Natural-born cyborgsIn contrast, the digital world is all about systems. The field of human-computer interaction is about how things work between humans and computers or robots. Philosopher Andy Clark argues that humans have always been natural-born cyborgs – that is, we have always used technology (in its broadest sense) to improve ourselves. The most obvious example is language itself. In the digital age we can become truly digitally enhanced. How many of us Google something rather than remembering it? How do you feel when you have no access to wi-fi? How much do we favour texting, tweeting and Facebook over face-to-face conversations? How much do we love and need our smartphones? In the new field of social robotics, my colleagues and I are developing a robot buddy to help adults with autism to understand, for example, if their boss is pleased or displeased with their work. For many adults with autism, it is not the work itself that stops from them from having successful careers, it is the social environment surrounding work. From the stress-inducing interview to workplace politics, the modern world of work is a social minefield. It is not easy, at times, for us neurotypticals, but for a person with autism it is a world full contradictions and implied meaning. That is why organisations such as Denmark’s Specialisterne (“the specialists”) sprang up: to employ only people with autism for their special skills, which include attention to detail rather than their inability to gossip with Julie from accounts. Employing people with autism to do work such as computer programming in an autism-friendly environment has resulted in a net fiscal gain to Danish society; rather being paid benefits, the Specialisterne employees pay taxes. An autism-friendly environment is not just the physical and sensory environment (many cinemas now offer autism-friendly screenings), but about the social environment. Reading emotions and understanding people’s underlying mental states and desires is one of the major challenges that people with autism face. Our robot buddy allows us to isolate the features of face, to make them more discernible to people with autism, so they might better recognise the key features of when, say, someone is annoyed with them. We often feel pity or guilt when we see a person with a disability. However, the digital world offers an emotionally healthier way of viewing people with disabilities – with a better chance of taking them at face value. Designing technologies for people with disabilities means designing better technologies for all of us. For example, with the help of people with autism, we are building robots that will be better at social interaction. So we need the help of people with disabilities. Through these new technologies there is greater inclusivity and people with disabilities can play a more active role in society. The attainment of impossible perfection is arguably one of modern life’s pitfalls. However, neurodiversity is the idea that differences in the genome are natural variations rather than pathologies. Modern technologies can offer greater equality, more opportunities and a better lens through which to view disabilities. Imperfection is nature’s insurance policy – something we should bear in mind the next time we judge both others and ourselves.
Thusha Rajendran receives grant funding from the Engineering and Physical Sciences Research Council (EPSRC) for 'A Robot Training Buddy for adults with ASD'