Advancing Engineering Solutions for Hydrocephalus
Innovative Engineering Solutions for Hydrocephalus Care
As part of its strategic plan, the Hydrocephalus Association’s (HA) research department reached out to experts beyond physicians and scientists to bring bioengineers into their network. The goal is to inspire a new generation of engineers to take the lead on device development and improvement for hydrocephalus. Thus, the Engineering Roadshow was born!
Hydrocephalus is primarily managed through surgical interventions, often involving the placement of shunts to redirect cerebrospinal fluid. Unfortunately, shunts frequently fail, leading to medical emergencies and necessitating multiple neurosurgeries. HA wants to facilitate engineering solutions that could enhance hydrocephalus treatment and the quality of life for those affected by the condition. We believe that engaging with students and faculty members could bring fresh perspectives and innovative solutions to this critical medical issue.
Dr. Carolyn Harris, a bioengineer and Associate Professor at Wayne State University, Jennifer Bechard, a dedicated advocate living with hydrocephalus, and Dr. Monica Chau, Director of Research at HA, engaged with students and faculty members during the roadshow. They shed light on the pressing challenges associated with hydrocephalus, such as issues with shunt functionality and the urgent need for improved solutions. They also encouraged students to pursue engineering design projects focused on improving hydrocephalus treatments.
During the roadshow, the Hydrocephalus Association presented pressing engineering research challenges related to hydrocephalus at various universities. Dr. Carolyn Harris, Jennifer Bechard, and Dr. Monica Chau spoke to bioengineering classes at the University of Illinois, Chicago, as well as two biomedical engineering design classes at the University of Michigan. They introduced shunt problems, elaborating on fluid flow, disconnection, pressure/flow, and CP dysfunction. Dr. Chau also provided the patient perspective by introducing HA, community research priorities, patient perspective, and the urgency for better treatments.
To further drive innovation and collaboration, HA introduced the 2024 Engineering in Hydrocephalus Prize. This initiative invites undergraduate and graduate students to propose engineering projects aimed at addressing hydrocephalus challenges. Selected winners will not only receive recognition but also have the opportunity to attend the 2025 HA Research Engineering Workshop.
By engaging with universities and providing platforms for student involvement, HA is paving the way for the next generation of engineers to contribute to transforming hydrocephalus therapies.