Group items tagged

Week 9: This design model is for all learners fro designing and planning a course. It shares the process and steps for using the A.D.D.I.D model (Analyze, Design, Develop, Implement, Evaluate) which serves as a blueprint and "device to help us think through a course's design".

An article about designing your classroom to be 21st century learning-friendly. Includes space design suggestions and app suggestions for use in the classroom.

An explanation of the process called "wireframing," used by web designers to sketch out the framwork of their sites before they begin to code them.  Useful to all who are interested in developing their web-design skills.

Thanks for sharing. I've been looking for tools like these. I'll definitely be revisiting this.

"AutoCAD for Education Design and shape the world around you with the powerful, connected design tools in AutoCAD software." This software is free for students and has a three year licence. This would be a great tool for theatre students to download and use to create set and prop designs.

Front Row is a website and an iOS application designed for K-8 students. The application was originally designed to help close instructional gaps in mathematics. This adaptive learning software allows students to work at their own pace as they earn coins and move up levels in all 5 of the Common Core math domains. Later on Front Row added an ELA component that provides leveed texts and quizzes for students. All of the activities that students do through From Row generate data for parents and teachers. One of the features that Front Row also has is free and paid IBL's (Inquiry Based Lessons) for grades 1-8. I actually created a screencast on how I use IBL's in my own classroom.Check it out here -> https://www.youtube.com/watch?v=Qot1wzQTd5o

Front Row is a great software that helps teachers fill learning gaps! It is an application that students have their own accounts where they can individualize their learning. They learn at their own pace and are not pressured to stay up to speed as their peers. There is motivation involved in collecting gold coins, and there are videos for students that need extra support on a certain content if they are answering the questions incorrectly.I have used Front Row in my classrooms through blended learning and it has worked great!

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.

Edutopia is a great resource for lesson plan ideas and professional development. This article offers project-based learning opportunity for students learning simple circuits.

This article presents a Texas district's plan on closing the science instructional gap in ethnically diverse students in 2 low socioeconomic elementary schools. Teachers set up a multisensory interactive word walls to teach vocabulary, and designed inquiry science lessons that were aligned with standards and the Texas school district's curriculum framework and pacing guides for science instruction. Purposeful planning gave teachers a chance to become familiar with the progression of instructional goals, and provided time to create activities that fit within the framework and that addressed essential vocabulary. The inquiry science lessons incorporated 5-E: Engage, Explore, Explain, Elaboate, and Evaluate, where Engagement is meant to activate prior knowledge, Exploration is hands on inquiry, Explanation involves teacher-guided questions, Elaboration gives students the chance to "solidify" understandin, and Evaluation involves formative and summative assessments. Vocabulary development was achieved with the use of word walls and visuals, sometimes provided by the student to develop familiarity and fluency. Studies showed significant improvement in student achievement. Students reported recognizing science concepts in everyday life, a good sign of true learning. It even benefited the teachers, who reported having "refined" and strengthened science knowledge and teaching strategies as a result of professional development. A balance of focused district standards and teacher-designed interactive lessons using effective research based strategies, seems to have a powerful effect on closing learning and instructional gaps.

Student Engagement The video is appropriate for grade 9-12 and it covers social studies literacy. Moreover, the video provides strategies that educators can employ to challenge, engage and empower students. This is done by introducing students to topics that affect them every day. This is a good instructional tactics that can be employed by my team. During our review, we realized the important of student's engagement and team work to learning and understating the topics in the assessment data that we reviewed. Having students work in groups and on projects goes a long way to improve collaboration, team building and learning among students. In addition, students were given complex topics to explore and they were introduced to research paper. Educators can use the protocol to determine the level of engagements, design innovative curriculum and instructions, and increase students strategic reasoning skills. For instance, educator may use some assessment tool like quizlet live to build collaborative learning and engagement among students. Student can become innovative through learning from the real-world related concepts or hands-on activities. The protocol can serve as blue print in this regard.

(Week 8: Javon and Kim) I found this article on UMUC in the online Library. Traditionally, classrooms are not assessment-centered focus. Most often students take an assessment after learning specific content, but in an assessment-centered learning environment, the teacher and students have a road map for learning and is more positive. Author and Professor, Steven L. Turner, PhD., raises an article on creating an assessment-centered learning classroom. He does this by presenting PILOT -an acronym for an assessment strategy. PILOT Assessment Strategy P- Preassessment The purpose of Preassessment is to evaluate a student's knowledge about a particular subject that will be taught. Turner suggesting asking a series of questions to gain this information (i.e. "What is the student's current knowledge about this unit", "What students are interested in this topic?" etc.). Preassessment surfaces student thinking and information that helpful for teachers and those designing curriculum and assessments. I-Identify student strengths and areas of need (readiness) Identifying the areas where students are strong enables them to be more engaged in the topic. Students are also able to self-assess to identify where they presently are, become aware of their challenged areas, and what it will take for their progress. L-link differentiated classroom learning experiences to district standards and learning goals Linking the classroom learning experience to standards and benchmark testing have proven to be successful. Curriculum that links with the Common Core Standards - what students in K-12 should learn in language arts and math, strengthens foundational knowledge for students. O-offer multiple in-class assessment opportunities Offering multiple assessment methods allows the student to take control of their learning while putting them in the "driver's seat." Although this step could be time consuming it shows the student that the instructor cares and is conc

This site provided an article that looked into what the organization, Partners in School Innovations is doing to "not just close the achievement gap, but the teaching gap." Results from a survey are shared regarding average class sizes and the time spent teaching versus the time spent planning. The article provides a case study of a school that focused on instructional gaps and its results. This is a great read for administrators, policymakers and other stakeholders.

I realize this has more to do with achievement gaps than specific gaps within a single classroom, but it has been my experience that targeted instruction to support a few helps every learner in the room.

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 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.

Author Rebecca Alber shares six scaffolding strategies designed to provide successful learning experiences for our students. Teachers can use these to support our diverse learners.

(Week 7: Michele, Ericka and Spencer) This article is accessible through the link --> https://www.edutopia.org/blog/scaffolding-lessons-six-strategies-rebecca-alber. This article focuses on a learning technique called scaffolding. Used as a precursor to differentiated instruction (DI), scaffolding involves chunking the lesson into parts so a higher level of emphasis can be placed on information the teacher desires the students to learn. In the article, the author, Rebecca Alber, provides the reader with 6 strategies to use in their lessons that can incorporate the learning tool scaffolding. To determine the scaffolding strategy, the author emphasizes the use of the zone of proximal development (ZPD). "The ZPD is the distance between what children can do by themselves and the next learning that they can be helped to achieve with competent assistance." Some scaffolding strategies include pre-teaching vocabulary, fishbowl and use of visual aids. Teachers can use scaffolding in class to help encourage higher level thinking which allow students to better understand the information and skills learned in class. Additionally, teachers who do not have the resources to DI (space, time, additional teacher support) can use scaffolding strategies to aid in meeting the educational needs of all their students. Although one strategy does not work, the author emphasizes the importance of trying other. Reference: Alber, R. (2011). 6 scaffolding strategies to use with your students. Retrieved on October 23, 2018 from https://www.edutopia.org/blog/scaffolding-lessons-six-strategies-rebecca-alber EDTC615 Fall2018

(Week 7: Amber, Angela, and Kenneth) This article is accessible through the link given above. The article discuss a research method that is based on student centered teaching rather than teacher centered teaching. The article displays the changes for a teacher design where the teacher leads every activity and shift the focus to the teacher become the facilitator. Instead of having large number in classes, small groups scenarios are shown to be more effective with students learning from their experiences rather than the teacher teaching all the knowledge and content. This shift looks as though it was a two year time span and shows some effective result where student centered teaching where student are active learners. Teachers can use this article to design and implement a different approach to teaching by empowering themselves to switch up the way they teach in the classroom. Instead of lecturing information, they should try to work with their student and create exercises where the student learn from each others and their experiences where the teachers are the facilitator. Barraket (2005) states that student centered approach promotes small group activities that will improve the response of pedagogical challenges of teaching social research methods (Barraket (2005). Reference Barraket, J. (2005). Teaching Research Method Using a Student-Centred Approach? Critical Reflections on Practice. Journal Of University Teaching And Learning Practice, 2(2), Retreived from http://www.eric.ed.gov.ezproxy.umuc.edu/contentdelivery/servlet/ERICServlet?accno=EJ1059434

Written by a kid, this website provides information about space for elementary age students in kid-friendly language. This site would be useful as one of several sources for elementary research about space. I like the design of the site, the large font size, and that the information is broken into bullets within each topic. I do not like that the site has ads, but there are not as many as on some other "kid" sites.

Julia, This is a great site. It works well with your scavenger hunt and it has a lot of information. Thanks for sharing a site I will use in my own classroom.

Express yourself with the ultimate Glog(TM) - graphic blog. Mix Web, Images, Text, Music and Video. Create your Glogster account today and publish in a new way.

This site is so much fun to design for students and even parents. It has awesome color themes and backdrops and offers a really fun way to get across information. It's like a homepage you can create with links to other sites, videos, pictures and more. Our school has a page and the kids really enjoy using it for library resources and etc. I am going to be using this for my class page this fall. I think this site is targeted for fifth grade and up. Younger students may be able to use some of the basic features, but it would require some instruction from the teacher.

I have used Glogster to replace a paper poster in the classroom. The students really enjoyed the chance to have a different presentation of a product.

This software is a game-based program that works on many areas in mathematics. the targeted grade levels are 1-5. I have used the software, and I found myself on it longer than expected. for the most part, I liked how the software is designed. I appreciate the gaming aspect of the software. It doesn't make you feel like you're just doing math work to do. I believe that the only thing that i wasn't to big on was that it doesn't really separate the different grade levels. They do breakdown the different math areas. Overall I would recommend this software.