Universal Design for Learning Flashcards
Universal Design for Learning (UDL)
is an approach to designing curricula that eliminates barriers in the learning environment in order to improve educational experiences for all learners. All aspects of learning are designed to be modified based on various learner needs. These components of learning design include instructional goals and objectives, methods of instructional delivery, materials used for learning, and assessments.
Principles of UDL:
- multiple means of representation
- multiple means of action and expression
- multiple means of engagement
Universal Design for Learning
three principles
The three principles of Universal Design for Learning. Provide multiple means of engagement uses the brain’s affective networks and addresses the “why” of learning. Provide multiple means of representation uses the recognition networks and addresses the “what” of learning. Provide multiple means of action and expression uses the strategic networks and addresses the “how” of learning.
Learner Diversity
UDL acknowledges that diversity among individual learners needs to be considered when designing instruction and addressed during the learning process. The different backgrounds, skill sets, needs, and interests learners have can greatly contribute to the learning process and shape how they acquire new knowledge.
Eradicating the approach to designing “one-size-fits-all” instruction is key to UDL. Designing curricula extends beyond designing for only one type of learner. Multiple options for learning should be incorporated into instructional design to effectively educate diverse learners.
The Three Primary Brain Networks
Learning is not a one-dimensional process. Research in neuroscience has discovered that three primary brain networks play a role in gathering new information and being engaged in education.
Recognition Networks
Perceiving and gathering information, understanding ideas, recalling facts, and recognizing voices and language are all examples of how recognition networks work in our brains. Recognition networks enable us to collect knowledge.
Strategic Networks
Examples of how strategic networks work include planning and organizing tasks, connecting ideas together, executing actions and demonstrating skills. Strategic networks come into play when learners complete activities and assessments that allow them to practice competencies and demonstrate mastery of competencies and learning objectives. Strategic networks are involved when learners apply the knowledge they have acquired.
Affective Networks
Affective networks in the brain enable us to assign significant or personal meaning to newly acquired knowledge and discover what stimulates us during the learning process. Through affective networks, learners are engaged in the learning process. They are attentive to what is being taught and are motivated to learn more.
No One Thinks Exactly the Same
With knowing how learning takes place through these neural networks, not everyone is going to perceive information exactly the same way. Not everyone is going to connect ideas in the same manner or assign the same meaning or significance to a piece of knowledge. Universal Design for Learning aims to embrace these differences in learners. Diversity in learning is highlighted in UDL through the principles and guidelines the approach utilizes for creating varied and flexible instruction.
Principle 1: Provide Multiple Means of Representation
We learned that we collect information through the recognition networks in the brain, but collecting that information depends on how that information is presented to us as learners. Learners are diverse. There are learners who may have different cultural backgrounds, learners who may be visually or hearing impaired, and learners who may have cognitive disabilities. Not everyone perceives information the same way, so it is critical that instruction is delivered in various, multiple formats.
Multiple Means of Representation focuses on ensuring variety in instructional delivery. Different mediums should be considered when teaching learners. Presenting information in formats such as print, electronic text, visual and aural is critical. Consider those who may have cognitive, visual, and auditory disabilities, or those who may speak a different native language. For a student who has a cognitive disability, providing instructional visuals may help him or her process information; but a visual will not assist a student who is visually impaired. Implementing multiple instructional options will enhance the chances of diverse learners achieving learning goals and objectives.
Guidelines for Multiple Means of Representation:
Guideline 1: Provide Options for Perception
Information is perceived through the senses, particularly through sight, sound, and touch. If instructional information is not presented in a way a learner perceives information, it will be extremely difficult for the learner to grasp the knowledge. Preventing imperceptibility involves presenting the same kind of information in different formats, particularly in formats students can customize based on their specific needs. When options for learners are built into instructional materials, it maximizes a teacher’s chances of reaching a greater number of students.
Guidelines for Multiple Means of Representation:
Guideline 1: Provide Options for Perception
Checkpoint 1.1: Allow Information to be Customized
Teachers should consider presenting information in print as well as in digital formats. When digital materials are presented, students should be able to customize the information according to their specific needs. For example, learners should be able to adjust text and image sizes, change fonts, color contrast, the sound and speed levels of audio and video resources.
Guidelines for Multiple Means of Representation:
Guideline 1: Provide Options for Perception
Checkpoint 1.2: Make Auditory Information Accessible
Be aware that information presented audibly may not be accessible to students who are deaf or hard of hearing. Consider providing captions and transcripts for video and audio, incorporate speech-to-text technology in the classroom, and supply visual interpretations of music or sounds.
Guidelines for Multiple Means of Representation:
Guideline 1: Provide Options for Perception
Checkpoint 1.3: Make Visual Information Accessible
Be cognizant that information presented in a visual format may not be accessible to students who may be blind or visually impaired, or to students who may not know how to interpret graphics due to their backgrounds. Provide both print and electronic descriptions of images and graphics, and use physical, tactile models (maps, atomic structures) for students to touch to grasp information.
Guidelines for Multiple Means of Representation:
Guideline 2: Provide Options for Language, Mathematical Expressions, and Symbols
Different representations of content should be presented to learners to not only increase accessibility, but to enhance comprehension. There are instances where learners may not know or understand what a graphic or symbol may be communicating to them, or what a mathematical equation may be asking of them. This could be due to a specific disability or it could be due to differing cultural backgrounds. In any case, instructors should provide supplemental materials that increase understandability.
Guidelines for Multiple Means of Representation:
Guideline 2: Provide Options for Language, Mathematical Expressions, and Symbols
Checkpoint 2.1: Explain Vocabulary and Symbols
It is vital to the learning process that instructors take time to teach vocabulary and symbol meanings that will enable students to be successful. Provide descriptions along with graphics and symbols; and supply additional resources like definitions and translations for unfamiliar terms.
Guidelines for Multiple Means of Representation:
Guideline 2: Provide Options for Language, Mathematical Expressions, and Symbols
Checkpoint 2.2: Highlight Syntax and Structure
The structure of sentences or math equations may be confusing or unfamiliar to some learners. Ensure that relationships between structures are highlighted and emphasized. Additionally, help students connect syntax and structure they have already learned to new knowledge they obtain.
Guidelines for Multiple Means of Representation:
Guideline 2: Provide Options for Language, Mathematical Expressions, and Symbols
Checkpoint 2.3: Help Decipher Mathematical Notation, Text, and Symbols
To help students learn math symbols and notations, and decode them easier, teachers need to use the symbols frequently. Learners can better recall the meaning of symbols, text, and notations if they are used with fluency in the classroom environment.
Guidelines for Multiple Means of Representation:
Guideline 2: Provide Options for Language, Mathematical Expressions, and Symbols
Checkpoint 2.4: Support Other Languages
For learners who are not very familiar with the primary language used in the classroom, additional resources should be provided. Consider supplying definitions and key information in both the primary classroom language as well as a student’s native language. Electronic translation tools may also assist learners in comprehending language. Also, consider complementing text-based materials with visuals to increase understanding of text information.
Guidelines for Multiple Means of Representation:
Guideline 2: Provide Options for Language, Mathematical Expressions, and Symbols
Checkpoint 2.5: Utilize Multiple Media Formats
Text has traditionally been the primary format for instructional materials. However, learning materials presented in text format may be inaccessible to students with cognitive disabilities and print disabilities. Text-based materials should be supplemented with visual illustrations like diagrams, models, charts, and videos. Ensure that connections between the text formats and visual formats are clear to learners.
Guidelines for Multiple Means of Representation:
Guideline 3: Provide Options for Comprehension
The key to education is to ensure learners are able to use and apply knowledge they consume. Enabling students to link new information to what they have previously learned and incorporating active learning strategies may increase a student’s capacity to process information. Students are diverse in how they process information, so instructors must include variable options for learners to comprehend information.