Visual design in learning
Let’s talk about how your learning looks. Because it matters more than most people think. When people see poor visual design, they tune out. When design…
Read moreVisual design for learning resources
Visual design in learning is not decoration. It is a cognitive tool. The right visual reduces load, directs attention and makes complex information land faster than text ever could. The wrong visual adds noise and slows comprehension.
This hub, part of the Hungry Minds learning resources library, covers how to use layout, illustration, typography, colour and multimedia to make learning clearer, faster and more memorable. Built for learning designers, graphic designers working in L&D, and anyone commissioning eLearning who wants it to look good and teach well.
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City of Melton
City of Melton
Hungry Minds designed three accessible eLearning modules on gender equality and family violence for Melton City Council. See the results.
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What is visual design for learning?
Visual design for learning is the deliberate use of graphics, layout, typography, colour, illustration and multimedia to support comprehension, retention and engagement in educational content. It applies principles from cognitive science (dual coding, signalling, spatial contiguity) to design decisions that most people think are purely aesthetic.
A well-designed eLearning module is not just prettier. It is easier to learn from. The layout tells the eye where to go. The illustrations explain what the text cannot. The whitespace gives working memory room to process. Every visual choice either helps the learner or gets in the way.
We treat visual design as a learning design discipline, not a finishing step. Our designers work alongside instructional designers from the start, shaping how information is structured visually so the learner can process it. That is the difference between a course that looks polished and a course that teaches.
Why visual design matters in learning
Research is clear: visuals are not a nice-to-have in learning. They are a primary channel for understanding. Mayer’s multimedia learning principles, dual coding theory and cognitive load research all converge on the same finding: well-designed visuals improve learning outcomes. Poorly designed visuals actively harm them.
Cognitive load reduction
Every unnecessary visual element increases extraneous cognitive load. Every purposeful visual reduces intrinsic load by offloading complexity from text to image. Good visual design is the single fastest way to make difficult content feel manageable.
Dual coding advantage
When information is presented as both words and images, learners form two memory traces instead of one. That means better recall, stronger transfer and more durable learning. But only when the visual genuinely represents the content, not when it is decorative clip art filling space.
Attention and signalling
The eye goes where design tells it to go. Colour, contrast, size, position and motion are all signalling tools that direct attention to what matters. Without deliberate signalling, learners waste effort figuring out where to look before they can figure out what to learn.
Emotional engagement
Design quality signals credibility. A poorly designed course tells the learner (often unconsciously) that the content is not worth their time. A well-designed course earns attention before the first interaction. That is not vanity. It is engagement strategy.
Key disciplines
Visual design for learning draws on multiple specialisations. Knowing which one your project needs (and when to combine them) prevents both over-design and under-design.
Layout and information architecture
How content is arranged on screen determines how easily it is processed. Consistent grids, clear hierarchy, logical grouping (proximity principle) and deliberate whitespace all reduce the effort required to make sense of a page. Layout is invisible when done well and exhausting when done poorly.
Illustration and iconography
Custom illustration explains concepts that text struggles with: processes, relationships, spatial information, abstract ideas. Icons provide shorthand for repeated actions or categories. Both must be purposeful. An illustration that does not teach is decoration, and decoration is cognitive noise in a learning context.
Data visualisation
Charts, graphs, diagrams and infographics turn complex data into patterns the brain can recognise instantly. But a bad chart is worse than a table. Data visualisation in learning must prioritise clarity over cleverness: label axes, reduce chartjunk, choose the right chart type for the data relationship, and never make the learner decode the visual before they can access the insight.
Typography
Font choice, size, line height, contrast and hierarchy are not aesthetic preferences. They are readability decisions. Poor typography makes people read slower, comprehend less and fatigue faster. In eLearning, where reading happens on screens of varying size and quality, typographic discipline is a non-negotiable accessibility requirement.
Colour and contrast
Colour communicates meaning, creates grouping, signals importance and supports brand. But it must also meet accessibility standards (WCAG contrast ratios), work for colour-blind learners, and avoid carrying meaning that is not also communicated through text or shape. Colour is powerful and easily misused.
Motion and animation
Animation can reveal processes over time, show cause and effect, or draw attention to a change. It can also distract, overwhelm and slow down learners who process at different speeds. Use motion to show what static images cannot. Never use it to make something “feel more dynamic” without a learning purpose.
Video and multimedia
Video is the most engaging and the most expensive medium in learning. It excels at demonstration, storytelling, expert credibility and emotional connection. It struggles with dense information, interactivity and rapid iteration. Use it where its strengths matter. Do not use it as a default for content that works better as text or interaction.
Principles from learning science
Visual design for learning is not just graphic design applied to courses. It is design informed by research on how people process visual information during learning.
Mayer's multimedia principles
Richard Mayer’s research identifies specific principles for combining words and images: the multimedia principle (people learn better from words and pictures than words alone), the contiguity principle (place related text and images near each other), the coherence principle (remove extraneous material), and the signalling principle (highlight essential information). These are not suggestions. They are findings.
The redundancy principle
Presenting the same information in multiple overlapping formats (narration plus identical on-screen text plus an image of the same thing) does not reinforce learning. It overloads working memory. Remove redundant channels. Let each element do one job.
The modality principle
When presenting graphics, pair them with narration rather than on-screen text. This uses both the visual and auditory channels of working memory instead of overloading just one. It is one of the most robust findings in multimedia learning research, and one of the most frequently ignored in eLearning production.
Accessibility as a design constraint
Accessible design is not a separate checklist bolted on after the visuals are done. It is a design constraint from the start: sufficient contrast, text alternatives for images, captions for video, no colour-only meaning, readable font sizes, and keyboard-navigable interactions. Designing accessibility in from the beginning is cheaper and better than remediating afterwards.
How we approach it
Our visual designers are embedded in the learning design process, not brought in at the end to “make it look nice.” They work from the storyboard stage: shaping how information is structured visually, what needs illustration versus text, where whitespace supports processing, and how the screen layout reinforces the learning sequence.
We use Adobe Creative Suite, Figma and Canva for visual production. Articulate Rise 360, Storyline 360, Chameleon Creator and HTML for interactive builds. But the tool is never the starting point. The question is always: what does the learner need to see, and what is the clearest way to show it?
Industries & use cases
A safety induction for a mining site needs clear, unambiguous signage-style graphics that work on a tablet in bright sunlight. A leadership program for an insurance company needs sophisticated, brand-aligned visuals that signal credibility. A health literacy course for culturally diverse communities needs illustration styles tested for cultural appropriateness and low-literacy comprehension.
The visual approach adapts to the audience, the environment and the content. The principles stay the same: clarity, purpose and respect for how the brain processes visual information.
FAQs
Questions, answered.
The things people ask us most. Got something else? We’re happy to chat.
Ask a questionNo. Visual design in learning is a cognitive tool. It reduces load, directs attention, explains relationships and supports recall. Looking good is a byproduct of designing clearly. Decoration without purpose actually harms learning by adding extraneous cognitive load.
A graphic designer creates visuals that communicate a message. A visual designer for learning creates visuals that support comprehension and retention, informed by cognitive science principles like dual coding, signalling and contiguity. The skill set overlaps, but the intent and constraints are different.
Yes. We create custom illustration, iconography, infographics and data visualisations tailored to the content and audience. Stock imagery works for some contexts, but when the visual needs to explain a specific process, concept or scenario, custom illustration always outperforms generic assets.
We design to WCAG standards from the start: sufficient colour contrast, text alternatives for all meaningful images, no colour-only meaning, readable typography, captions for video and audio, and keyboard-navigable interactions. Accessibility is a design constraint, not a retrofit.
Adobe Creative Suite (Illustrator, Photoshop, After Effects) for illustration, image editing and motion. Figma for UI and interaction design. Canva for rapid asset production. Articulate Rise 360, Storyline 360, Chameleon Creator and HTML for in-tool visual builds. The tool follows the requirement.
Directly. Mayer’s multimedia principles, dual coding theory and cognitive load research all provide evidence-based rules for how visuals should be used in learning. Our designers apply these principles as design constraints, not afterthoughts. That is what separates visual design for learning from visual design for marketing.
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