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Good design is not only about appearance. A product, website, mobile application or public space should also be understandable, usable and accessible to people with different abilities, preferences and circumstances.
Accessible design considers barriers that may prevent people from using a product or service. These barriers can include small text, poor colour contrast, complicated navigation, difficult-to-use controls and physical layouts that are challenging to navigate.
For students interested in design, accessibility offers a practical way to combine creativity with problem-solving. By identifying everyday usability problems and testing solutions with users, students can create meaningful portfolio projects that demonstrate their design process.
Students exploring design qualifications can browse the EasyShiksha university programmes directory to compare available study options.
Accessible design aims to make products, environments and digital experiences usable by people with a wide range of abilities. It considers people with visual, hearing, motor or cognitive disabilities, as well as users experiencing temporary limitations or difficult environmental conditions.
For example, a website with clear headings, keyboard navigation, readable text and descriptive labels can be easier to use for many people, including those who rely on assistive technologies.
Inclusive design takes a broader view by considering differences in users' backgrounds, abilities, needs and circumstances during the design process. Accessibility is an important part of that approach.
Accessibility requires students to look beyond their own assumptions. A layout that seems simple to its creator may be confusing for someone using a screen reader or navigating with a keyboard.
Identifying these differences helps students develop a more systematic approach to design.
Clear navigation, consistent layouts, understandable instructions and readable text can benefit a broad range of users. Accessibility improvements often make an experience easier for everyone, not only users with disabilities.
A strong portfolio should explain more than the final appearance of a design. Students can show the original problem, research findings, design decisions, prototypes, testing results and improvements.
An accessibility project provides opportunities to demonstrate each of these stages.
Accessibility matters in education, healthcare, banking, public services, retail, transport and many other sectors. Students who understand user needs can apply their design knowledge to a wide variety of practical problems.
Choose a sample website or a page you are permitted to evaluate. Look for usability issues such as low colour contrast, unclear headings, confusing navigation or buttons with vague labels.
Create a redesigned version that includes:
A clear heading hierarchy.
Readable text and suitable spacing.
Consistent navigation.
Visible keyboard focus indicators.
Descriptive labels for form fields and buttons.
Appropriate alternative text for meaningful images.
In your portfolio, compare the original and revised designs and explain the reasoning behind each change.
Imagine an educational app used by school students with different learning needs. Design a simple interface for lessons, assignments and progress information.
Consider adding adjustable text sizes, clear instructions, captions for videos, consistent icons with text labels and an uncluttered layout.
Do not assume that one interface will meet every learner's needs. Explain which user needs your design addresses and identify areas that would require further testing.
Public information posters often need to communicate quickly in busy environments. Students can redesign a poster for a library, hospital, public transport facility or educational institution.
Focus on:
Clear and concise wording.
Strong visual hierarchy.
Readable typography.
Sufficient contrast between text and background.
Simple language where appropriate.
Visuals that support rather than replace essential information.
The final portfolio entry can include the original design problem, alternative layouts and a short explanation of how the new version improves readability.
Long forms can be frustrating when field labels are unclear, error messages are confusing or users lose their progress.
Design a mobile form for a fictional event registration, student admission enquiry or appointment request.
Your prototype could include persistent field labels, clear required-field indicators, helpful error messages, logical grouping and a confirmation screen.
Test the prototype with different users where possible. Record where people hesitate or misunderstand the interface, then revise the design.
Accessibility also applies to physical products. Select an everyday object such as a reusable bottle, storage container, kitchen utensil or desk organiser.
Investigate how grip, opening mechanisms, weight, visibility and instructions affect usability. Create sketches or a simple prototype showing how the product might work better for users with different needs.
A physical product concept should be supported by user research and practical constraints, not only an attractive rendering.
A portfolio should make your thinking visible. Instead of displaying only polished screens or final sketches, explain how you identified the problem and evaluated your proposed solution.
| Portfolio section | What to include |
|---|---|
| Problem statement | Explain the user problem you want to solve. |
| User research | Summarise interviews, observations or other relevant research. |
| Existing design analysis | Identify specific usability or accessibility barriers. |
| Design exploration | Show sketches, wireframes and alternative approaches. |
| Prototype | Present the proposed interface, product or environment. |
| Testing | Describe the tests performed and the issues discovered. |
| Improvements | Show how feedback informed the revised design. |
| Reflection | Explain limitations, lessons learned and next steps. |
Be transparent about the work you completed. If you used a simulated user scenario instead of testing with real participants, state that clearly. Do not present assumed feedback as genuine research findings.
Students can use established guidance to make their design decisions more consistent.
The Web Content Accessibility Guidelines (WCAG), published by the World Wide Web Consortium (W3C), provide internationally recognised recommendations for making web content more accessible. They address areas including perceivability, operability, understandability and robustness.
Students creating website or app prototypes can consult the official WCAG guidelines when reviewing their work.
It provides educational resources, tutorials and guidance on digital accessibility.
These resources can help students understand keyboard interaction, alternative text, forms, page structure and other important aspects of accessible digital experiences.
For digital projects, students can combine automated accessibility checkers with manual testing. Automated tools may identify some technical issues, but they cannot reliably judge every aspect of usability or determine whether the content is understandable.
Useful manual checks include navigating with a keyboard, checking zoom and text resizing, reviewing form instructions and testing with assistive technologies where possible.
Accessibility skills can complement several design-related career paths, although employers may require additional qualifications, technical expertise or professional experience.
UI/UX design: Creating digital interfaces that are easier to understand and navigate.
Product design: Considering usability, ergonomics and user needs when developing physical or digital products.
Interaction design: Improving how users interact with controls, systems and interfaces.
Visual communication: Making information clearer through typography, layout and visual hierarchy.
Design research: Investigating user needs, observing behaviour and testing design concepts.
Accessibility-focused design: Evaluating and improving the accessibility of digital experiences, often alongside technical specialists.
Students interested in advanced design education can also explore the M.Des programme category on EasyShiksha and review individual programme requirements.
Accessibility knowledge is an additional skill, not a guarantee of employment. Building a thoughtful portfolio, practising user research and learning relevant design tools can help students demonstrate their capabilities.
Colour alone should not communicate essential information. For example, an error message should not be identified only by red text; it should also contain clear wording or another suitable indicator.
A high automated test score does not guarantee that every user can complete a task. Manual checks and feedback from people with relevant access needs remain important.
Students should avoid assuming that all people with the same disability have identical preferences. Research and testing help reveal differences between users.
A portfolio becomes more convincing when each major design decision is connected to a specific problem or finding.
Accessible design involves language and information structure as well as visual appearance. Clear instructions, meaningful labels and logical organisation are important parts of the experience.
An accessible design project identifies and reduces barriers that make a product, website, service or environment difficult for people to use.
Yes. Beginners can start with a small website redesign, a mobile form prototype or a public information poster. The key is to explain the problem, justify design choices and evaluate the result.
No. Students can begin with sketches, wireframes and interactive prototypes. Coding may be useful for testing a working website or app, but it is not essential for every design project.
Students can use interface design and prototyping tools, drawing software, spreadsheets for research notes and browser-based accessibility testing tools. The appropriate choice depends on the project.
There is no universal required number. A few well-documented projects that show research, decision-making, testing and iteration can be more informative than a large collection of unexplained final designs.
Yes. It can apply to physical product usability, readable printed materials, clear information graphics, packaging, digital interfaces and many other design disciplines.
Accessible design gives students a practical way to combine creativity, research and problem-solving. Whether redesigning a website, improving a learning app or developing a more usable physical product, students can demonstrate how their decisions respond to real user needs.
The strongest portfolio projects go beyond attractive visuals. They explain the problem, show the design process, acknowledge limitations and demonstrate how testing can lead to better outcomes.
By learning accessibility principles and applying them to small, carefully documented projects, students can strengthen their design foundations and prepare for more user-centred work.
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