Introduction

The rapid advancements in robotics and artificial intelligence have paved the way for significant innovations that are transforming the lives of humans across the globe. In this era, machines and humans are no longer competing against each other but collaborating in unprecedented ways. The possibilities seem endless as researchers and innovators strive to overcome challenges and unlock human potential. One area where this potential is being unleashed is in the field of disability assistance.

Robotics is helping to rehabilitate and increase human abilities in areas like mobility and stamina. Innovations in robotic devices, exoskeletons, and wearable tech aim to offer disabled people different perspectives and new experiences, as well as supporting humans more widely to access, inhabit and work safely in dangerous and extreme conditions. What does the future hold for these technologies and the people they will become a part of?

In this special live recording at the Victoria and Albert Museum as part of the Great Exhibition Road Festival, Claire chatted to Milia Helena Hasbani (Imperial College London), Benjamin Metcalfe (University of Bath) and Dani Clode (Cambridge University) about robotic prosthetics and human augmentation.

Guests

Milia Helena Hasbani is a researcher in assistive technology at Imperial College London. She is passionate about improving people’s lives through innovation in healthcare and technology in multi-disciplinary environments interfacing with engineers, clinicians, and patients. Her research focuses on the control of active prosthetic arms, combining user intention for wrist movements with a computer vision system for dynamically selecting the grasp type to be used. Benjamin Metcalfe is a biomedical engineer who specialises in neural interfaces and implanted devices. He is Head of the Department of Electronic & Electrical Engineering at the University of Bath and Deputy Director of the Bath Institute for the Augmented Human. He is also Vice-President (Academic) of the Institute of Physics and Engineering in Medicine. His interests explore the collision between technology and biology and the extent to which engineering can be used to augment and enhance human performance. Dani Clode is an augmentation and prosthetics designer. She is the Senior Technical Specialist at the Plasticity Lab at Cambridge University and a collaborator of the Alternative Limb Project. Dani’s work investigates the future architecture of our bodies, challenging the perception and boundaries of extending the human form. Her main project the ‘Third Thumb’ is currently being utilised in collaboration with neuroscientists at Cambridge University, investigating the brain’s ability to adapt to human augmentation.

Conclusion

The innovations being brought to life through robotics and AI are already changing the lives of many. These advancements have the potential to make the impossible possible, offering people greater mobility, independence, and the capacity to pursue their passions. As this field continues to evolve, it will be essential to consider the social and ethical implications, ensuring that these technologies are accessible, equitable, and empowering for all. One thing is certain, however: the future of human augmentation holds exciting and transformative possibilities.

Frequently Asked Questions

Question 1: What is robotic augmentation?

Robotic augmentation refers to the process of incorporating technology into the human body to enhance physical capabilities, such as mobility or dexterity. This can be achieved through a variety of methods, including wearable devices, implantable devices, or even artificial prosthetic limbs.

Question 2: What are some benefits of robotic augmentation?

The benefits of robotic augmentation can include increased mobility, independence, and improved overall quality of life. It can also help people to pursue their passions and hobbies that may have been previously impossible or difficult. Moreover, it can provide people with disabilities an equal opportunity to participate fully in various activities and aspects of society.

Question 3: Who is leading the research in robotic augmentation?

Milia Helena Hasbani (Imperial College London), Benjamin Metcalfe (University of Bath) and Dani Clode (Cambridge University) are some of the key researchers involved in this field. They are actively involved in pushing the boundaries of what is possible, and their work is shaping the future of human augmentation.

Question 4: How will the research impact society?

The research on robotic augmentation has the potential to greatly impact society in many ways. It can empower individuals with disabilities, allowing them to lead more active and fulfilling lives. Additionally, it can expand human capabilities, enabling people to explore the world in ways that would not be possible without the assistance of robots or exoskeletons. It could also pave the way for the creation of a new generation of jobs, services and products that cater to people’s newly enabled abilities.

Question 5: What does the future of human augmentation look like?

The future of human augmentation holds endless possibilities. It’s not just about developing technologies, but also about understanding how these technologies interact with our biology and society. It will be exciting to see how this field evolves over the years and what kind of innovation it will bring. As more and more people are able to tap into their potential, the world will undoubtedly see significant changes.