Cognitive Load Theory 3 - intrinsic, extraneous, germane.

00:02:38
https://www.youtube.com/watch?v=IkH0EGYqWO0

Resumo

TLDRCognitive load consists of three types: intrinsic, extraneous, and germane. Intrinsic load relates to the task's difficulty based on novel elements and the learner's capacity. Extraneous load involves distractive elements in instructional materials that do not aid learning, whereas germane load pertains to the mental effort used to connect new information with what is already known. Effective instruction aims to balance these loads for optimal learning outcomes.

Conclusões

  • 🧠 Cognitive load consists of three types: intrinsic, extraneous, and germane.
  • 🔍 Intrinsic load is the inherent difficulty of the task based on learner's expertise.
  • 🚫 Extraneous load comes from poorly designed instructional materials that distract learners.
  • 💡 Germane load refers to the mental effort spent on integrating new and existing knowledge.
  • 🔑 Effective learning design aims to manage cognitive load for better educational outcomes.
  • 📉 Reducing extraneous load allows more room for germane cognitive efforts.
  • 📖 A learner's long-term memory helps ease intrinsic load by connecting new knowledge.
  • 🚀 Instructional design should focus on clarity to minimize extraneous cognitive load.

Linha do tempo

  • 00:00:00 - 00:02:38

    The concept of cognitive load comprises three types: intrinsic, extraneous, and germane load, which collectively influence a learner's capacity to process information. Intrinsic load relates to the inherent difficulty of a task, shaped by the number of novel elements involved and their interactivity. Learners with more established long-term memory can better handle novel information, easing the intrinsic load based on task complexity and learner expertise. Extraneous load refers to the burden imposed by poorly designed instructional materials that distract from learning, such as irrelevant details or poor presentation. This unnecessary load can diminish cognitive capacity and hinder learning. Finally, germane load focuses on the mental effort necessary for integrating new information with prior knowledge. Effective instructional design aims to balance these loads by managing task complexity, minimizing distractions, and fostering connections with existing knowledge to promote a productive learning environment.

Mapa mental

Vídeo de perguntas e respostas

  • What are the three types of cognitive load?

    Intrinsic, extraneous, and germane load.

  • What does intrinsic load refer to?

    It refers to the inherent difficulty of a task, influenced by the number of novel elements and their interactivity for a learner.

  • How is extraneous load caused?

    It is caused by poorly designed instructional materials that include unnecessary details or distractions.

  • What is germane load?

    It is the mental capacity directed towards integrating new information with existing knowledge.

  • How can we reduce extraneous load?

    By removing distracting materials and ensuring instructional design is clear and focused on the learning goals.

  • What is the goal of instructional design in relation to cognitive load?

    To manage the complexity of learning tasks, reduce extraneous load, and encourage germane load.

  • Why is understanding cognitive load important for learners?

    Understanding cognitive load helps learners and instructors optimize the learning process by managing mental resources effectively.

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    cognitive load comes in three types
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    intrinsic extraneous and germane these
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    add up in order meaning if the demands
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    of the first two are too great there's
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    less room for germane mode before
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    cognitive overload occurs the first type
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    is intrinsic load this refers to the
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    innate difficulty of a task for a
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    particular learner this is determined by
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    the number of novel elements and the
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    level of interactivity between the
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    elements given working memory is limited
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    to somewhere between three and seven
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    novel elements interacting at one time
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    but long-term memory is unlimited the
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    more elements our learner holds in
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    long-term memory schemers the easier the
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    learning task will be because working
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    memory is only limited when dealing with
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    novel information so a task will have a
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    base level or intrinsic load affected by
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    the complexity of the task the expertise
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    and the working memory capacity of the
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    learner the second type is extraneous
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    load this is the additional load imposed
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    by poorly designed instructional
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    materials any unnecessary details
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    included in instructional material like
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    funny cat memes or background music or
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    unnecessary anecdotes or flashy but
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    useless animations causes some of the
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    students cognitive capacity we spent
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    dealing with that if you use poor fonts
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    speak in a monotone or use complicated
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    vocabulary this also imposes extraneous
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    load it's anything included that does
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    not directly contribute to the learning
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    goal the third type is germane load or
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    generative load this is the mental
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    capacity that is directed towards
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    integrating the new information with
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    existing knowledge this is what we aim
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    to encourage one way to think of it is
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    that this is the part of your mind going
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    oh I get it
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    that's like and linking to some past
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    knowledge when you learn something if we
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    overload the brain we leave no room for
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    these valuable thoughts to occur we can
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    also directly encourage such thoughts in
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    our design by including prompts like
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    remember when we studied a similar IDE
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    last week so the aim of instructional
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    design of any type is to manage how
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    complicated a learning task is for our
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    students intrinsic load reduce
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    distracting material extraneous load and
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    encourage germane load watch the next
  • 00:02:31
    super short video to discover how
  • 00:02:33
    learning is actually measured in
  • 00:02:34
    cognitive load experiments
Etiquetas
  • Cognitive Load
  • Intrinsic Load
  • Extraneous Load
  • Germane Load
  • Instructional Design
  • Learning
  • Working Memory
  • Long-term Memory
  • Education
  • Cognitive Science