By CEDIA - Fri, Jan 3, 2025 - Blog
In the United States, 19% of the population indentify as neurodivergent. The term is broad and can apply to many different conditions affecting the way people behave and process environments.
These conditions, including autism, ADHD, Tourette Syndrome and dyslexia, can be impacted by an individual’s surroundings. This is where neuroinclusive design helps – using innovative tech to prevent sensory overload.
CEDIA’s latest podcast, Neuroinclusive Design: What Is It and Why Do We Need It?, features discussions on this topic. Guest Pete Trauth, Founder at Nirvana Home Entertainment notes that most homes are designed for the neurotypical person. This means there are untapped opportunities for neuroinclusive design in electronic systems.
Speaking to Senior Director of Technology and Standards Walt Zerbe, Trauth shared an example of neuroinclusive design principles in practice. The team at Nirvana partnered with Glendale Community College to encourage inclusive thinking in the design process.
As part of the college’s team internship program, they ran a ‘Local Business Challenge’. Their task was to make smart homes inclusive spaces for neurodiverse individuals. Speaking on the podcast, Instructor of Oceanography Ray Ridgway outlined the ‘marshmallow’ problem-solving challenge.
“The idea is that you have some spaghetti noodles and have to build the tallest structure in the quickest time. It encourages interns to break problems down into smaller pieces, using design thinking to approach a business challenge.” By questioning assumptions, such as stereotypes about neurodivergent people, this exercise helps to create a neuroinclusive workplace and home.
One intern who was keen to learn more about the challenges neurodivergent individuals face was Ivana Nichols. “It was interesting to learn so much about neurodivergence because it’s not something I’m very knowledgeable about.”
The group focused on neurodivergent conditions including bipolar disorder, Tourette’s, ADHD and autism. Trauth adds that he too had had a lot to learn about neurodiversity, but in learning, has discovered how smart home tech can help those with sensory processing disorders:
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A key factor in challenging assumptions is to focus on universal sensory needs. Rather than creating neuroinclusive environments for people with dyspraxia or ADHD, for example, it’s better to embrace all-round mental health and wellbeing.
Litsy, an intern at Glendale Community College, says: “There’s a lot of overlap. We want to find solutions that would benefit anyone who needs them, without targeting specific disorders.” As the spectrum is so large, this means we should look at tools to enhance brain function, from improved sleep to lessening stimuli.
Glendale’s interns acknowledge that customization is the best way to make things accessible. If neurodiverse people need a quieter environment to process information, then smart speakers or soundproofing can help.
So, how exactly can smart home providers showcase these formats in real life? “Imagine a specialized Airbnb where people can experience neuroinclusive smart home technology firsthand,” says Zerbe.
These live demonstrations can help clients visualize the user experience. Integrators may also consider partnering with existing showrooms, especially if space is an issue. This opens up marketing opportunities, including social media posts and even demonstration webinars.
By collaborating with others, installers can generate revenue and offset the costs of promotion. Most importantly, they should consider the natural variation of neurodivergence. This involves looking at both under stimulation and overstimulation to support an inclusive smart home.
Neuroinclusive design principles include accessibility, particularly for those who process their environments differently from neurotypical people. This may include reducing external stimuli like noise or light, as well as challenging negative stereotypes.
Neurodivergence can be an influencing factor in interior design, for example, making sure smart home technology is accessible to all. It may impact colours, lights, heating and sound, helping to accommodate all users with varying needs.