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efleonhardt

NLVM 9 - 12 - Algebra Manipulatives - 6 views

  • Visualize multiplying and factoring algebraic expressions using tiles.
    • efleonhardt
       
      The Algebra Tiles would be a nice tool to have students explore the distributive property. I like the way it is set up because it leads to students begin thinking about how things are factored, which can be hard for students to understand
  • Solve simple linear equations using a balance beam representation.
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  • Solve simple linear equations using a balance beam representation.
    • efleonhardt
       
      I like both of the balance scales. I really like how they have one that involves negatives while the other does not. Students have a hard time understanding how negative numbers fit into solving equations and I think this could help them. I might use this is the launch for a discussion amoung the students
    • alexandra m. pickett
       
      so, how are you going to incorporate these tools into your course?
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    Look at all the different tools! Looks like there are lots of things available to you in teaching math.
Catherine Strattner

http://ejournals.ebsco.com/Direct.asp?AccessToken=5W69W4JTRQPPQS9R4RPBWFUR9U69T66FU4&Sh... - 0 views

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    Abstract: Although problem solving is regarded by most educators as among the most important learning outcomes, few instructional design prescriptions are available for designing problem-solving instruction and engaging learners. This paper distinguishes between well-structured problems and ill-structured problems. Well-structured problems are constrained problems with convergent solutions that engage the application of a limited number of rules and principles within well-defined parameters. Ill-structured problems possess multiple solutions, solution paths, fewer parameters which are less manipulable, and contain uncertainty about which concepts, rules, and principles are necessary for the solution or how they are organized and which solution is best. For both types of problems, this paper presents models for how learners solve them and models for designing instruction to support problem-solving skill development. The model for solving well-structured problems is based on information processing theories of learning, while the model for solving ill-structured problems relies on an emerging theory of ill-structured problem solving and on constructivist and situated cognition approaches to learning.
Julie DelPapa

Scaffolding Instruction for English Language Learners: A Conceptual Framework - 0 views

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    I do believe scaffolding is so benefical for ELLs however, as we enter the common core it is questioned whether modeling is most effective. It is very difficult for ELLs to be able to explore and manipulate concepts, especially in mathematics, because they are used to process and/or step by step learning. How do you overcome step by step instruction to analyzing and strategy instruction?
Heather Kurto

Behavior.org | Cambridge Center for Behavioral Studies - 1 views

    • Heather Kurto
       
      This podcast will be used in module 5 of the course on behaviors and functions of behaviors. 
  • Defining Behavior - Podcast
    • Heather Kurto
       
      What controls behaviors?
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    • Heather Kurto
       
      We look to manipulate the public environment to control behavior. 
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    This is an amazing resource on defining behavior. It is so helpful in understanding the function of behavior in students with ASD. There is a great podcast titled Marshall Lev Dermer-Defining Behavior. The podcast downloaded to my ITunes, so I wasn't able to bookmark it. This is an amazing resource for me!! Defining
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    Hi Heather this seems like a great resource for you. I can't wait to see how you use it in your course. Do you plan on placing the entire podcast in the course or are you going to use parts of it? Diana
Heather Kurto

Functional Assessment - 0 views

    • Heather Kurto
       
      This is a great breakdown of a functional behavior plan.
    • Heather Kurto
       
      Define Problem behavior Identify possible causes of problem behavior predict when the problem behavior will occur Design effective treatment programs
    • Heather Kurto
       
      Conduct FBA using  Descriptive assessments Observational assessments Functional analysis or experimental manipulation
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    • Heather Kurto
       
      Advantages and disadvantages of FBA
    • Heather Kurto
       
      Treatment approaches (positive reinforcement) Differential reinforcement of alternative behavior (DRA) Differential reinforcement of incompatible behaviors (DRI) Differential reinforcement of other behavior (DRO) non-contingent reinforcement extinction extinction burst
Teresa Dobler

Social software and participatory learning - 1 views

  • learners are active participants orco-producers rather than passive consumers of conten
    • Teresa Dobler
       
      students work together in order to co-create content using online tools
  • mphasises activeparticipation, connectivity, collaboration and sharing of knowledge and ideas among users
  • collaborative remixability – a transformative process in which the informationand media organised and shared by individuals can be recombined and built on to create new forms,concepts, ideas, mashups and services
    • Teresa Dobler
       
      Students take in content but work together through various social sites in order to reorganize the material and make it their own - students are manipulating the content actively.
sherrilattimer

Depth of Knowledge in the 21st Century - 0 views

  • Depth of knowledge offers some advantages over Bloom’s Taxonomy for planning lessons and choosing instructional techniques. By increasing the DOK levels of activities, teachers can teach students to adapt to challenges, work cooperatively and solve problems on their own.Whereas Level 1 of DOK prompts students to recall or reproduce, Levels 3 and 4 require students to work without the constant supervision of teachers. Usually students work on higher DOK activities in groups, communicating with one another to solve challenging problems and freely offering their own ideas.
  • The teacher’s role at higher DOK levels is therefore to facilitate, not simply dispense the acquisition of knowledge.
  • Working on creating activities in such peer groups enables teachers to learn and articulate while planning for lessons that promote high expectations and cognitively challenging curriculum. In addition, administrators need to provide ongoing support for their teachers in order to empower teachers to succeed in this endeavor.Administrative leadership must mentor and assist teachers in providing the enthusiasm and motivation to continuously teach lessons that promote high student expectations and cognitively challenging lessons.
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  • The students in one classroom are prompted to recall facts and procedures while the students in the other classroom are encouraged to apply their learned knowledge to solve complex problems featuring real-world relevance.
  • Through his work with the business community, he has learned that there is no shortage of employees that are technically proficient, but too few employees that can adequately communicate and collaborate, innovate and think critically. So, rather than simply equating 21st century skills with technical prowess, educators need to expand their understanding of such skills to increasingly emphasize preparing students to think on their feet, communicate effectively and value the ideas of others.
  • The depth-of-knowledge levels of Norman Webb’s depthof-knowledge (DOK) levels constitute a system that addresses how to teach these skills. Depth of knowledge is a scale of cognitive demand that reflects the complexity of activities that teachers ask students to perform. DOK-1. Recall — Recall or recognition of a fact, information, concept, or procedure DOK-2. Basic Application of Skill/Concept — Use of information, conceptual knowledge, follow or select appropriate procedures, two or more steps with decision points along the way, routine problems, organize/ display data DOK-3. Strategic Thinking — Requires reasoning, developing a plan or sequence of steps to approach problem; requires some decision making and justification; abstract and complex; often more than one possible answer DOK-4. Extended Thinking — An investigation or application to real world; requires time to research, think, and process multiple conditions of the problem or task; non-routine manipulations, across disciplines/content areas/multiple sources Level 1 of DOK is the lowest level and requires students to recall or perform a simple process.As DOK increases toward the highest (fourth) level, the complexity of the activity moves from simple recall problems to increasingly difficult and teacher independent problem-solving classroom activities, as well as real-world applications.As students are prompted to work within the realms of higher DOK levels, they will learn to independently employ higher-level thinking skills.
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    Webb's Depth of Knowledge
efleonhardt

Microsoft Educator Network - Hot Topics : Personalized Learning : Flipped Learning: tec... - 0 views

  • . Understanding the details of the world in which a learner lives allows the learner to the ability to shape and manipulate that world to his advantage. Content mastery must be accompanied by healthy relationships in a learning community that fosters curiosity within learners. Focusing only upon content can lead to a cold, rote learning environments; spending all our energies on relationships can be done at the expense of content mastery; and developing curious learners without strong relationships can lead to learning in isolation. Essentially, the flipped learning approach allows teachers to spark interest, provide initial exposure, and deliver content through easy to make teacher created video so class time can be used to foster healthy relationships and engage students in higher levels of cognition to help ignite curiosity. Simply using video as a teaching tool will not fundamentally change a classroom. But rethinking how class time can be used for things other than direct instruction and lectures will transform a classroom from a teacher-centered instructional environment to a learner-centered laboratory of learning. Flipped learning is a transitional tool for teachers who know they want to move the attention away from themselves and on to student-centered learning. Flipped learning is not an end, but a means to greater teaching and deeper learning. You can read more about Flipped Learning in our upcoming book: Flipped Learning: Gateway to Student Achievement which can be pre-ordered here: Jonathan Bergmann &amp; Aaron Sams Flipped Learning, Gateway to Student Achievement, Bergmann, Sams piln.hottopic.onPostDisplayInLineLoaded(); Pictures and videos var thumbRatio = [1, 1]; $(function () { initializeGallery('/Gallery/Media/', '138408f4-616a-4cc9-ab2c-9e7543cf50e4') }); Cover of Jon Bergmann &amp; Aaron Sams' book: Flipped Learning $('.galleryDescription').hide(); $('#bigImage').load(function () { var newHeight = $('#bigImage').height() + $('.galleryDescription').height() + 60; if (newHeight < 360) { newHeight = 360; } $('#progressbar').hide('blind', {}, 300); $('#loading').animate({ height: newHeight + 'px' }, 300); $(this).fadeIn('slow'); }); $('.galleryDescription').fadeIn('slow'); gallery created by Jon Bergmann {{if error}} ${name} ${sizef} Error: {{if error === 1}}File exceeds upload_max_filesize (php.ini directive) {{else error === 2}}File exceeds MAX_FILE_SIZE (HTML form directive) {{else error === 3}}File was only partially uploaded {{else error === 4}}No File was uploaded {{else error === 5}}Missing a temporary folder {{else error === 6}}Failed to write file to disk {{else error === 7}}File upload stopped by extension {{else error === 'maxFileSize'}}}The resolution of this image is too big {{else error === 'minFileSize'}}The resolution of this image is a little small. The minimum size is 160x160 {{else error === 'minResolutionSize'}}The resolution of this image is a little small. The minimum size is 160x160 {{else error === 'tooWide'}}This image is too wide for our gallery to display correctly. You will need to replace it with something that is proportional to your monitor. {{else error === 'tooTall'}}This image is too tall for our gallery to display correctly. You will need to replace it with something that is proportional to your monitor. {{else error === 'acceptFileTypes'}}Filetype not allowed {{else error === 'maxNumberOfFiles'}}Max number of files exceeded {{else error === 'uploadedBytes'}}Uploaded bytes exceed file size {{else error === 'emptyResult'}}Empty file upload result {{else}}${error} {{/if}} {{else}} {{if thumbnail_url}} {{/if}} {{/if}} {{if type === 'image'}} ${description} $('.galleryDescription').hide(); $('#bigImage').load(function () { var newHeight = $('#bigImage').height() + $('.galleryDescription').height() + 60; if (newHeight < 360) { newHeight = 360; } $('#progressbar').hide('blind', {}, 300); $('#loading').animate({ height: newHeight + 'px' }, 300); $(this).fadeIn('slow'); }); $('.galleryDescription').fadeIn('slow'); {{html ""}} {{else}} ${description}
  • a situation in which lower order thinking is removed from whole-class teaching time and placed upon the individual regardless of whether video or any other technologies are being used.
  • Content is important in that it is the structure upon which learning is built
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  • Content mastery must be accompanied by healthy relationships in a learning community that fosters curiosity within learners.
  • so class time can be used to foster healthy relationships and engage students in higher levels of cognition to help ignite curiosity
Diane Gusa

Interactivity: A Forgotten Art? - 1 views

  • Interactivity: A Forgotten Art?
  • Interactivity in learning is "a necessary and fundamental mechanism for knowledge acquisition and the development of both cognitive and physical skills" (Barker, 1994:1)
  • Interaction is intrinsic to successful, effective instructional practice as well as individual discover
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  • Interacti
  • The implementation of interactivity can be perceived as an art because it requires a comprehensive range of skills, including an understanding of the learner,
  • the importance of rigorous instructional design and the application of appropriate graphical interfaces
  • Support Interactivity
  • Similarly, Ambron &amp; Hooper (1988) described interactivity as a state in which users are able to browse, annotate, link and elaborate within a rich, non-linear database
  • In contrast, Jonassen (1988) identified five levels of interactivity which focused more on the user's involvement with the application and the subsequent effect on learning.
  • The five levels included the modality of the learner's response, the nature of the task, the level of processing, the type of program and the level of intelligence in design. In relation to these levels, it was also suggested that the level of interactivity would affect whether surface or deep learning would occur
  • The taxonomy however does provide a useful starting point for developing our understanding of interactivity. The three levels, which significantly extend the definition of Rhodes &amp; Azbell (1985), range from basic stimulus:response interactions (reactive) to learner construction and generative activity (proactive) to mutual "artificial or virtual reality designs, where the learner becomes a fully franchised citizen in the instructional environment" (Schwier &amp; Misanchuk, 1993:12)
  • understand that quality in an instructional resource is a function of the design effort, not the technology.
  • from simple help messages to complex tutorial systems.
  • The construct class of interactivity (proactive elaboration) is an extension to update interactivity, and requires the creation of an instructional environment in which the learner is required to manipulate component objects to achieve specific goals
  • With hyperlinked interactivity (proactive navigation), the learner has access to a wealth of information, and may "travel" at will through that knowledge base.
  • The first dimension, engagement, refers to interactivity which is either navigational (where the user moves from one location in the application to another) or instructional (where the user is involved with the content in a way designed to facilitate learning). The second dimension, control, refers to the extent to which the system (program control) or user (learner control) is making the instructional or navigational decisions. The third dimension, interactive concept, provides an indication of the type of interaction which might be expected under the varying conditions defined by the model.
  • proposing three dimensions by which interactive instruction may be viewed.
Diane Gusa

Learning-Centered Syllabi - 0 views

  • Learning-Centered Syllabi Workshop
  • Creating and using a learner-centered syllabus is integral to the process of creating learning communities.
  • students and their ability to learn are at the center of what we do
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  • we focus on the process of learning rather than the content, that the content and the teacher adapt to the students rather than expecting the students to adapt to the content, that responsibility is placed on students to learn rather than on professors to teach.
  • facilitate student learning rather than to act as "gatekeepers" of knowledge
  • A necessary first step in creating a learning-centered syllabus, according to most sources, is to spend some time thinking about the "big questions" related to why, what, who and how we teach.
  • thoughtful discussions with ourselves and our colleagues about our teaching philosophy and what it means to be an educated person in our discipline
  • We also need to think about how we encourage responsibility for learning in our students.
  • students should progress from a primarily instructor-led approach to a primarily student-initiated approach to learning.
  • participate in planning the course content and activities; clarify their own goals and objectives for the course; monitor and assess their own progress; and establish criteria for judging their own performance within the goals that they have set for themselves, certification or licensing requirements, time constraints, etc.
  • Your first objective is to facilitate learning, not cover a certain block of materia
  • According to Johnson, "course objectives should consist of explicit statements about the ways in which students are expected to change as a result of your teaching and the course activities. These should include changes in thinking skills, feelings, and actions" (p. 3)
  • Don't use words that are open to many interpretations and which are difficult to measure. Make sure that all students understand the same interpretation.
  • here are three primary domains of development for students in a course
  • The Cognitive Domain is associated with knowledge and intellectual skills. The Affective Domain is associated with changes in interests, attitudes, values, applications, and adjustments. And the Psychomotor Domain is associated with manipulative and motor skills
  • An effective learning-centered syllabus should accomplish certain basic goals (Diamond, p. ix): define students' responsibilities; define instructor's role and responsibility to students; provide a clear statement of intended goals and student outcomes; establish standards and procedures for evaluation; acquaint students with course logistics; establish a pattern of communication between instructor and students; and include difficult-to-obtain materials such as readings, complex charts, and graphs.
  • Students need to know why topics are arranged in a given order and the logic of the themes and concepts as they relate to the course structure
  • Clarify the conceptual structure used to organize the course.
  • Does the course involve mostly inductive or deductive reasoning? Is it oriented to problem-solving or theory building? Is it mostly analytical or applied? In answering these questions, acknowledge that they reflect predominant modes in most cases rather than either/or dichotomies.
  • Identify additional equipment or materials needed and sources.
  • "Any student who feels s/he may need an accommodation based on the impact of a disability should contact me privately to discuss your specific needs. Please contact the Disability Resources Office at 515-294-6624 or TTY 515-294-6635 in Room 1076 of the Student Services Building to submit your documentation and coordinate necessary and reasonable accommodation."
  • Use a variety of methods.
  • "A learning-centered syllabus requires that you shift from what you, the instructor, are going to cover in your course to a concern for what information and tools you can provide for your students to promote learning and intellectual development" (Diamond, p. xi).
  • Critical Thinking
  • Critical thinking is a learned skill. The instructor, fellow students, and possibly others are resources. Problems, questions, issues, values, beliefs are the point of entry to a subject and source of motivation for sustained inquiry. Successful courses balance the challenge of critical thinking with the supportive foundation of core principles, theories, etc., tailored to students' developmental needs. Courses are focused on assignments using processes that apply content rather than on lectures and simply acquiring content. Students are required to express ideas in a non-judgmental environment which encourages synthesis and creative applications. Students collaborate to learn and stretch their thinking. Problem-solving exercises nurture students' metacognitive abilities. The development needs of students are acknowledged and used in designing courses. Standards are made explicit and students are helped to learn how to achieve them.
Diane Gusa

Metacognitive Skills - 0 views

  • Metacognition refers to learners' automatic awareness of their own knowledge and t
  • Metacognition refers to learners' automatic awareness of their own knowledge and their ability to understand, control, and manipulate their own cognitive processes.2
  • Metamemory
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  • Metacomprehension. T
  • Self-Regulation.
  • They focus their attention on what it is that they or someone else does that is metacognitively useful. T
  • Learners with good metacognitive skills are able to monitor and direct their own learning processes.
  • They establish a motivation to learn a metacognitive process.
  • metacognition often has important affective or personality component
  • Students typically learn metacognitive skills while they are involved in learning something else
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