Foreword
When developing courses, certain regulations may require you to comply with the Web-Accessibility standards. The scope of this post is not to outline these standards, but to sensitize you to the significance of ensuring that your courses (Web-based and Instructor-led) are accessible by most learners.
Introduction
Try to recall your previous visit to a mall. Can you recall a ramp adjacent to normal stairs at the entrance? Its purpose is to enable wheelchairs to easily move into the mall. It is a government regulation to ensure that all offices and major buildings are accessible to everyone. In addition, buildings have stripes on glass walls to help individuals with limited visibility stay off the walls and getting hurt. So, such modifications in the building architecture help in making it physically accessible to the entire population and ensuring fair treatment.
Now, why am I referring such information on an Instructional Design blog? Well, the relation is pretty simple. You visit a mall to buy something, which every individual is entitled to do. It is responsibility of the mall owners to ensure:
- Fair treatment for the entire population by providing proper physical access
- Increase the number of people who can access their facility
- Compliance with government regulations
Similarly, if a user buys your course for learning, it is necessary to ensure that they can easily view and understand your course. In case you are wondering why would an individual with an impaired visibility or hearing disability take my course, then think again. In today’s day and age, almost all multinational organizations claim to be equal-opportunity employers. Hence, as a part of their social responsibility, they hire individuals from all backgrounds. So, if you design a course for your organization or your client, you must check whether the customer wants you to ensure web-accessibility in your WBT or other training material.
If my guess is right, then you are thinking about extreme cases of accessibility; that is, blindness or deafness. However, some common disabilities, such as Color Blindness, may impact the learning of your courses more gravely and frequently. For example, it is reported that around 1 in 20 men and 1 in 200 women could be affected with color blindness.
Different types of disabilities exist. Various sources refer to the disabilities differently. However, they all can be classified into three main categories:
- Physical or functional: These are disabilities caused due to zero or limited functionality of certain human organs. For example, blindness, dyslexia, deafness, dumbness, or learning disability. The World Wide Web Consortium (W3C) has laid out certain guidelines that help you to overcome some of the challenges posed by these disabilities. I cannot guarantee that following those guidelines will ensure 100% accessible course, but it is recommended that you follow the guidelines to minimize issues and save your backside from your client’s flak.
- Conditional or technical: These disabilities include blockages arising in learning due to temporary events. For example, disturbance due to noise from a loudspeaker in the learning premises, your learners have worked 60 hours in the week of training, or there is no Internet connectivity when the learner wants to take a WBT. You may not be able to control most of these disabilities during a Web-based training. However, you might be able to exert some control during an Instructor-led training. For example, in case the learners are tired, you may have some fun-games to pep-up their mood, and give more frequent coffee breaks. In addition, you can cancel the disability arising due to external noise with proper classroom design.
- Cognitive: This disability indicates below-average intellectual functioning of learners. This condition is also categorized as a learning disability. In addition, it indicates below-average ability to process information. Hence, if your target audience includes many learners with such disabilities, ensure that your training is slow-paced. In addition, I will not recommend web-based training modality for such target audience. Instructor-led training seem best for such audiences.
How to Overcome Disabilities?
Overcoming all disabilities might be out-of-scope for all organizations as they function under stringent budgets. However, here are some tips that can help you ensure basic accessibility compliance:
- Provide textual description for non-text elements: Screen-reading software cannot read content of images. Hence, to ensure that visually-impaired learners have access to your content, include text describing non-text elements like flash or images.
- Color may not be differentiating: As outlined above on this page, color blindness is one of the most common visual impairments. Hence, avoid using colors to distinguish between various terms. This doesn’t mean that you should develop everything in grayscale, but I recommend you to design elements such that they convey accurate information even when viewed in grayscale.
- Identify language changes: There can be two major consequences of not identifying language changes:
1. Screen-reading software output may confuse learners
2. Learners with limited cognitive abilities may be confused - Avoid screen flickering for effects or highlight: A flickering screen may deviate learners’ attention. In addition, flashing or flickering screen effects can trigger seizures in people with photosensitive epilepsy.
- Use simple English: During the medieval age, Latin was considered to be a language of high-society in Italy. However, Galileo, the Italian physicist, did not write his first book in Latin. He wrote his first book in Italian to maximize his reach to the population. So, if Galileo can do it, why can’t you? You language competence will not be doubted if you write a course in an easy-to-understand and simple English. However, its only side effect could mean better understanding by target audience and hence there will be more people with your level of knowledge
. - Run manual and automated accessibility test: There are various tools available in the market that run automated accessibility tests. However, you cannot entirely rely on their results. The best way to test the accessibility is to have a pilot test of the courses with physically challenged and normal learners.
The following table highlights some tips to help you to overcome some basic accessibility challenges.
|
Challenge |
Tip |
| Blind learners | Run a test with disabled learners and screen-reading software. You may close your eyes and try to learn with the audio. In addition, ensure that your course can be navigated using keyboard controls and do have an audio piece explaining the controls. |
| Deaf learners | Ensure that you have all the necessary content on screen for the learners to read. |
| Mute learners | Involve them in activities that require writing against discussion during classroom training. Provide them with time to write and share their points when they are in a group of normal individuals. |
| Cognitively challenged learners | Design slow-paced course and try to give personal attention to as many learners as you can. In addition, try to have more visual components as they may help you gain their attention and help learners retain information. |
| Color blind learners | Avoid using colors to distinguish between various terms. This doesn’t mean that you should develop everything in grayscale, but I recommend you to design elements such that they convey accurate information even when viewed in grayscale. |
| Tired learners | Have classroom games and activities to ensure a relaxed learning environment. Best strategy would be to change the training schedule. However, businesses may not allow any changes to the schedule. Hence, encourage discussion, activities, and give more coffee breaks. In addition, if you are conducting a training spread across several days, reduce the coverage on the first day and cover major topics when learners return (relaxed) for the remaining training. |
| Know-it-all learners | Provide them with opportunities to present their knowledge. |












