We are delighted to share that Dr. Dan Ding, the Director of the Wireless Tech Rehabilitation Engineering Research Center and Smart Tech Hub for Paralysis Care Programs has been promoted to full Professor in the Department of Rehabilitation Science and Technology at the University of Pittsburgh.
Many of you already know that Dr. Ding received her PhD in Mechanical and Automation Engineering with a specialization in Robotics and interdisciplinary postdoctoral training in rehabilitation engineering. She has extensive experience and expertise in developing and evaluating technology-based interventions including wearables, internet-of-things, and assistive robotics technologies for supporting health/wellness, independence, and participation of people with complex disabilities. But… what else do you know about her?
We sat down for a short five question interview:
You have been a researcher in the field of assistive technology for over twenty years, working with wearable technology, assistive robotics, mainstream smart and adaptive technology, and much more. What first led you to the field?
I initially hadn't planned a career in assistive technology and rehabilitation engineering. My journey began somewhat serendipitously when a friend mentioned a postdoctoral opportunity in the field, just as I was searching for a position. At first, I was unfamiliar with this field, but upon exploring it further, I became captivated by its practical impact. What particularly resonated with me was the ability to apply my background in robotics to make a tangible difference in people's lives. Deciding to pivot from my PhD focus to explore this new area felt like a leap into the unknown, but it has proven to be a profoundly rewarding decision, allowing me to contribute directly to advancements in the field.
Early on, you had the opportunity to work on several papers with the renowned roboticist LIUYun-Hui 劉雲輝 (now the Director of the CUHK T Stone Robotics Institute and the Hong Kong Centre for Logistics Robotics). What lessons did you learn from this early work that have stayed with you?
During my PhD, I learned the importance of reading beyond my immediate research area. With guidance from my mentor, I realized the benefits of exploring diverse fields. This broader approach led to unexpected insights, such as applying an algorithm from a multi-fingered robotic hand to optimize fixture locations in manufacturing operations. This experience taught me that innovative solutions often come from cross-disciplinary knowledge, which not only enriched the depth of my research but also expanded its practical application.
In 2002, you published the first of many co-authored papers with mobility icon and founding director of the Human Engineering Research Laboratories Dr. Rory Cooper. How did you two first meet and what drew you to his research?
I was introduced to Dr. Cooper through a friend and was immediately inspired by his vision for the field of assistive technology and rehabilitation engineering. He's deeply committed to attracting more engineers into the field and fervently supports interdisciplinary collaboration. His work is practically innovative and profoundly impactful, reflecting his passion and dedication to improving the lives of individuals with disabilities. This resonated with me and significantly influenced my professional path.
You have worked through the development of the internet and mobile phones all the way through fully realized smart homes... In terms of assistive technology, do you have a story about how AT has changed someone's life?
Over the many years I've worked in this field, I've gathered countless stories. One particularly impactful project is our current study on a smart home technology-based intervention. We've found that when mainstream smart home technology is prescribed and supported properly, it can significantly enhance the daily lives of individuals with complex disabilities. It supports a range of tasks from environmental control to self-care, fostering a true level of autonomy. One of our study participants shared a powerful insight: 'It gave me self-confidence and happiness in knowing that I can be more independent in doing the ordinary tasks that anyone can do—tasks that most people take for granted.'
Finally, you have just reached Full Professor, a significant accomplishment for anyone and one that few reach. What is the next goal on your horizon? What would you like to achieve next?
Reaching the level of Full Professor is a significant milestone, and I am deeply appreciative of the support I've received from my mentors, colleagues, and students throughout my career. Looking ahead, I aim to leverage my expertise and experience to foster more groundbreaking interdisciplinary research that utilizes emerging consumer technologies to enhance the lives of individuals with disabilities. Furthermore, I am dedicated to mentoring emerging scholars in our field, ensuring they possess the necessary skills to contribute to our collective knowledge and make a societal impact.