UMUC library. This journal article discusses the challenges that nearly all teachers face in classes where there they encounter students of mixed abilities. The article provides solutions such as 'provided specific activities for varying students', and notes that teachers with a 'positive attitude toward mixed abilities' correlate to more positive outcomes within their classrooms (Al-Subaiei, 2017). Teachers in our team can use this information because the problem of having students of mixed abilities is a ubiquitous one. It enlightens the reader that many teachers have not received adequate training regarding differentiation to provide effective lessons to classes that contain learners of mixed abilities. While Al-Subaiei (2017) doesn't offer solutions specific to any particular subject area, it certainly does shine a light and help teachers reflect on an issue that we all face to varying degrees. References Al-Subaiei, M. S. (2017). Challenges in Mixed Ability Classes and Strategies Utilized by ELI Teachers to Cope with Them. English Language Teaching, 10(6), 182-189. Retrieved from http://ezproxy.umuc.edu/login?url=http://search.ebscohost.com.ezproxy.umuc.edu/login.aspx?direct=true&db=eric&AN=EJ1143456&site=eds-live&scope=site

Week 8- Article posted by Concordia Online Education in Teaching Strategies and shares 4 effective learning models (hands-on learning, collaborative projects, experiential learning, and direct instruction) that educators can use when engaging their students. Not only does the article define what these 4 models are and why they are important, it also provides examples of how these 4 models have been used in the classroom.

This article presents the main ideas for planning effective and engaging lessons. It is based on backwards design so that the lessons are based on outcomes rather than just the activities. This article is also based on the DAP model that allows for the fact that students develop at their own pace. There is also a review of helpful lesson planning skills in assessment, direct instruction, differentiating instruction and developing objectives.

This article reports the results of a study of grade 2 students 7 - 8 years old) using game technology versus paper/pencil games and the effects of increased use of game technology on assessments. The study found that the students using the game technology had increased performance and that increased use of technology also increased student performance. Shin, N. Sutherland, L. M., Norris, C. A., & Soloway, E. (2012). Effects of game technology on elementary student learning in mathematics. British Journal of Educational Technology, 43(4), 540-560. doi:10.1111/j.1467-8535.2011.01197.x

This article includes a research study on digital divide and examine show technology is used in the classroom and home.

This article suggests that improving upon a LD student's level of reading requires a strong combination of well-developed and strategic instructional strategies. These strategies include direct response and cueing processes, scaffolding, modeling the process, and providing an organizational structure to record, review and reflect upon learning.

Jennifer, I really like this article. It can be frustrating enough for parents and students when reading difficulties occur. Add to this complication learning difficulties, and the problems and insecurities really start to add up. This article, and the years of research that it is based on helped to enumerate the many reading interventions that already exist for students with documented learning disabilities. I will definitely use these in the future in order to combat such problems. Victoria

Week 8:Theresa Horgan presents this journal about the use of graphic organizers in the classroom. She brings in the technological side of graphic organizers. She explains in her article how graphic organizers can be a useful teaching strategy. They are engaging and help students retain information from their learning. This is important because it helps students visualize and organize their thoughts from the lesson. Teachers can use graphic organizers in ALL subjects!

This is a neat way to organize links to videos and websites and access them in the Cloud. This can act as a bookmarking tool. You can create a Symbaloo for your students that houses links for research, tools for formating, and helpful sites for assignments. This type of site takes the "Google it" mentality out of the equation; you provide the links to where you want to direct students when they engage with the technology. This site could be applicable for any grade level or any discipline. This is a free resource, but you must create an account.

If you use rubrics in your classroom but hate starting from scratch, this is the the place for you! Sign up for free and search by keyword for rubrics in the specific skill or content area you are grading. Then edit and save! You can even put a link to your rubric on the assignment directions, saving paper and trees! This is a link to a rubric I recently created, but you can get to the home page from here.

This looks great - I am always looking for help with rubrics. Check out Kathy Schrok's guide too: http://www.schrockguide.net/assessment-and-rubrics.html

I really like this! I love that you can embed the link to the rubric. This would be very helpful with a WebQuest or Scavenger Hunt lesson. I have used Rubistar before. It is similar, but I think this site offers more options. http://rubistar.4teachers.org/

Quizlet is a tool that allows teachers to create flashcards, (mock-up) tests and study games. When designing activities, teachers can add pictures and voice over. Teachers can monitor their students' progress and the time they spend on the activities. The activities can be assigned by the teachers but students can go back to Quizlet on their own to review or prepare for an assessment.

This resource is appropriate for all grade levels, as it contains a variety of routines that can be applied to a wide range of content. There are routines that address most of the different levels of Bloom's Taxonomy, so it is easy to find one to fit your needs. I haven't used the resource yet myself, but certainly will in the future. In addition, the Digital Toolkit provides links to dozens of other digital tools and breaks down their uses in education. This is a great place to find other educational technology.

Jared, Loved this site! I especially liked the thinking routine section. I enjoyed how direct and to the point it was. Thanks for sharing.

This looks like a great resource - I will explore it in more detail. I do a lot of group work and am always looking for great ways to help learners organise themselves with this.

This url directs users to a video that displays a strategy using numbers/symbols as well as concrete blocks how to subtract by decomposing a ten or a hundred. This website can be used as a resource to support learners showing difficulties with performing the operation where they need to decompose across 2 place values visually.

This article provides a participatory action research led by students to improve their literacy skills. This approach focuses on adults serving as facilitators, not leaders. Forming a caring and welcoming environment is also a key part in motivating the students to learn and participate.