Engineering to enhance human mobility, play, and exploration
Congratulations, Claire, on finishing your undergraduate capstone and for providing a fantastic culminating presentation!
For her senior capstone, Claire was challenged with creating a web-based application clinicians could use to compute and translate muscle synergies into the clinic. Her mentors and fellow collaborators were Ben Shuman, Nick Baicoianu, and Dr. Kat Steele. In June, Claire will head to Boston, MA to begin her position at Delsys.
On May 18th, Claire Mitchell, Karley Benoff, and Makoto Eyre presented their research at the Mary Gates Undergraduate Research Symposium. These three students worked on year-long projects and showcased their hard work during a campus-wide poster session.
Claire’s research focused on creating a website and server framework for clinicians and researchers across the country to use for calculating muscle synergies for motor control analysis. Muscle synergies are an incredibly complex and computationally expensive analysis of electromyography data but provide quantification of motor control and assist in therapy prescription for movement disorders.
Karley and Mako’s research focused on designing and testing a 3D-printed elbow-driven orthosis for individuals with limited hand function. They drew inspiration from upper-extremity prosthetic devices and evaluated a voluntary close and voluntary open mechanism to assist an individual’s dominant limb.
Great work Karley, Mako, and Claire!
Brianna Goodwin, a Master’s student in our lab, presented her collaborative 
abstract on monitoring Constraint-Induced Movement Therapy (CIMT), a therapy for children with hemiplegic cerebral palsy (CP), at the Seattle Children’s Hospital (SCH) Grand Rounds this past week. The Grand Rounds are a time to present research, new ideas, and translational science to medical personnel of varied background.
To read Brianna’s abstract in full, download her PDF here: SCH Grand Rounds, CIMT abstract
Momona Yamagami and Karley Benoff attended the Society of Women Engineers (SWE) 2017 conference in Austin, TX. Momona presented on her work with assessing a flexible electrode for long-term electromyography measurements and placed among the top 10 finalists in the graduate research poster competition for SWE. Congratulations Momona!
Karley said that SWE 17 was an incredible experience filled with opportunities for professional growth and networking. Here are some of her impressions:
“My favorite guest talk was titled “TECHing While Women and with Disability” where five panelists shared their experiences navigating the engineering world with a disability and/or as an advocate for those with disabilities. Dr. Richard Ladner of the University or Washington CSE department (pictured with Karley below) was one of the panelists. His research on accessible technology, especially technology for the blind, deaf, deaf-blind, and hard-of-hearing, was truly inspiring. The panelists’ presentations provided a unique perspective for approaching user-centered design. I hope to use the lessons learned from the panelists, as well as from all of the SWE 17 attendees I met, to better inform the development of my orthosis project this year. By targeting accessibility and user-centered design, I aspire to develop a universal elbow-driven orthosis that will improve function for users with a wide variety of abilities.
The panelist idea is something HuskyADAPT wants to organize for its club members. Since I am an officer in the club, we are currently trying to plan such an event to better inform design teams and members alike about peoples’ experiences living with disabilities. By understanding what each individual needs, we can better design devices and technology to address what the user wants.”
Congratulations to Daniel, Wing-Sum and Claire for their excellent work this summer. We had the privilege of hosting three undergraduate students through the Summer Scholars program through Co-Motion and the Center for Sensorimotor Neural Engineering here at the University of Washington.
Daniel presented in Mary Gates Hall on his research involving the implementation of a pediatric exoskeleton into low-resource countries:
Claire researched how varying muscles impact synergy outcomes:
Wing-Sum assessed the impact of an ankle foot orthosis on muscle demands in children with cerebral palsy and typically developing peers:
