The resources here are designed for both educator and learner use of the Agency by Design Framework for Maker-Centered Learning. In this collection you will find three sets of resources. Thinking Routines offer several mini-strategies to encourage active processing and build on learners’ background knowledge. Activities & Practices offer suggestions and guidelines for teaching a variety of maker-centered learning activities. The Documentation and Assessment Tools offer a range of techniques and activities that help learners and educators reflect on thinking and learning and be intentional in their efforts to improve the learning process. All of the tools are designed to help develop the maker capacities of Looking Closely, Exploring Complexity, and Finding Opportunity.
This thinking routine helps learners slow down and make careful, detailed observations by encouraging them to look beyond the obvious features of an object or system. This thinking routine helps stimulate curiosity, raises questions, and surfaces areas for further inquiry.
This thinking routine helps learners slow down and make careful, detailed observations by encouraging them to look beyond the obvious features of an object or system. This thinking routine helps stimulate curiosity, raises questions, and surfaces areas for further inquiry.
The AbD Making Moves are a set of observable or actionable “moves” that learners and educators can use to help design maker-centered learning experiences, and to support, observe, document, and assess maker-centered learning.
The AbD Making Moves are a set of observable or actionable “moves” that learners and educators can use to help design maker-centered learning experiences, and to support, observe, document, and assess maker-centered learning.
This routine helps students explore complexity by encouraging them to look closely at the details of something, considering its various viewpoints, users, and stakeholders, and reflecting on their own connections and involvement with it.
This routine helps students explore complexity by encouraging them to look closely at the details of something, considering its various viewpoints, users, and stakeholders, and reflecting on their own connections and involvement with it.
This thinking routine helps learners slow down and look closely at a system. In doing so, young people are able to situate objects within systems and recognize the various people who participate—directly or indirectly—within a particular system.
This thinking routine helps learners slow down and look closely at a system. In doing so, young people are able to situate objects within systems and recognize the various people who participate—directly or indirectly—within a particular system.
This routine encourages learners to consider the different and diverse perspectives held by the various people who interact within a particular system.
This routine encourages learners to consider the different and diverse perspectives held by the various people who interact within a particular system.
This routine first encourages divergent thinking, as learners think of new possibilities for an object or system, and then encourages convergent thinking, as learners decide upon an effective approach to build, tinker, re/design, or hack an object or a system.
This routine first encourages divergent thinking, as learners think of new possibilities for an object or system, and then encourages convergent thinking, as learners decide upon an effective approach to build, tinker, re/design, or hack an object or a system.
A protocol for looking closely at content, considering perspectives and representation, and then redesigning or reimagining that content from one's own perspective. Try out the accompanying Learner Workbook!
A protocol for looking closely at content, considering perspectives and representation, and then redesigning or reimagining that content from one's own perspective. Try out the accompanying Learner Workbook!
This Learn Workbook supports engagement with the Voice and Choice protocol. Created by Julie Rains.
This Learn Workbook supports engagement with the Voice and Choice protocol. Created by Julie Rains.
A protocol for looking critically at content and developing a sensitivity to the role(s) of power and participation in the design of objects and systems.
A protocol for looking critically at content and developing a sensitivity to the role(s) of power and participation in the design of objects and systems.
A set of questions for students and educators that support critical inquiry and awareness when approaching human-designed objects and systems.
A set of questions for students and educators that support critical inquiry and awareness when approaching human-designed objects and systems.
This practice allows learners to notice features of an object that they may not have the vocabulary to fully describe yet. By doing several sketches, learners have the chance to engage in perspective taking and to see details they might miss at first glance.
This practice allows learners to notice features of an object that they may not have the vocabulary to fully describe yet. By doing several sketches, learners have the chance to engage in perspective taking and to see details they might miss at first glance.
Mechanical dissections are a practice that allows learners to discover the often hidden design of objects.
Mechanical dissections are a practice that allows learners to discover the often hidden design of objects.
The Inquiry Cycle is a tool to support teacher and student learning—and to make that learning visible—all the while exploring the capacities associated with the Agency by Design framework for maker-centered learning.
The Inquiry Cycle is a tool to support teacher and student learning—and to make that learning visible—all the while exploring the capacities associated with the Agency by Design framework for maker-centered learning.
This thinking routine helps learners to think in the past, present, and future, viewing their making in the context of a long-term and broad trajectory of learning. It is meant to cultivate an ongoing reflective practice in the classroom.
This thinking routine helps learners to think in the past, present, and future, viewing their making in the context of a long-term and broad trajectory of learning. It is meant to cultivate an ongoing reflective practice in the classroom.
This practice promotes noticing, play, and exploration. When learners have time to tinker with materials they can gain an understanding of the affordances, possibilities, and constraints inherent in a variety of making materials.
This practice promotes noticing, play, and exploration. When learners have time to tinker with materials they can gain an understanding of the affordances, possibilities, and constraints inherent in a variety of making materials.
This practice is designed to deepen learners’ sensitivity to design through drawing, observing, questioning, and collaborating.
This practice is designed to deepen learners’ sensitivity to design through drawing, observing, questioning, and collaborating.
This practice supports co-inspiration and the cross-pollination of ideas during maker-centered group work.
This practice supports co-inspiration and the cross-pollination of ideas during maker-centered group work.
The practice of mapping allows learners to build and demonstrate their understanding of the parts, people, and interactions that comprise a given system.
The practice of mapping allows learners to build and demonstrate their understanding of the parts, people, and interactions that comprise a given system.
A conversation starter and reflective activity for introducing young people and adults to making.
A conversation starter and reflective activity for introducing young people and adults to making.
These conversation-starters help learners become sensitive to the presence of the Making Moves in their own and others’ learning. They also help learners have substantive conversations about the Making Moves with their peers.
These conversation-starters help learners become sensitive to the presence of the Making Moves in their own and others’ learning. They also help learners have substantive conversations about the Making Moves with their peers.
This tool is connected to the Agency by Design Making Moves. The Making Moves identifies three maker capacities that support a sensitivity to design, along with their associated learning moves. Here you’ll find three observation sheets, one for each of the maker capacities: Looking Closely, Exploring Complexity, and Finding Opportunity.<
This tool is connected to the Agency by Design Making Moves. The Making Moves identifies three maker capacities that support a sensitivity to design, along with their associated learning moves. Here you’ll find three observation sheets, one for each of the maker capacities: Looking Closely, Exploring Complexity, and Finding Opportunity.<
This tool is connected to the Agency by Design Making Moves. The Making Moves identifies three maker capacities that support a sensitivity to design, along with their associated learning moves. Here you’ll find three observation sheets, one for each of the maker capacities: Looking Closely, Exploring Complexity, and Finding Opportunity.<
This tool is connected to the Agency by Design Making Moves. The Making Moves identifies three maker capacities that support a sensitivity to design, along with their associated learning moves. Here you’ll find three observation sheets, one for each of the maker capacities: Looking Closely, Exploring Complexity, and Finding Opportunity.<
This routine encourages divergent thinking by prompting students to think of new possibilities for an object or system. It can also encourage convergent thinking by giving students a basis from which to narrow down their ideas so they can redesign or hack an object or a system. Ultimately, this thinking routine is about finding opportunity and p
This routine encourages divergent thinking by prompting students to think of new possibilities for an object or system. It can also encourage convergent thinking by giving students a basis from which to narrow down their ideas so they can redesign or hack an object or a system. Ultimately, this thinking routine is about finding opportunity and p
This tool guides young learners to look closely at a system and explore its complexity by directly experiencing the system and reflecting on that experience. This is particularly helpful when working with very young students who may struggle to conceptualize a complex system without direct experience. In addition, this tool provides suggestions
This tool guides young learners to look closely at a system and explore its complexity by directly experiencing the system and reflecting on that experience. This is particularly helpful when working with very young students who may struggle to conceptualize a complex system without direct experience. In addition, this tool provides suggestions
The routine helps students explore complexity by encouraging them to consider that people may have different experiences with and perspectives on the same object or system. This routine also encourages students to think more carefully about how the object or system impacts their lives and the lives of others.
The routine helps students explore complexity by encouraging them to consider that people may have different experiences with and perspectives on the same object or system. This routine also encourages students to think more carefully about how the object or system impacts their lives and the lives of others.
This routine encourages learners to slow down and look closely at a system. It helps them notice that there are different people who participate in the system and that they participate in different ways. It also encourages students to explore how one change in a system can impact the rest of the system. This thinking routine can help foster curi
This routine encourages learners to slow down and look closely at a system. It helps them notice that there are different people who participate in the system and that they participate in different ways. It also encourages students to explore how one change in a system can impact the rest of the system. This thinking routine can help foster curi
This routine encourages learners to slow down and make careful, detailed observations as they look beyond the obvious features of an object or system and think about how it works. This thinking routine can help foster curiosity as children notice details, ask questions, make connections, and identify topics for future inquiry.
This routine encourages learners to slow down and make careful, detailed observations as they look beyond the obvious features of an object or system and think about how it works. This thinking routine can help foster curiosity as children notice details, ask questions, make connections, and identify topics for future inquiry.
Engaging young learners in exploring complexity and finding opportunities to make systems better requires perspective taking and empathy. Role playing can be a powerful approach to support learners in taking others’ perspectives when exploring the roles, ideas, and feelings of different characters in a system. Here we offer a few thoughts on h
Engaging young learners in exploring complexity and finding opportunities to make systems better requires perspective taking and empathy. Role playing can be a powerful approach to support learners in taking others’ perspectives when exploring the roles, ideas, and feelings of different characters in a system. Here we offer a few thoughts on h
Just as the broader Agency by Design framework for maker-centered learning encourages people to be active creators of the designed world, the Hacker Helper Tool invites educators to view the breadth of educator resources associated with the Agency by Design framework as malleable. This tool provides prompts to support educators
Just as the broader Agency by Design framework for maker-centered learning encourages people to be active creators of the designed world, the Hacker Helper Tool invites educators to view the breadth of educator resources associated with the Agency by Design framework as malleable. This tool provides prompts to support educators
This routine encourages students to consider the diverse perspectives that different people within a particular system may have based on their role in the system. This routine fosters perspective taking and can help children generate new questions and/or ideas about the system, how it works, and how it might be improved.
This routine encourages students to consider the diverse perspectives that different people within a particular system may have based on their role in the system. This routine fosters perspective taking and can help children generate new questions and/or ideas about the system, how it works, and how it might be improved.
PROTOCOLO PARA ANALIZAR DE FORMA CRÍTICA UN CONTENIDO, CONSIDERANDO DIFERENTES PERSPECTIVAS Y REPRESENTACIÓN, PARA DESPUÉS REDISEÑAR O REIMAGINAR ESE CONTENIDO DESDE UNA PERSPECTIVA PROPIA.
Essa rotina de pensamento ajuda os estudantes a desacelerar e a olhar atentamente para um sistema. Ao fazer isso, os jovens são capazes de situar objetos dentro de sistemas e reconhecer as várias pessoas que participam – direta ou indiretamente – de determinado sistema.
Slow Looking provides a robust argument for the importance of slow looking in learning environments both general and specialized, formal and informal, and its connection to major concepts in teaching, learning, and knowledge. A museum-originated practice increasingly seen as holding wide educational benefits, slow looking contends that patient, immersive attention to content can produce active cognitive opportunities for meaning-making and critical thinking that may not be possible though high-speed means of information delivery. Addressing the multi-disciplinary applications of this purposeful behavioral practice, this book draws examples from the visual arts, literature, science, and everyday life, using original, real-world scenarios to illustrate the complexities and rewards of slow looking.
This practice allows learners to notice features of an object that they may not have the vocabulary to fully describe yet. By doing several sketches, learners have the chance to engage in perspective taking and to see details they might miss at first glance.
This practice promotes noticing, play, and exploration. When learners have time to tinker with materials they can gain an understanding of the affordances, possibilities, and constraints inherent in a variety of making materials.
This practice supports co-inspiration and the cross-pollination of ideas during maker-centered group work.
這個思考模式通過讓學生慢慢、細心地觀察物件和系統中的細節，鼓勵他們不止觀察物件的表面特徵，更重要的是了解其內部運作。這個思考模式可以激發學生的好奇心，鼓勵他們勇於提出問題，並且能做更深入的研究。
Participatory Creativity: Introducing Access and Equity to the Creative Classroom presents a systems-based approach to examining creativity in education that aims to make participating in invention and innovation accessible to all students. Moving beyond the gifted-versus-ungifted debate present in many of today’s classrooms, the book’s inclusive framework situates creativity as a participatory and socially distributed process. The core principle of the book is that individuals are not creative, ideas are creative, and that there are multiple ways for a variety of individuals to participate in the development of creative ideas. This dynamic reframing of invention and innovation provides strategies for teachers, curriculum designers, policymakers, researchers, and others who seek to develop a more equitable approach towards establishing creative learning experiences in various educational settings.