I’m a User Experience (UX) designer, and I happen to have a penchant for the user onboarding side of it. All UX professionals are onboarding designers, in a way. That’s because UX design involves closing the gap between systems, services, and the humans that use them through thoughtful design of virtual and physical interfaces. Good UX designers work hard to minimize how much time people have to spend on learning and using interfaces, trying to make them as intuitive as possible. This is no small feat given how every new user brings a unique set of mental models with them, and how limited current technologies are in providing perfectly individualized personalisation.
Now let’s shift to the neurotechnology industry; specifically, brain computer interfaces (BCIs). BCIs use sensors, which can range from non-invasive to invasive, to “measure brain activity, extract features from that activity, and convert those features into outputs that replace, restore, enhance, supplement, or improve human functions” (ScienceDirect). That definition can bring up ideas from sci-fi stories like The Matrix, Upload, or Altered Carbon, where characters can download expertise, control machines with their minds, and do other superhuman things.
But alongside these ideas, I worry that a question may also be forming in people’s minds: “Do we need the discipline of UX design to close the gap between humans and systems if we have direct-to-brain interfacing?”
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