AccessSTEM

There are a few programming languages have accessibility features built in. Examples are described below.

Individuals who are deaf or hard of hearing can benefit from personal devices such as hearing aids and cochlear implants. But these tools don’t totally resolve hearing issues. In addition, individuals who lip read may only understand 30% of what is spoken. Students who are deaf or hard of hearing may use sign language interpreters or real time captioners in class, but instructors can apply the following simple teaching techniques to make their teaching more accessible to students who are deaf or hard of hearing.

A “specific learning disability” refers to a variety of diagnoses such as difficulties with oral or written expression; decoding, fluency, and comprehension; auditory processing; working memory; arithmetic; and executive functioning. There are a variety of strategies that instructors can use to make computing courses more accessible for students with specific learning disabilities. Consider adopting a growth mindset approach that focuses on students’ abilities to learn and grow rather than talent or intelligence.

Unintended bias or unconscious bias refers to stereotypes or beliefs that affect our actions in a discriminatory manner. Most bias related to students with disabilities groups is unintentional. Stress, distraction, and other factors can make someone more likely to be biased in a given situation.

Assuming students with disabilities are less able to be successful in their education or careers is a common bias. Examples of situations resulting from such bias include:

A large portion of individuals with ASD are unemployed although many of them are capable of working. Students with ASD often find it difficult to communicate in a traditional interview format. Some companies, both in the US and abroad, have enacted programs to specifically recruit employees with autism spectrum disorder (ASD).

Examples of these recruitment efforts and programs include:

Video presentations need captions in order for the content to be accessible to students, employees, and other potential viewers who are deaf or hard of hearing. Captioning also benefits individuals whose first language is not the primary language used in the video, people who need to see the spelling of words used in the video, and those who wish to search through a collection of videos for specific content. An engaging way to raise awareness within an organization and to quickly caption a collection of important videos, is to host a captioning party.

It is common to give a presentation at a conference with accompanying visuals. But what if there are individuals in the audience who are blind, have low vision, or are at a great distance from the screen so that they cannot see the visuals clearly or at all? What if there are individuals who are deaf or hard of hearing in the audience and cannot hear your presentation clearly or at all? You can employ presentation practices that ensure that everyone, even those with sensory impairments, can access the content of your presentation.

Completing projects in the machine shop is a critical part of many engineering degrees, but, if not designed to be accessible, can present barriers for many individuals with disabilities, including individuals with visual impairments. There are examples of individuals with visual impairments who successfully work as machinists. Seattle Lighthouse for the Blind has been training people with visual impairments to become Boeing machinists since 1951.

Hands-on learning in lab courses is an important component of an engineering degree program. As increasing numbers of people with disabilities pursue educational opportunities in engineering, accessibility of engineering teaching and research labs is critical. The ultimate goal is simply equal access. Students, faculty, and staff who need to use a lab should be able to do so comfortably. 

To ensure that an engineering lab is more accessible, consider the following:

The group of individuals pursuing engineering fields is becoming increasingly diverse with respect to gender, race, ethnicity, learning style, age, disability, and other characteristics. Engineering careers are potentially open to individuals with disabilities because of advancements in assistive technology that provide access to computers and facilitate common engineering tasks such as 3D-printing or Computer Numerical Control machines for fabrication and manufacturing.