Category: Lizzie’s UDL File

Posts by Lizzie Davis in her UDL File

From Love to Criminal Profiling

A globe, non-fiction text, magnifiying glass and pen on a desk.
Background knowledge is crucial to comprehension. Image: StockSnap on Pixabay.

What do criminal profiling, the ‘getting-to-know-you stage of a relationship, the job application work history and reference check process, and school learning all have in common? The need for background information.

Whether it’s the earlier stages of a flourishing relationship, reference and employment checks when applying for a new job or profiling people to prevent crime, background information is crucial in developing understanding and making meaning. What we are doing in each of these scenarios is trying to comprehend or understand a person.

In the Universal Design for Learning (UDL) framework, one of the three main principles relates to information presentation. Naturally, comprehension is a key theme.

Comprehension

So, what is comprehension?

Comprehension is about making meaning; about understanding. In Read About It: Scientific Evidence for Effective Teaching of Reading (p 25), Kerry Hempenstall defines reading comprehension as “Extracting and constructing meaning from written text using knowledge of words, concepts and ideas.” CAST, the home of UDL, explains that comprehension is about transforming accessible information into useable knowledge. Both sources agree that it is the educator’s duty to support learners to access knowledge to develop understanding in teaching.

Background Information

A key component of comprehension is background information. Pre-existing or taught knowledge of the domain studied is crucial for students to develop their understanding. So how can we help our students to develop background information?

First, take every opportunity to introduce or develop domain-specific knowledge. This can be through pre-reading or pre-teaching. Using demonstrations or models help to achieve this.

Next, support the development of general knowledge through engagement with news and current affairs, documentaries or video-clips. Link this to existing knowledge by supporting students to make connections to what they already know. Encourage linking and drawing on prior knowledge by using anchor charts, making visuals and embedding opportunity for mastery of concepts.

Also, develop a culture of curiosity in your learning spaces. Model thinking aloud that highlights your curiosity. Then, model how to uncover knowledge of your curiosity through, for example, effective searches on the internet. Mind-mapping, or developing metaphors to make connections, are other effective strategies.

Additionally, making use of graphic organisers is beneficial. Students benefit from making explicit connections across and between key learning.

There are more practical suggestions on reducing barriers to learning on the CUDA website.

UDL and Comprehension Across Languages

A collection of phrasebooks
Making vocabulary clear increases accessibility. Image: Tessa Kavanagh, Pixabay

Recall the halcyon days pre-COVID. International travel was relatively accessible for many. An essential travel tool was a phrasebook, translator app or digital translator to aid understanding across languages. These tools facilitated at least a basic opening into communication, culture and comprehension in a foreign country, in a foreign language. Without a sound grasp of the language, life and learning can be difficult. Everyday activities that are taken for granted in a home country may suddenly become complex, confusing and result in a heavy cognitive load.

Imagine then, the complex process of learning for students for whom we teach in a language outside that which is familiar. For some, it may be learning new jargon, for others it may be learning in a second language.

As with all principles and checklists in Universal Design for Learning (UDL), the overarching goal is to make learning accessible to all. The following strategies are based on recommendations by CAST.  Educators may employ these to facilitate accessibility where the language used may otherwise present a barrier to learning:

    • Make all key information in the dominant language also available in first languages for learners with limited-English proficiency
    • Provide information in Auslan for learners who are deaf
    • Link key vocabulary words to definitions and pronunciations in both dominant (eg. English) and first languages
    • Define domain-specific vocabulary/jargon using both domain-specific terminology and in common language or alternative representations, such as illustrations, charts, images
    • Create a culture of shared learning through activities such as a word wall, group glossary or word bank, where all learners may add contributions of vocabulary and their translations
    • Provide translation tools or links to multilingual glossaries on the web
    • Embed visual supports for vocabulary clarification (illustrations, charts, images, infographics, videos, etc) into learning experiences
    • Make use of concrete materials to support abstract concepts, as in maths learning

There are more practical suggestions on reducing barriers to learning on the CUDA website.

It’s All Double Dutch to Me

Instructions for use written in symbols which are hard to decipher.
It’s all double Dutch. Decoding symbols can be a barrier to learning. Image: Gerd Altman.

You are not a coder, but take a look at the ‘back-end’ of a website. You are not bilingual, but start reading Le Monde. You are not a mathematician, but explore algebraic geometry. You have few mechanical skills, but still attempt to follow a bicycle assembly manual…and you don’t get very far with any of these areas. Rather, you may think, “It’s all double Dutch to me!”

Double Dutch is speech or language that is difficult to understand or decipher. Spare a thought for students who do not possess prior knowledge or awareness of specific language or symbols used in learning. The English alphabet is a code of letters that symbolise specific sounds. The process of decoding an encoded language begins with reading and then decoding the symbols to Braille, for example. Similarly, recognising and understanding mathematical symbols can be highly challenging. For some learners, fluency in decoding does not occur quickly. This means the student has difficulty in accessing the learning. 

The lack of automaticity in decoding symbols creates an additional layer of cognitive load for the student. In turn, their ability to use their cognition on processing the learning or making meaning of it is limited.

To support learners’ acquisition of symbol knowledge and ability to use the coded language efficiently, students need consistent and meaningful exposure to symbols. Providing alternatives or adjustments to decoding supports students to access the learning and develop their knowledge and skills.

Tools to provide alternatives or adjustments include:

  • Text-to-Speech software
  • Glossaries or keyword lists
  • Alternative sources of information (diagrams, voice-over explanations, worked examples, graphic organisers, etc)
  • Automatic voicing for mathematical notation
  • Audiobooks
  • C-Pens

For a relatively small cost in time, effort or money, these tools and strategies can provide meaningful support for students to equitably access learning.

Find more practical suggestions on reducing barriers to learning in the Universal Design for Learning section of the Centre for Universal Design Australia’s website.

LOL: It’s Funny Until it’s Not

A graphic of a pink cloud with the letters LOL in white.
LOL! Funny, except when acronyms create a barrier to learning.

What is your story of a misunderstood emoji or text message abbreviation? My uncle, upon learning of a significant and upsetting event, signed off his text message with ‘LOL’! Whilst confusing, it was bemusing that he would ‘Laugh Out Loud’ at this unfortunate scenario. Of course, it transpired that he thought LOL stood for ‘Lots of Love’.

Although this example is a simple and funny example of potential barriers to communication, it is symbolic of the challenge some learners face. Symbols, icons, emojis, labels, vocabulary, acronyms, abbreviations, and more are often taken for granted, But they may act as a barrier to learning for some. For reasons including word knowledge, world experience, background, language, context and learning ability, some learners may find such terms or symbols a barrier to accessing meaning.

Small, easy-to-implement strategies have the power to diminish potential barriers for these learners. A range of experimental studies, scholarly articles and studies support the strategies below.

Practical Strategies

CAST recommends the following strategies to minimise potential barriers for some learners;

    • Pre-teach vocabulary and symbols, especially in ways that promote connection to the learners’ experience and prior knowledge
    • Provide graphic symbols with alternative text descriptions
    • Highlight how complex terms, expressions, or equations are composed of simpler words or symbols
    • Embed support for vocabulary and symbols within the text (e.g., hyperlinks or footnotes to definitions, explanations, illustrations, previous coverage, translations)
    • Embed support for unfamiliar references within the text (e.g., domain-specific notation, lesser-known properties and theorems, idioms, academic language, figurative language, mathematical language, jargon, archaic language, colloquialism, and dialect)

Web Content Accessibility Guidelines (WCAG) provide a single, global guide to web accessibility that meets the needs of individuals. Recommendations cover a wide scope and greater detail than those above. Although designed to support creators to make web content more accessible for people with disability, the features are useful options for all learners. Refer to WCAG Guideline 3.1 for information regarding the goal of making text content readable and understandable.

There are more practical suggestions on reducing barriers to learning on the CUDA website.

More Than Meets the Eye

A photo of a woman standing with her back to the camera, looking towards a contemporary painting, suggesting that providing supplementary sources of information to complement visuals can reduce barriers to learning.
There’s more than meets the eye in many visuals. Supporting learners with alternate sources of information reduces barriers to learning. Image by Béla Dudás from Pixabay.

Picture yourself, head cocked, eyes squinting, posing thoughtfully in front of a newly acquired work in your favourite gallery. Overheard, muted voices share their musings on the meaning of the work. At odds with your initial perception, you struggle to make sense of the piece. Reading the print description and listening to the narration on the audio guide provide some insight. You learn there is so much more embodied in the artwork than meets the eye .

Now consider learners for whom visual representations are not accessible. Vision impairments, visual processing disorders, or just difficulties in interpreting visual information all create barriers to learners in accessing information.

Visual information is often complex – representations and relationships between objects, graphics, tables, infographics, illustrations, datasets and more –  lead to difficulty for some in synthesizing and making meaning. Additionally, visuals, such as artworks or symbolic representations often contain multiple meanings. Context, experience and prior knowledge may be required in order to comprehend the intended meaning.

Providing supplementary sources of information to complement visuals reduces barriers to learning.

Practical Strategies

CAST, the home of Universal Design for Learning (UDL) recommend the following practical strategies to reduce the barriers to learning that visuals may impose:

    • Provide descriptions (text or spoken) for all images, graphics, video, or animations
    • Use touch equivalents (tactile graphics or objects of reference) for key visuals that represent concepts
    • Provide physical objects and spatial models to convey perspective or interaction
    • Provide auditory cues for key concepts and transitions in visual information
    • Follow accessibility standards when creating digital text 
    • Allow for a competent aide, partner, or “intervener” to read text aloud
    • Provide access to text-to-speech software

There are more practical suggestions on reducing barriers to learning on the CUDA website.

 

Sound Advice!

Sound Advice: ET, the ExtraTerrestrial wrapped in a white blanket standing against a backdrop of a starry night sky.
Sound is fundamental to both films and learning but alternatives or supplementary supports must be provided. Source: Couleur from Pixabay

Did you know, that according to Empireonline.com, an ice-cream cone was used to produce the sound of raptors hatching in the film, Jurassic Park? Or that jelly, popcorn and liver were used to create the sound of ET’s movement in the film of the same name?

Auditory input is integral to most films, so too is it an important part of learning and teaching. It helps explain learning content and express emotion. However, for some learners, processing auditory information is challenging or impractical. Challenges may stem from hearing impairment, competing sources of auditory information (eg background noise, multiple people speaking at the same time, music, etc), the location of the learner (eg on the train), the time it takes to process auditory information or even difficulties with memory, so here is some sound advice!

Practical Strategies

Awareness of these potential barriers allows educators to provide alternatives or supplements to auditory information. Captioning videos is a relatively simple way to allow an alternative to auditory information. Speech-to-text options also serve this purpose. Transcripts of lessons or seminars provide an alternative, too.

To supplement auditory information, enhance learning with visuals. These may include posters, infographics, diagrams, illustrations, photos or notations of music and other sounds. Making use of symbols and emoticons to supplement auditory information is another option. Where required, sign language and braille options must be considered.

Other visual and tactile information serves to supplement auditory information, too. Consider the ‘yellow line’ on a train platform. In addition to announcements over the intercom to stand behind the yellow line, train stations have signage sharing the message and tactile ground surface indicators (the rows of slightly raised circular markers). The provision of auditory, visual and tactile messaging serves to reduce barriers to understanding.

Find more sound advice to reduce barriers to learning on the CUDA website.

Making Learning Accessible

A buffet table filled with a range of small baked good.
Buffets allow for customised meals. How can we apply customisable options for our learners? Image by Pexels from Pixabay.

Although not COVID-safe, one benefit of buffet-style eating is that diners customise their meal to their specific needs or pleasures. The diner controls what options they select in order to benefit from the experience. Similarly, in teaching and learning, learning content must be provided in multiple ways and be as customisable as possible.

Representation in UDL is about making learning accessible by providing multiple ways to grasp skills and understand information.

Representation is the second principle of the Universal Design for Learning framework. It focuses on the goal of developing expert learners who are resourceful and knowledgeable. Representation regards the manner that learning and the transfer and generalisation of learning occur.

To cater to the variability of learners in how they grasp skills and understand information, learning must be represented in multiple ways. Checkpoint 1.1 in the UDL Guidelines focuses on making learning accessible through the way print and digital information is shared and perceived.

Digital information, when created effectively, provides many opportunities for flexibility. Information is controlled by the learner when features such as colour contrast, text size and positioning of pop-outs, for example, are designed to be customisable. Print materials are generally more difficult to adjust due to their static nature. However, consideration when designing, such as ensuring effective contrast, helps minimise some challenges for learners.

Practical Suggestions for Designing Web or Print Content

CAST, the Center of UDL, suggests considering the following aspects in designing digital and/or print materials:

    • The size of text, images, graphs, tables, or other visual content
    • The contrast between background and text or image
    • The colour used for information or emphasis
    • The volume or rate of speech or sound
    • The speed or timing of video, animation, sound, simulations, etc.
    • The layout of visual or other elements
    • The font used for print materials

Web Content Accessibility Guidelines (WCAG) provide a single, global guide to web accessibility that meets the needs of individuals. Its recommendations cover a wide scope and greater detail than those above. Although designed to support creators to make web content more accessible to people with disabilities, the features are useful options for all learners.

Tips for designing an accessible online course

This paper tells how a UDL framework can make online learning activities accessible for everyone.  The tips are base on experiences of students with disabilities, online instructors, course designers, and IT accessibility experts. The topic of this paper is particularly relevant because of the conversion of thousands of on-site courses to online formats in response to the COVID-19 pandemic. 

The paper takes universal design principles and UDL principles and links them to the WCAG. 

The important point is, don’t wait for a student to ask for an “accommodation”. This approach makes learning easier for everyone. The title of the paper is, Tips for Designing an Accessible and Inclusive Online Course. 

 

Self-Regulation Through Self-Assessment and Reflection

An image to depict self-regulation. A man, with his back facing the camera, reflects on his work, pinned on a pinboard in front of him.
Self-regulation techniques include self-assessment and reflection—image by Pexels from Pixabay.

How about asking students what works well in their learning environment? Self-assessment and reflection is a useful strategy to develop self-regulation skills. It’s also motivating and supports the development of personal goals. This strategy links to Checkpoint 9.3 “Engagement” in the Universal Design for Learning (UDL) principles.

CAST explains that individuals vary in their metacognitive abilities. While some learners require explicit instruction and modelling of metacognitive thinking, others will show great skill with this.

For some learners, knowing they are achieving independence in their learning is highly motivating.  Conversely, a loss of motivation occurs for  learners when they cannot see their progress. It is, therefore, important that learners have access to and options for a variety of scaffolds supporting various self-assessment techniques. This provides students with opportunities to identify and select techniques that are favourable for them.

Practical Strategies for Self-Regulation

Recommendations for the types of scaffolds and frameworks to develop self-regulation, as suggested by CAST include, to:

    • Offer devices, aids, or charts to assist individuals in learning to collect, chart and display data. This is taken from their own behaviour for monitoring changes in those behaviours
    • Use activities that include a means by which learners get feedback and have access to alternative scaffolds (e.g., charts, templates, feedback displays).  These must help students see progress in a way that is understandable and timely

Explicit Strategies

For assessment and development of classroom or learning group culture, co-generative reflections are a great opportunity for insight and student agency. These are also known as cogenerative discussions, cogens or action groups.

This strategy involves a small group of students, representing a diverse mix of the learning group. The students come together to make commendations about what is working well in the learning environment. Additionally, the students make recommendations for improvements.

This simple strategy usually takes place outside of the usual learning time. It promotes ownership and agency, giving students a forum and voice. It is an excellent strategy to develop class culture from the inside out.

From experience and feedback from peers, developing student writing is a challenge across all levels of education. Students noting their progress is an effective method to heighten engagement in writing. Writing record charts, also known as writing graphs, is an effective tool.

To use this strategy, implementing a daily or regular writing routine is important. The teacher provides a writing prompt. Students respond by composing text. They then measure their writing achievement. Individual goals can be set, related to, for example, criteria in a rubric, word count, punctuation use or descriptive language. The students tabulate their results and visually note their achievement in the form of a graph. This strategy is appropriate for whole-class use and allows each student to progress at their own pace. It facilitates simple-to-manage individualised goal-setting. Perseverance is inherent in the process, and identifying progress is highly motivating.

There are more practical, easy-to-implement strategies on reducing barriers to learning on the CUDA website.

Facilitating Learners’ Coping Skills and Strategies

Image of a child with his arms crossed in front of a chalkboard with muscles drawn on it.
A growth mindset plays a key role in motivation and achievement.

Facilitating learners’ coping skills and strategies are part of the Universal Design for Learning (UDL) strategy to foster engagement and support learner self-regulation. In the CAST UDL framework, Checkpoint 9.2, encourages educators to facilitate learners’ personal coping skills and strategies.

CAST Checkpoint 9.2 suggests educators provide differentiated models, scaffolds and feedback for:

    • Managing frustration
    • Seeking external emotional support
    • Developing internal controls and coping skills
    • Using real-life situations or simulations to demonstrate coping skills, and
    • Appropriately considering judgments of “natural” aptitude (e.g., “how can I improve on the areas I am struggling in?” rather than “I am not good at …”)

Growth mindset

This final point aligns closely with developing a ‘growth mindset. ‘Growth mindset’ is a phrase used ubiquitously in schools and universities. It is based on the work by Standford academic, Carol Dweck. A growth mindset is that which is open to developing talents. Effective strategies, smart and hard work and support from others are valued. Dweck’s work suggests that a growth mindset supports learners (and employees) to achieve more than those who believe their talents are innate. This is called a fixed mindset. Dweck suggests this is due to people with a growth mindset being less concerned with looking smart, rather, diverting that energy into learning.

In her Education Week article, Dweck provides specific examples of language educators use to promote a growth mindset. Examples include:

    • Adding ‘yet’ to the end of a statement concerned with something you are not currently achieving. An example is, “I cannot play this piano piece yet.”
    • Saying words of encouragement along the lines of, “That feeling of that activity being challenging is the feeling of your brain growing,” or
    • “It is not expected you will get this all straight away. Let’s just work on the next step,” or
    • “Learning how to do this problem/activity/strategy grows your brain.”

For students and their teachers

Just as this feedback can be given to our students, so too can educators use it in in their own teaching and learning. A reflective activity is to analyse how you react or respond to, for example, challenges in the day. Are you interested in learning from feedback from students, or is it frustrating? When the learning experience is not going as planned, do you feel exasperated or curious as to how to change it for next time? Dweck encourages educators to, ‘Accept those thoughts and feelings and work with and through them. And keep working with and through them.’

Find other practical, easy-to-implement strategies for incorporating UDL strategies into learning engagements on the CUDA website.

Emotions and Motivation in Learning

An ink illustration of a femal teenage student beside a sticky note bulletin board. The main note says, 'Make Things Happen.' This is to represent a method to harness the power of emotions and motivation in learning.
A vision board of a student’s strengths, success and goals is used to enhance student motivation. Image by Gerd Altmann from Pixabay.

There are few more powerful teaching and learning tools than working with a student’s emotions and motivation in learning. The key is setting goals that are realistic and achievable.

Checkpoint 9.1 of the Universal Design for Learning framework by CAST makes salient the goal to harness the power of emotions and motivation in learning to support our learners to self-regulate.

CAST states, “The ability to self-regulate—to strategically modulate one’s emotional reactions or states in order to be more effective at coping and engaging with the environment—is a critical aspect of human development.”

This checkpoint is about a learner setting goals that are realistically achievable. This is in addition to the learner developing positivity in their mindset that they will achieve set goals.

Teachers that promote expectations and beliefs that optimise motivation support their students in this domain. Strategies include:

    • regular opportunities for documenting strengths
    • recording goals and reflecting on progress
    • increasing on-task time and action towards the goal
    • promoting self-regulation in the face of adversity in working towards a goal
    • modelling or providing a mentor to develop strengths and mitigate challenges

Vision Boards

Guiding students in the creation of a personal vision board is a highly engaging activity that works towards this checkpoint. Similar to a mood board that captures the desired colours, textures and objects in a dream room or home, a vision board is a visual representation that captures a student’s strengths, weaknesses and goals.

Being a student-driven activity, the students themselves identify their strengths, challenges and goals. This promotes agency and ownership over their goals, potentially increasing intrinsic motivation.

First, guide students through the activity, providing a framework. For example, are the goals to be academic or social? Then brainstorm and model example strengths and challenges. Provide opportunities for exploring and identifying individual qualities. Finally, explicitly teach goal-setting processes.

Once a student completes the background work, they can express their reflections and goals visually. Using, for example, illustrations, words, magazine cut-outs, photos, and emojis, students creatively express themselves. 

Use the vision boards for regular check-ins and reflection on progress.

There are more practical suggestions on reducing barriers to learning on the CUDA website.