Mapping The Materials of Basic Drawing Lectures with Visual Spatial Intillige...Kumara Sadana Putra
International Conference on Creative Industry 2011, ITS
Bali, March '11
There is a fundamental problem when Ubaya aren’t held drawing test for intake students in DMP, while the other side DMP is a program of study that most of the activity is drawing. With backgrounds that are less measurable student qualifications for the intake of high school who did not make drawing skills as a measure of intelligence, graduates, DMP must hold a matriculation class to improve drawing skills. However, this does not guarantee the results of the matriculation students to produce a standard product design skills. Drawing is a coordinate intelligence between the eyes, logic, motor hand and taste. Only with long exercise, that four element can be coordinated and produce decent work. In other words, drew flight hours is very important to produce a quality works.
The problem finding that autor found are the absence of a fixed rule about learning the basic concepts of drawing in DMP Ubaya. The need for material mapping images of the product design in order to obtain the most appropriate on basis of product design, due to during this the material created is still a way to follow what the material was applied to higher education. And the last is how to implement these materials into the teaching of media demo reel.
The study will use the method of exposure of descriptive literature and comparative studies. Visits to the established design college, elementary, junior high school, vocational and companies associated with learning to draw, to obtain data on the method of drawing. Studying the data based on visual intelligence theory as a basis for the ability to be owned by the prospective designers. Comparing with the learning methods that have been conducted in DMP Ubaya. Applying such content as syllabus content and demo reel.
The document discusses managing oneself physically, psychologically, and intellectually. It covers topics like self-concept, personality traits, multiple intelligences, personal grooming, health, hygiene, time management, and stress management. Managing oneself includes knowing oneself for self-development, managing physical health through habits like hygiene and exercise, and intellectual development through skills like reading, writing, and managing emotions. Proper time management is key to improving generic skills.
The document discusses managing oneself physically, psychologically, and intellectually. It covers topics like self-concept, personality traits, multiple intelligences, personal grooming, health, hygiene, time management, and stress management. Managing oneself includes knowing oneself for self-development, managing physical health through habits like hygiene and exercise, and intellectual development through skills like reading, writing, and time management. Developing oneself physically, psychologically, and intellectually is important for self-improvement.
All students
Materials: Review worksheet
Response: Worksheet
II. New Material
Tier 1:
Tier 2:
Tier 3:
III. Guided Practice
Tier 1:
Tier 2:
Tier 3:
IV. Independent Practice
All students: Practice worksheet
V. Review
All students: Exit ticket
Tiered Lesson Example
I. Review/Prerequisite Check (5 min)
- All students complete review worksheet independently
II. New Material (10 min)
Tier 1: Concrete model demonstration of addition
Tier 2: Representational model demonstration
Tier 3: Abstract model demonstration
This document discusses differentiation and how it can be used to meet the needs of diverse learners. Differentiation is meant to make instruction multi-purpose and goal-oriented to meet the needs of all students. It involves using flexible grouping, formative assessments, matched resources, student choice, and exit points. Differentiation also considers a student's readiness, interests, and learning profile. The document outlines various models for differentiation including content, process, product, and affect. It also discusses learning profiles and intelligences using Gardner's multiple intelligences.
1. Differentiation is the process of finding the derivative of a function, denoted as f'(x) or dy/dx, to determine how the value of the function changes as the input variable changes.
2. Some basic derivative formulas are that the derivative of a constant is 0, the derivative of ax is a, and the derivative of the sum of two functions u and v is the sum of their individual derivatives.
3. As examples, the derivative of x^2 is 2x, and the derivative of 2x + 4 is 2.
Mathematics (from Greek μάθημα máthēma, “knowledge, study, learning”) is the study of topics such as quantity (numbers), structure, space, and change. There is a range of views among mathematicians and philosophers as to the exact scope and definition of mathematics
This document discusses differentiating instruction to meet the needs of diverse learners. It explains that students differ in their readiness, interests, and learning styles. Teachers can differentiate the content, process, and product of lessons. For content, teachers may adjust the complexity level or change objectives for different groups. For process, teachers may use flexible grouping, tiered assignments, compacting, and anchor activities. They can also differentiate instruction based on learning style or interest. For product, teachers have options like projects, contracts, and rubrics to allow students to demonstrate knowledge in varied ways.
Mapping The Materials of Basic Drawing Lectures with Visual Spatial Intillige...Kumara Sadana Putra
International Conference on Creative Industry 2011, ITS
Bali, March '11
There is a fundamental problem when Ubaya aren’t held drawing test for intake students in DMP, while the other side DMP is a program of study that most of the activity is drawing. With backgrounds that are less measurable student qualifications for the intake of high school who did not make drawing skills as a measure of intelligence, graduates, DMP must hold a matriculation class to improve drawing skills. However, this does not guarantee the results of the matriculation students to produce a standard product design skills. Drawing is a coordinate intelligence between the eyes, logic, motor hand and taste. Only with long exercise, that four element can be coordinated and produce decent work. In other words, drew flight hours is very important to produce a quality works.
The problem finding that autor found are the absence of a fixed rule about learning the basic concepts of drawing in DMP Ubaya. The need for material mapping images of the product design in order to obtain the most appropriate on basis of product design, due to during this the material created is still a way to follow what the material was applied to higher education. And the last is how to implement these materials into the teaching of media demo reel.
The study will use the method of exposure of descriptive literature and comparative studies. Visits to the established design college, elementary, junior high school, vocational and companies associated with learning to draw, to obtain data on the method of drawing. Studying the data based on visual intelligence theory as a basis for the ability to be owned by the prospective designers. Comparing with the learning methods that have been conducted in DMP Ubaya. Applying such content as syllabus content and demo reel.
The document discusses managing oneself physically, psychologically, and intellectually. It covers topics like self-concept, personality traits, multiple intelligences, personal grooming, health, hygiene, time management, and stress management. Managing oneself includes knowing oneself for self-development, managing physical health through habits like hygiene and exercise, and intellectual development through skills like reading, writing, and managing emotions. Proper time management is key to improving generic skills.
The document discusses managing oneself physically, psychologically, and intellectually. It covers topics like self-concept, personality traits, multiple intelligences, personal grooming, health, hygiene, time management, and stress management. Managing oneself includes knowing oneself for self-development, managing physical health through habits like hygiene and exercise, and intellectual development through skills like reading, writing, and time management. Developing oneself physically, psychologically, and intellectually is important for self-improvement.
All students
Materials: Review worksheet
Response: Worksheet
II. New Material
Tier 1:
Tier 2:
Tier 3:
III. Guided Practice
Tier 1:
Tier 2:
Tier 3:
IV. Independent Practice
All students: Practice worksheet
V. Review
All students: Exit ticket
Tiered Lesson Example
I. Review/Prerequisite Check (5 min)
- All students complete review worksheet independently
II. New Material (10 min)
Tier 1: Concrete model demonstration of addition
Tier 2: Representational model demonstration
Tier 3: Abstract model demonstration
This document discusses differentiation and how it can be used to meet the needs of diverse learners. Differentiation is meant to make instruction multi-purpose and goal-oriented to meet the needs of all students. It involves using flexible grouping, formative assessments, matched resources, student choice, and exit points. Differentiation also considers a student's readiness, interests, and learning profile. The document outlines various models for differentiation including content, process, product, and affect. It also discusses learning profiles and intelligences using Gardner's multiple intelligences.
1. Differentiation is the process of finding the derivative of a function, denoted as f'(x) or dy/dx, to determine how the value of the function changes as the input variable changes.
2. Some basic derivative formulas are that the derivative of a constant is 0, the derivative of ax is a, and the derivative of the sum of two functions u and v is the sum of their individual derivatives.
3. As examples, the derivative of x^2 is 2x, and the derivative of 2x + 4 is 2.
Mathematics (from Greek μάθημα máthēma, “knowledge, study, learning”) is the study of topics such as quantity (numbers), structure, space, and change. There is a range of views among mathematicians and philosophers as to the exact scope and definition of mathematics
This document discusses differentiating instruction to meet the needs of diverse learners. It explains that students differ in their readiness, interests, and learning styles. Teachers can differentiate the content, process, and product of lessons. For content, teachers may adjust the complexity level or change objectives for different groups. For process, teachers may use flexible grouping, tiered assignments, compacting, and anchor activities. They can also differentiate instruction based on learning style or interest. For product, teachers have options like projects, contracts, and rubrics to allow students to demonstrate knowledge in varied ways.
This document discusses basic differentiation rules including the constant rule, power rule, constant multiple rule, sum and difference rules, and derivatives of sine and cosine functions. These rules define how to take the derivative of simple functions and are fundamental to calculus.
This document provides sample math problems and explanations for solving 6th grade algebra equations, proportions, and translating word problems into algebraic equations. It includes 3 examples of math word problems along with step-by-step explanations for how to set up and solve each problem. The document promotes additional learning resources in the form of math books that contain similar practice problems and explanations to prepare for state tests.
Qwizdom a level maths - integration & differentiationQwizdom UK
Integration and differentiation are key concepts in A-level mathematics. This lesson uses an interactive tool called Qwizdom to engage students in learning about integration and differentiation. The lesson allows students to answer questions using individual clickers to select their responses, with their choices and the correct answers displayed anonymously to promote discussion.
This document is about integration as part of the HSC maths part one curriculum. It contains information on integration and invites the reader to continue learning more about the topic by clicking on the link provided. Integration is a key concept in calculus used to find the area under a curve or between curves.
PPT on algebraic expressions and identitiesMohammad Talib
The document provides information about algebraic expressions including:
- Examples of expressions such as x + 3, 2y - 5, and 4xy + 7 which are formed from variables and constants.
- The value of an expression changes depending on the values chosen for its variables.
- Expressions can be made up of one or more terms which are the products of factors.
- Monomials contain one term, binomials contain two terms, and trinomials contain three terms. Polynomials can contain any number of terms.
- Additions, subtractions, and multiplications of algebraic expressions are demonstrated.
Algebra uses letters and symbols to represent values and their relationships, especially for solving equations. An algebraic expression combines these letters and symbols. An example expression is 8x^2. Expressions contain constants, variables, and exponents. Constants represent exact values like numbers. Variables stand for unknown values, often letters. Exponents written above a variable show how many times it is used in the expression.
- The document discusses different statistical measures including the mean, median, and mode.
- It provides examples of calculating the mean, median, and mode from sets of data. For example, it calculates the mean number of days students were absent from school based on attendance records.
- The examples demonstrate how to determine the measure, possible limitations, and common uses of each statistical measure.
This document provides an overview of algebraic expressions. It defines variables and algebraic expressions, and explains that expressions can be evaluated when the variable is defined. Examples are given to show how expressions represent relationships between quantities. Words that indicate addition, subtraction, multiplication and division are listed. Practice problems are included to write expressions for word phrases and situations. The key aspects covered are variables, expressions, evaluating expressions, and writing expressions from word problems.
The document introduces key concepts in algebra including variables, constants, types of numbers (counting, integers, rational, irrational, real), graphs, averages, and positive and negative numbers. It provides examples and guidelines for understanding these concepts. Variables represent quantities that can vary, while constants represent fixed values. Different number sets are explained and visualized on a number line. Averages are calculated by adding values and dividing by the total count. Positive numbers are greater than zero, while negative numbers are less than zero.
Maths ppt on some applications of trignometryHarsh Mahajan
This document discusses trigonometry and how it can be used to calculate heights and distances. It defines trigonometric ratios and the angles of elevation and depression. It then provides examples of using trigonometry to calculate the height of a tower given the angle of elevation is 30 degrees and the distance from the observer is 30 meters. It also gives an example of calculating the height of a pole using the angle made by the rope and the ground.
The document provides a lesson plan for teaching algebraic expressions and identities to 8th grade students. It outlines objectives to help students understand identities in algebraic expressions, the relationship between algebra, geometry and arithmetic, and how to apply identities to solve problems. Example activities are presented to show representing algebraic expressions geometrically and applying identities to evaluate expressions and arithmetic problems. Key identities introduced are (a + b)2, (a - b)2, and (a + b)(a - b). Students are given practice problems to solve using the identities.
The PowerPoint presentation covers the surface areas and volumes of various shapes including cubes, cuboids, cylinders, cones, spheres, hemispheres, and frustums. For each shape, it provides the formulas to calculate total surface area, lateral surface area, and volume. Surface area formulas are given for cubes, cuboids, cylinders, cones, spheres, hemispheres, and frustums. Volume formulas are also provided for each of these shapes.
This document discusses career assessments and how they can help students learn about themselves. It introduces three assessments: the Strong Interest Inventory, Myers-Briggs Type Indicator, and World of Work Map. The Strong Interest Inventory uses Holland Codes to match a person's interests to six broad career themes and specific occupations. It also discusses limitations of Strong results. The Myers-Briggs Type Indicator identifies cognitive preferences to provide career guidance. Completing the three assessments gives students a well-rounded understanding of their strengths.
Presentation by Tunde Varga-Atkins at the Methods@Manchester Methods Fair on Creativity in Social Science Research, recorded session available on YouTube (https://www.youtube.com/watch?v=E9tF0C-75A8)
The document summarizes the phases of implementation of the i-Think program in Malaysian schools between 2012-2015. It involved a gradual rollout starting with 10 pilot schools in 2012 and expanding to include more schools each year, with the goal of having all schools participating by 2015. The program trained students and teachers in the use of Thinking Maps, which are visual tools to help organize and express thinking.
Reed: "Player 2: Mixing Gameplay and Audience Heuristics"rhetoroxor
This document discusses using emergence and heuristics in game design and writing for multiple audiences. It proposes designing courses that use emergence as a tool, practice, and way to address multiple audiences. Games are described as layered combinations of code and images that create feedback loops and facilitate knowledge transfer. The document examines meaning within games between audiences and texts, around games between texts and writers, and outside games between writers and audiences. It advocates for an enacted, networked, and reflexive approach to accidents and loops in design.
Visual literacy is the ability to understand and use images including the ability to think, learn and express oneself in terms of images”.
Visual displays are effective for enhancing the learning of text information.
Slideshow presentation of Engaging the Eye Generation by Johanna Riddle (Stenhouse, 2009).Defines today'sl learners, examines the concept of "new literacy", provides a sequential, spiraling model for developing multiple literacy skills in the classroom.
Chapter 6 discusses defining literacy and designing opportunities for literacy. Literacy is defined as having the ability to understand and use different symbol systems, including printed text, images, music and more. It also involves higher-level cognitive processes to comprehend various messages. As technology has advanced, symbols are no longer just letters but also visuals and audio, requiring new skills. The chapter promotes incorporating multiple symbol systems and technologies into lessons to help students learn in non-linear ways and fully develop literacy.
The document discusses the differences between information literacy and transliteracy and provides lessons for library instruction. It notes that while information literacy focuses on evaluating information using multiple skills, transliteracy addresses how people communicate information across different media. It argues that transliteracy is relevant to library instruction because students are accustomed to communicating information through various media, not just reading and writing. The document suggests that libraries should help students see the library as part of their information network and teach the interaction between information sources, not just their differences. It also advocates teaching transferable skills that allow students to move across literacies and adjust to different media and tools.
The document describes the MI Domain Wheel, which outlines three domains of intelligence - the Introspective, Visual, and Existential domains. The Introspective domain involves learning that is meaningful and connects to one's feelings, values, and attitudes. The Visual domain allows students to visualize ideas and problems in their mind. The Existential domain involves understanding processes in a larger context and seeing the connections between ideas from different disciplines and sources. Each domain includes examples of activities, observable actions, and digital and non-digital technologies that engage students in that type of intelligence.
This document discusses basic differentiation rules including the constant rule, power rule, constant multiple rule, sum and difference rules, and derivatives of sine and cosine functions. These rules define how to take the derivative of simple functions and are fundamental to calculus.
This document provides sample math problems and explanations for solving 6th grade algebra equations, proportions, and translating word problems into algebraic equations. It includes 3 examples of math word problems along with step-by-step explanations for how to set up and solve each problem. The document promotes additional learning resources in the form of math books that contain similar practice problems and explanations to prepare for state tests.
Qwizdom a level maths - integration & differentiationQwizdom UK
Integration and differentiation are key concepts in A-level mathematics. This lesson uses an interactive tool called Qwizdom to engage students in learning about integration and differentiation. The lesson allows students to answer questions using individual clickers to select their responses, with their choices and the correct answers displayed anonymously to promote discussion.
This document is about integration as part of the HSC maths part one curriculum. It contains information on integration and invites the reader to continue learning more about the topic by clicking on the link provided. Integration is a key concept in calculus used to find the area under a curve or between curves.
PPT on algebraic expressions and identitiesMohammad Talib
The document provides information about algebraic expressions including:
- Examples of expressions such as x + 3, 2y - 5, and 4xy + 7 which are formed from variables and constants.
- The value of an expression changes depending on the values chosen for its variables.
- Expressions can be made up of one or more terms which are the products of factors.
- Monomials contain one term, binomials contain two terms, and trinomials contain three terms. Polynomials can contain any number of terms.
- Additions, subtractions, and multiplications of algebraic expressions are demonstrated.
Algebra uses letters and symbols to represent values and their relationships, especially for solving equations. An algebraic expression combines these letters and symbols. An example expression is 8x^2. Expressions contain constants, variables, and exponents. Constants represent exact values like numbers. Variables stand for unknown values, often letters. Exponents written above a variable show how many times it is used in the expression.
- The document discusses different statistical measures including the mean, median, and mode.
- It provides examples of calculating the mean, median, and mode from sets of data. For example, it calculates the mean number of days students were absent from school based on attendance records.
- The examples demonstrate how to determine the measure, possible limitations, and common uses of each statistical measure.
This document provides an overview of algebraic expressions. It defines variables and algebraic expressions, and explains that expressions can be evaluated when the variable is defined. Examples are given to show how expressions represent relationships between quantities. Words that indicate addition, subtraction, multiplication and division are listed. Practice problems are included to write expressions for word phrases and situations. The key aspects covered are variables, expressions, evaluating expressions, and writing expressions from word problems.
The document introduces key concepts in algebra including variables, constants, types of numbers (counting, integers, rational, irrational, real), graphs, averages, and positive and negative numbers. It provides examples and guidelines for understanding these concepts. Variables represent quantities that can vary, while constants represent fixed values. Different number sets are explained and visualized on a number line. Averages are calculated by adding values and dividing by the total count. Positive numbers are greater than zero, while negative numbers are less than zero.
Maths ppt on some applications of trignometryHarsh Mahajan
This document discusses trigonometry and how it can be used to calculate heights and distances. It defines trigonometric ratios and the angles of elevation and depression. It then provides examples of using trigonometry to calculate the height of a tower given the angle of elevation is 30 degrees and the distance from the observer is 30 meters. It also gives an example of calculating the height of a pole using the angle made by the rope and the ground.
The document provides a lesson plan for teaching algebraic expressions and identities to 8th grade students. It outlines objectives to help students understand identities in algebraic expressions, the relationship between algebra, geometry and arithmetic, and how to apply identities to solve problems. Example activities are presented to show representing algebraic expressions geometrically and applying identities to evaluate expressions and arithmetic problems. Key identities introduced are (a + b)2, (a - b)2, and (a + b)(a - b). Students are given practice problems to solve using the identities.
The PowerPoint presentation covers the surface areas and volumes of various shapes including cubes, cuboids, cylinders, cones, spheres, hemispheres, and frustums. For each shape, it provides the formulas to calculate total surface area, lateral surface area, and volume. Surface area formulas are given for cubes, cuboids, cylinders, cones, spheres, hemispheres, and frustums. Volume formulas are also provided for each of these shapes.
This document discusses career assessments and how they can help students learn about themselves. It introduces three assessments: the Strong Interest Inventory, Myers-Briggs Type Indicator, and World of Work Map. The Strong Interest Inventory uses Holland Codes to match a person's interests to six broad career themes and specific occupations. It also discusses limitations of Strong results. The Myers-Briggs Type Indicator identifies cognitive preferences to provide career guidance. Completing the three assessments gives students a well-rounded understanding of their strengths.
Presentation by Tunde Varga-Atkins at the Methods@Manchester Methods Fair on Creativity in Social Science Research, recorded session available on YouTube (https://www.youtube.com/watch?v=E9tF0C-75A8)
The document summarizes the phases of implementation of the i-Think program in Malaysian schools between 2012-2015. It involved a gradual rollout starting with 10 pilot schools in 2012 and expanding to include more schools each year, with the goal of having all schools participating by 2015. The program trained students and teachers in the use of Thinking Maps, which are visual tools to help organize and express thinking.
Reed: "Player 2: Mixing Gameplay and Audience Heuristics"rhetoroxor
This document discusses using emergence and heuristics in game design and writing for multiple audiences. It proposes designing courses that use emergence as a tool, practice, and way to address multiple audiences. Games are described as layered combinations of code and images that create feedback loops and facilitate knowledge transfer. The document examines meaning within games between audiences and texts, around games between texts and writers, and outside games between writers and audiences. It advocates for an enacted, networked, and reflexive approach to accidents and loops in design.
Visual literacy is the ability to understand and use images including the ability to think, learn and express oneself in terms of images”.
Visual displays are effective for enhancing the learning of text information.
Slideshow presentation of Engaging the Eye Generation by Johanna Riddle (Stenhouse, 2009).Defines today'sl learners, examines the concept of "new literacy", provides a sequential, spiraling model for developing multiple literacy skills in the classroom.
Chapter 6 discusses defining literacy and designing opportunities for literacy. Literacy is defined as having the ability to understand and use different symbol systems, including printed text, images, music and more. It also involves higher-level cognitive processes to comprehend various messages. As technology has advanced, symbols are no longer just letters but also visuals and audio, requiring new skills. The chapter promotes incorporating multiple symbol systems and technologies into lessons to help students learn in non-linear ways and fully develop literacy.
The document discusses the differences between information literacy and transliteracy and provides lessons for library instruction. It notes that while information literacy focuses on evaluating information using multiple skills, transliteracy addresses how people communicate information across different media. It argues that transliteracy is relevant to library instruction because students are accustomed to communicating information through various media, not just reading and writing. The document suggests that libraries should help students see the library as part of their information network and teach the interaction between information sources, not just their differences. It also advocates teaching transferable skills that allow students to move across literacies and adjust to different media and tools.
The document describes the MI Domain Wheel, which outlines three domains of intelligence - the Introspective, Visual, and Existential domains. The Introspective domain involves learning that is meaningful and connects to one's feelings, values, and attitudes. The Visual domain allows students to visualize ideas and problems in their mind. The Existential domain involves understanding processes in a larger context and seeing the connections between ideas from different disciplines and sources. Each domain includes examples of activities, observable actions, and digital and non-digital technologies that engage students in that type of intelligence.
The document provides guidance for reading and exploring a science fiction book. It suggests identifying the major ideas and premises of the story before, during, and after reading. It prompts keeping a list of questions about characters, events, and problems that reflect current trends. It also recommends thoroughly researching one issue and choosing a project from various options to best fit one's learning style and the ideas in the book. A rubric is included to evaluate science fiction book projects.
The document discusses developing multiliteracies in secondary classrooms. It summarizes perspectives from experts on 21st century skills needed in the workplace, including collaboration, digital literacy, and critical thinking skills. The presentation recommends teachers support these skills by thoughtfully integrating technologies, project-based learning, and encouraging students to develop their own ideas and share their work. It provides examples of digital tools and ends by emphasizing the importance of developing students' abilities to tackle complex problems and envision solutions.
In this invited talk (for the Visual Language Lab at Tilburg University, Netherlands) I discuss my laboratory's recent work on Interactive Narrative Intelligence: research in support of understanding what narrative design is (as a practice), how we might design narratives intentionally, and how we might best support it. In it, I cover a variety of papers across systems, psychology, artificial intelligence, virtual reality, games, and narrative that tackle different facets of these still-open questions, and outline further (more concrete) open questions for future work.
Audio available at: http://snd.sc/ZxALBT
The LRMI is to the Dewey Decimal System as a motorcycle is to a bicycle—designed for a new era to change the very nature of where we can go with instructional resources and how we get there. Platforms and technologies that take advantage of this new tagging standard will drive the future of personalized learning. The Learning Resource Metadata Initiative enables the use of rich, education-specific metadata that not just describes a resource but how it can be used to support learning. You'll learn from those who are evolving this initiative, including both producers and consumers of LRMI metadata, how it connects to big data initiatives like the Shared Learning Collaborative and the Learning Registry, and how it works with other existing and emerging education data standards. Whether you’re an educator, platform developer, or publisher—or you’re like billions of others who search the internet—you’ll benefit from this close-up look at the engine that will drive 21st Century learning.
Games have the potential to transform learning by making it student-centered, complex, and intrinsically motivating. When designed well, games can engage students in solving real-world problems through interactive problem-solving and collaboration. Game-based learning approaches like project-based learning embed critical thinking, communication, and deeper learning within an authentic and engaging context. Educators are exploring how to apply game mechanics and principles of game design to better capture students' interests and promote active, self-directed, and collaborative styles of learning.
Citizen science learning outcomes are best achieved if you name them in advance. As the fifth in our workshop slideshow series on integrating citizen science into informal science education programming, we build on the logic model approach to program planning.
The Impact of Arts Education: What Do We Know?EduSkills OECD
OECD Conference Educating for Innovative Societies on 26 April 2012 - Session 4: Arts Education in Innovation-Driven Societies - The Impact of Arts Education: What Do We Know? by Ellen Winner, Boston College
Monkeybars for Young Minds: New Basics for New World KidsSusan Marcus
Before young children learn to think in words, they think naturally in pictures, sound and movement. Play (in many media) is their natural way of learning. The sensory alphabet we’ll introduce gives “voice” to each child’s best ways of thinking and knowing, offering a personalized path into the abstract world of school. And because this approach interweaves higher order thinking skills and critical thinking skills, it mirrors the child’s natural way of thinking. These elements, in a simple pedagogy, provide a new kind of interior framework for the creative thinking skills the future will demand. It’s as powerful as the ABC’s are for reading.
The document discusses key concepts related to ill-structured domains, creativity, collaboration, and instruction. It covers flexible knowledge, problem solving, convergent and divergent thinking, group thinking, assessment, development, and engagement. Instructional practices discussed include the Goldilocks principle, anchored learning, perceptual-motor grounding, coherence effect, and testing and spacing effect.
Similar to Six Degrees of Integration, Cartography & the 21st Century Thinker (20)
The document is a collection of pictures from the 2015-2016 school year at Cornerstone Learning Community. It shows various moments and events from the year such as students learning, participating in activities, and spending time together through photos without additional context or explanation.
The slideshow from our Café Cornerstone on Friday September 3rd. The slides were updated after the event to reflect the discussion points generated by those who were able to attend. They first unpacked the questions in small groups before having a whole group discussion.
This document celebrates Grandparents Day at CLC school and discusses the school's philosophy of transformative learning. It highlights how the school focuses on putting students at the center and emphasizing teachers as leaders, parents as partners, and project-based/service learning. Examples are given of applied academics projects in areas like solar cars, model UN, and integrated arts. The school aims to cultivate curiosity and provide a collaborative, choice-filled environment of friendship and imagination for students. In the end, the school expresses its love for grandparents on this special day.
Transforming the Ecosystem of Learning With Leadership InquiryJason Flom
This document summarizes a global education conference that focused on taking a whole child approach to learning. It emphasizes using powerful questions to drive transformational learning by assessing situations, discovering big questions, creating visions of possibilities, and evolving strategies. The document provides examples of more and less powerful questions and encourages assessing current situations, fostering shared meaning through reflection and networks, and including diverse perspectives to connect ideas. It promotes asking strategic questions, having authentic conversations, and nurturing communities of practice to support learning that transforms old paradigms.
This document is a racial autobiography by Jason Flom where he reflects on his experience and understanding of race as a white male. He discusses growing up in a racially mixed public school where he was bullied several times by black students without understanding the racial motivations. He realized the significance of race after these experiences. Flom went on to study African American literature in college where he gained a deeper appreciation for racial history but also felt guilt for the role of whites. Now with daughters of his own, he hopes to pass on both an appreciation for racial diversity as well as an understanding of racial privilege to see beyond diversity.
The document outlines the 5th grade curriculum for the Class of 2015, covering topics like climate and environmental systems, water cycles, math, literacy beyond print, blogging, and applied learning experiences between now and 2015. The curriculum emphasizes learning through engagement, adaptation, multicultural experiences, old and new technologies, independent and purposeful work, and looking beyond state lines for understanding civil rights. Teachers remain open to questions, comments, and feedback on the planned curriculum.
The first concentration camps were opened in Germany in 1933, with the camp at Dachau being the earliest. By the beginning of World War II in 1939, the Nazis had established over 1,500 camps across Europe, housing Jewish people and other prisoners. The prisoners experienced harsh conditions, forced labor, malnutrition and abuse, and as many as 6 million Jewish people were killed in the camps and gas chambers during the Holocaust.
World War II maps provide an overview of battles and troop movements during World War II in a visual format. These maps summarize key events and locations of military engagements across various theaters of the war, from 1939 to 1945. They help illustrate the scope and progression of the war across Europe, Africa, and the Pacific.
The document discusses various propaganda campaigns during World War II. In the US, propaganda encouraged carpooling to conserve gas for soldiers, not discussing military information that could help enemies, and avoiding food waste so there was more for soldiers. In Germany, Nazi propaganda included newspapers to spread their message and posters encouraging buying war bonds. Overall, the propaganda aimed to mobilize civilian support for the war efforts on both sides.
The Allied Forces in WWII consisted of three main countries: Great Britain, Russia, and the United States. These countries worked together against Nazi Germany and the Axis powers during World War II. The document provides a brief overview of the main countries that made up the Allied Forces during World War II.
Concentration camps were places where Nazi soldiers took Jews and forced them to work. When the Jews became too weak, the Nazis would kill them. The document contains several images showing Nazi soldiers in concentration camps, Jewish men sleeping in camps, soldiers looking at dead Jews, and Jewish bodies at camps behind barbed wire fences.
The document provides a summary of the Holocaust written by Eliot. It includes images from Nazi concentration camps and references to Adolf Hitler and the Nazis. The summary states that Hitler, though Jewish himself, wanted to kill many Jewish and black people. The Nazis captured Jews but did not fully understand the extent of Hitler's plans. The Holocaust was a terrible event that Jews and the world will never forget. Hitler is described as a horrible person.
The Nazis occupied many parts of Europe between 1940 and 1944, including France, Denmark, and Poland. They forced Jewish people to wear yellow stars to identify and discriminate against them. The Nazi troops wore dark grey uniforms with yellow or black symbols on their shoulders to represent their German affiliation and ideology.
The document discusses the Nazis' rule during World War 2. It describes how the Nazis controlled much of Europe and parts of Africa, and committed atrocities like burning books that contradicted their beliefs and sending Jewish citizens to concentration camps. The document also mentions that Adolf Hitler was the leader of the Nazi movement and that the swastika was the Nazi symbol.
The document discusses Anne Frank hiding from the Nazis during World War 2. It describes how Anne Frank hid with her family behind a bookcase in a secret annex. The document also includes a picture of Anne Frank before going into hiding and a link to a video which is the only existing footage of Anne Frank.
Germany invaded Denmark on April 9, 1940 to gain naval bases and protect their iron ore supply from Sweden. The outmatched Danish army was quickly overwhelmed by German forces. Rather than engage in a pointless battle, the Danish government agreed to Germany's demands to end the fighting. German forces remained in control of Denmark until the end of World War II.
The document summarizes resistance groups during World War II that opposed the Nazis. The resistance fighters risked their lives to help Jews escape and rid their countries of Nazi occupation. They came from many countries like Poland and France. Most resistance fighters who were caught were killed, with only a number marking their graves. The resistance played a key role in ultimately defeating the Nazis.
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
The chapter Lifelines of National Economy in Class 10 Geography focuses on the various modes of transportation and communication that play a vital role in the economic development of a country. These lifelines are crucial for the movement of goods, services, and people, thereby connecting different regions and promoting economic activities.
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
The temple and the sanctuary around were dedicated to Asklepios Zmidrenus. This name has been known since 1875 when an inscription dedicated to him was discovered in Rome. The inscription is dated in 227 AD and was left by soldiers originating from the city of Philippopolis (modern Plovdiv).
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
10. Just a Couple Skills to Teach
geology graphing media literacy
algebra
global awareness letter writing
citizenship adaptabilityresearch information literacy
geography geometry
communication systems thinking climax
historical thinking
democracy parts of a communications literacy
grammar trigonometry
collaboration learning plot
non-fiction
service learning
productivitybook technology literacy
punctuation pre-algebra
flexibility unlearning deconstruction
scanning
earth sciences puzzles civic literacy
variables accountability
adding
social skills listening deliberationtaking
note
physical sciences navigation financial literacy
conflict leadership subtracting
critical thinking reading site words
issue analysis
resolution responsibility
ecology music health literacy
decoding
problem solving ‘riting basic facts
issue identification
test taking creativity art business literacy
spelling
‘rithmetic memorization
engineering
weather observationentrepreneurial literacy
14. Six Degrees of Integration
(to cultivate 21st century thinkers, and doers)
15. Six Degrees of Integration
(to cultivate 21st century thinkers, and doers)
D
I
A
P
E
R
16. Six Degrees of Integration
(to cultivate 21st century thinkers, and doers)
Differentiation
I
A
P
E
R
17. Six Degrees of Integration
(to cultivate 21st century thinkers, and doers)
Differentiation
Integration
A
P
E
R
18. Six Degrees of Integration
(to cultivate 21st century thinkers, and doers)
Differentiation
Integration
Assessment
P
E
R
19. Six Degrees of Integration
(to cultivate 21st century thinkers, and doers)
Differentiation
Integration
Assessment
Poly-Literacy
E
R
20. Six Degrees of Integration
(to cultivate 21st century thinkers, and doers)
Differentiation
Integration
Assessment
Poly-Literacy
Engagement
R
21. Six Degrees of Integration
(to cultivate 21st century thinkers, and doers)
Differentiation
Integration
Assessment
Poly-Literacy
Engagement
Reflection
65. Cartography combines:
science
aesthetics and
technical ability
to create readable
representation
Source: Wikipedia
66. Cartography combines:
science
aesthetics and
technical ability
to create readable
representation capable of
communicating
information
Source: Wikipedia
102. Other, equally valid,
starting points
Random inspiration
Stuck inside on rainy day
Off the cuff response to a
parent
103. Other, equally valid,
starting points
Random inspiration
Stuck inside on rainy day
Off the cuff response to a
parent
You find that you’ve completed
your to-do list for the year
131. The number of
Weather Schools
Climate variations? Forests
Bird Migration Plants
Infinite
Population Hardiness Zones
Gender Some Phone Coverage
Age Examples? Reservations
Voting Patterns Biomes Aquifers
Per Capita Cars Agriculture Earthquakes
Literacy Sprawl Invasive Species
Access to water Biodiversity Sea Temperature
Parks Oceans Olympic Medals
Time Zones Employment Energy Usage
144. Historic Flags
Lat/Long Lines
Compass Rose
Seminole Removal
Route
Scale
Key
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
145. Historic Flags
Lat/Long Lines
Compass Rose
Seminole Removal
Route
Scale
Native Peoples
Key Essays
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
146. Historic Flags
Lat/Long Lines
Compass Rose
Seminole Removal
Route
Regional
Industries
Scale
Native Peoples
Key Essays
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
147. Historic Flags
Lat/Long Lines
Compass Rose
Military Forts
Seminole Removal
Route
Regional
Industries
Scale
Native Peoples
Key Essays
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
148. Historic Flags
Lat/Long Lines
Water Bird
Compass Rose
Reports
Military Forts
Seminole Removal
Route
Regional
Industries
Scale
Native Peoples
Key Essays
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
149. Historic Flags
Lat/Long Lines Ice Age Florida
Water Bird
Compass Rose
Reports
Military Forts
Seminole Removal
Route
Regional
Industries
Scale
Native Peoples
Key Essays
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
150. Historic Flags
Explorer’s Flags
Lat/Long Lines Ice Age Florida
Water Bird
Compass Rose
Reports
Military Forts
Seminole Removal
Route
Regional
Industries
Scale
Native Peoples
Key Essays
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
151. Seminole
Immigration Route
Historic Flags
Explorer’s Flags
Lat/Long Lines Ice Age Florida
Water Bird
Compass Rose
Reports
Military Forts
Seminole Removal
Route
Regional
Industries
Scale
Native Peoples
Key Essays
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
152. Seminole
Early
Immigration Route
Missionaries
Historic Flags
Explorer’s Flags
Lat/Long Lines Ice Age Florida
Water Bird
Compass Rose
Reports
Military Forts
Seminole Removal
Route
Regional
Industries
Scale
Native Peoples
Key Essays
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
153. Native Range of Seminole
Early
Longleaf Pine Immigration Route
Missionaries
Historic Flags Ecosystem
Explorer’s Flags
Lat/Long Lines Ice Age Florida
Water Bird
Compass Rose
Reports
Military Forts
Seminole Removal
Route
Regional
Industries
Scale
Native Peoples
Key Essays
Fact Frame
Major
Ice Age Shipwrecks
Florida Basics Explorers’
Megafauna
Routes
159. 10 Tips for Getting
Started
1. Pensill Pincil Pencil First!
160. 10 Tips for Getting
Started
1. Pensill Pincil Pencil First!
2. Layer, layer, layer
161. 10 Tips for Getting
Started
1. Pensill Pincil Pencil First!
2. Layer, layer, layer
3. Mix Mediums
162. 10 Tips for Getting
Started
1. Pensill Pincil Pencil First!
2. Layer, layer, layer
3. Mix Mediums
4. Repeat after me,
163. 10 Tips for Getting
Started
1. Pensill Pincil Pencil First!
2. Layer, layer, layer
3. Mix Mediums
4. Repeat after me,
“Chaos is okay (from time to time).”
166. 10 Tips Continued
5. Get students brainstorming
6. Make at least 2 of everything
(one for map, one for key)
167. 10 Tips Continued
5. Get students brainstorming
6. Make at least 2 of everything
(one for map, one for key)
7. Create interactive elements
168. 10 Tips Continued
5. Get students brainstorming
6. Make at least 2 of everything
(one for map, one for key)
7. Create interactive elements
8. K.I.S.S. (Keep It Simple Sillies)