Automatic intraventricular drainage system
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Current models of intraventricular drainage systems require the inconvenience of consistent nurse facilitation and fixed patient position resulting in both costly and imprecise measurements. To fix this problem, a device must be innovated to automatically control intracranial brain pressure. Therefore, the manual labor, regulation, and adjustments to patient movement must be automated while also ensuring cost-efficiency and MRI compatibility.
Team Picture
Contact Information
Team Members
- Megan Smith - Team Leader
- Riley Pieper - Communicator
- Simon Schirber - BSAC
- Susan Xia - BWIG
- Spencer Stowell - BPAG
Advisor and Client
- Prof. Randolph Ashton - Advisor
- Dr. Joshua Medows - Client
Related Projects
- Spring 2021: Automatic intraventricular drainage system
- Fall 2020: Automatic intraventricular drainage system
- Spring 2020: Automatic intraventricular drainage system
- Fall 2019: Automatic intraventricular drainage system
- Fall 2018: Automatic intraventricular drainage system
- Spring 2018: Automatic intraventricular drainage system
- Fall 2017: Automatic intraventricular drainage system
- Spring 2017: Automatic intraventricular drainage system
- Fall 2016: Automatic intraventricular drainage system
- Fall 2015: Automatic intraventricular drainage system