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Meghan Cureton

02_future_competences_and_the_future_of_curriculum_30oct.v2.pdf - 1 views

shared by Meghan Cureton on 17 Jul 18 - No Cached
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  • An analysis of current contributions show that although there are substantial variations, most agree that competence is far more complex than skill, and that it comprises knowledge, skills, values, and attitudes.
  • The most recurring examples include: – Creativity, communication, critical thinking, problem solving, curiosity, metacognition; – Digital, technology, and ICTs skills; – Basic, media, information, financial, scientific literacies and numeracy, – Cross-cultural skills, leadership, global awareness; – Initiative, self-direction, perseverance, responsibility, accountability, adaptability; and – Knowledge of disciplines, STEM mindset.
  • Key challenges
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  • Many contributors agree that a competence is a complex construct, comprising knowledge, skills, attitudes, values, etc. But in the actual listing of the competences, they mix competences with their constituent elements.
  • Lack of evident interaction across elements of competences:
  • Lack of a common starting point:
  • Varied taxonomies:
  • Lack of a common language and common concepts
  • Unclear standards and developmental progression:
  • Lack of consensus on the structure of curricula:
  • While there is consensus on the need to transition to competence-based curricula, views on the structure of curricula remain divergent between the maintenance of traditional subjects and learning areas interwoven with competences, and the more radical view that curricula should be restructured around competences.
  • Feasibility of implementation:
  • Managing the transition:
  • Weak or unshared tracking of impact:
  • However, the world still lacks a global normative instrument that can be used as a global reference point for curricula transformation.
  • Competence is herein defined as the developmental capacity to interactively mobilize and ethically use information, data, knowledge, skills, values, attitudes, and technology to engage effectively and act across diverse 21 st century contexts to attain individual, collective, and global good.
  • Distinguishing Attributes of a Competence-based Curriculum
  • A competence-based curriculum is grounded in the understanding of the demands of the learners’ context.
  • In contrast to competence-based curricula, subject-based curricula are mostly grounded in an understanding of the subject matter content or the disciplines. They generally prepare learners to know the subject matters and to gain a deep understanding of advancements in the field. They don’t necessarily emphasize immediate use of acquired knowledge. The application is often deferred to real life situations that learners may confront later in life, forcing them to apply what they had learned. Because of insensitivity to context, it is often easy to have the same curriculum across different contexts, mostly borrowed from what are considered to be advanced contexts. The risk of irrelevance of the curriculum is also higher.
  • A key consideration is how best to facilitate curriculum specialists to gain an in-depth understanding of the learners’ current and future contexts, and how to identify competences, which should be reflected in curricula.
  • Learner centeredness:
  • Competence-based curricula emphasize the ability to use what is learned. Acquisition is important but not sufficient.
  • Emphasis on outcomes or impact:
  • A key consideration is how to support educators to reach for the deeper impact of learning, and how to assess it.
  • Emphasis on trans-disciplinarity:
  • Especially at the post-primary level, a key consideration is how to enable educators to master their specific disciplines, and at the same time, to have adequate knowledge of other disciplines enough to make transdisciplinary linkages. Another challenge is how to design curricula in a way that makes linkages across subjects and learning areas.
  • Competence-based curricula are structured around competences and not around subjects, and progression relates to the competence rather than subject matter difficulty.
  • As the last word, competence-based curricula are not against subject matter content. Effective application of content across disciplines actually requires a high level of mastery of the content.
  • seven macro competences that are considered relevant across contexts. These are: (i) Lifelong learning; (ii) Self-agency; (iii) Interactively using diverse tools and resources; (iv) Interacting with others; (v) Interacting with the world; (vi) Multi-literateness; and (vii) Trans-disciplinarity. Because of their universality, macro competences are quite stable. They allow for curricula stability across transformations and reforms. They are the bigger picture and the overarching "why" of a curriculum.
  • Knowing how to learn is the most critical future competence.
  • The 21 st century requires people to be self-actualized agents.
  • Responsible use of tools and resources is also at the heart of responsible consumption and sustainable lifestyles, which contribute to sustainable development.
  • It demands collaboration to resolve complex problems and create integrated solutions across contexts.
  • This competence enables people to be local and global.
  • Different contexts will demand different types and levels of literacies.
  • Increasing complexity requires ever more sophisticated solutions that integrate knowledge from multiple disciplines and from domains of knowledge.
  • This framework therefore balances the need for dynamic change in curricula with the equal need for stability.
Bo Adams

Students Design, Tinker, Create and Discover through Maker-based Learning | NextGen Lea... - 1 views

  • The nature of maker-based learning actively engages students, nurtures their agency, improves efficacy, and develops a creator or producer identity instead of a (passive) consumer one.
  • In Thomas’ experience, too many people fail to reflect on WHY they’re choosing certain tools, and HOW those tools will be integrated into the curriculum and culture of school.
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    Sometimes the impetus for making is a practical problem. Other times, play, curiosity and imagination are the motivators. Regardless, researchers from Harvard's Project Zero agree, "maker experiences help students learn to pursue their own passions and become self-directed learners, proactively seeking out knowledge and resources on their own" (Agency by Design, p. 3). HT Parker Thomas
Nicole Martin

Applying Learning in Multiple Contexts | Edutopia - 0 views

  • New learning is fragile until something is done with it.
  • Providing students with directed opportunities to employ multifaceted manipulation of information promotes strong, transferrable memory creation.
  • This engages multiple regions in the brain in the processing of new learning, generating a more expansive, interconnected network of communication among stored memories. This cross-referencing strengthens memory creation in several ways.
Meghan Cureton

3 Ways to Unlock the Wisdom of Colleagues | Edutopia - 0 views

  • when teachers have regular, structured opportunities to learn together, good ideas are more likely to travel from one classroom to the next.
  • Collaboration takes time and planning. If classroom observation becomes part of a school’s strategy, administrators have to make time during the regular school day for shared professional learning among the staff. School leaders should also have to have clear objectives for the program of observation, and protocols to keep discussion on track and to ensure that the time isn’t wasted.
  • A spirit of continuous learning permeates the school, which encourages all teachers
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  • “Sometimes the best things going on are happening in your own building, and you might miss them because you’re doing your own thing,”
  • teachers meet regularly outside of class time to examine their students’ coursework as a team.
  • “The reason we look at student work is to help teachers become better teachers,”
  • “are better able to guide and facilitate a deeper level of student learning.”
  • community of learners who use planned, peer-to-peer feedback to help raise student outcomes throughout the school.
  • Each three-hour teacher lab focuses on a specific instructional topic that teachers choose to explore together, such as student engagement strategies.
  • To encourage more teacher collaboration in your school, you’ll want to consider: Time: Where will you find time within the regular school day for teachers to step outside their own classrooms and learn together? Structure: How might a protocol or specific observation prompt help to focus the learning experience? Who will play a lead role in facilitating the teacher experience and encouraging reflection? How will you capture takeaways? The National School Reform Faculty publishes a number of protocols for professional learning, such as this one for looking at student work. Follow-up: How are teachers applying what they learn together? How do students benefit as a result of teacher collaboration?
Meghan Cureton

How Being Part of a 'House' Within a School Helps Students Gain A Sense of Belonging - 0 views

  • sense of inclusion and engagement in a common enterprise can have academic benefits as well as social-emotional ones
  • each takes responsibility for advising 28 of the house’s students, whom they follow through the end of sophomore year.
  • houses have not just missions, colors, chants and symbols but also hand signs and mottos—each classroom contains four colored containers.
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  • In a paper on the topic,
  • requires a long-term commitment,” Hayes said, as well as whole-school involvement.
  • For a house system to succeed, there has to be something substantive behind it, an underlying ethos being reinforced.
  • “The houses are not just a thing that you do,” Kloczko agreed. “It’s really your whole school culture.”
Meghan Cureton

Why Empathy Holds the Key to Transforming 21st Century Learning | MindShift | KQED News - 2 views

  • Empathy has the potential to open up students to deeper learning, drive clarity of thinking, and inspire engagement with the world—in other words, provide the emotional sustenance for outstanding human performance.
  • Empathy lies at the heart of 21st century skillfulness in teamwork, collaboration and communication in a diverse world.
  • The frontal lobes of the brain, at least as much as we know now, are the seat of planning, execution, problem solving and creativity—and when the frontal lobes are working well, so are we.
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  • Setting up a culture of care is very much an exercise in making empathy central to daily work.
  • Empathy is now identified as the first step in the design process, whether crafting new software for a user or creating form-factors that inherently please the consumer.
  • empathy is described as ‘step.’ But that easy designation belies a very deep process in which a designer must, for lack of a better term, ‘sink into the mind of another and take on their persona’. That is a deep descriptor of an ultimate form of empathy—and it may be a necessary component of an educational system increasingly tilted toward design and inquiry.
  • Ready or not, education is entering an age in which social learning is the new norm. Pure academics are giving way to increased opportunities for students to work together; teachers increasingly take on the role of co-learner and facilitator; listening, learning, and teaming are the new core skills. At the heart of this new skillfulness for everyone is the ability to forge deep connections lead to creative problem solving and positive pursuits. Taken all together, this makes empathy critical to schools. In fact, very soon we will need to invent a new taxonomy of learning that makes empathy the base of the learning pyramid.
Bo Adams

What's Going on Inside the Brain Of A Curious Child? | MindShift | KQED News - 1 views

  • when kids are curious, they’re much more likely to stay engaged.
  • ‘Curiosity really is one of the very intense and very basic impulses in humans. We should base education on this behavior.’
  • brain’s chemistry changes when we become curious, helping us better learn and retain information.
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  • “But even people with really good memory will remember only a small fraction of what happened two days ago.”
  • When the participants’ curiosity was piqued, the parts of their brains that regulate pleasure and reward lit up. Curious minds also showed increased activity in the hippocampus, which is involved in the creation of memories.
  • dopamine
  • curious brains are better at learning not only about the subject at hand, but also other stuff — even incidental, boring information.
  • She says her students love exploring the mysterious unknowns in science: What happens when a car crashes? Why does one car get more beat up than the other? Why do some people look more like their aunt than their mom? How do rainbows work?
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    HT Kelly Kelly
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