Publications and Research
Document Type
Poster
Publication Date
5-2026
Abstract
This study examines the current landscape and future direction of medical device hardware and software integration, focusing on how each contributes to patient care. It begins by analyzing hardware focused medical devices, such as implantable tools patients may rely on to assist with their condition, alongside diagnostic and monitoring equipment used to treat conditions in a variety of medical areas (e.g. cardiovascular conditions). It then evaluates how software is currently integrated through embedded systems, data processing, and user interfaces that support real time monitoring and clinical decision making, and how this impacts quality of care for the patient whilst minimizing friction. The methodology includes a review of device types, technical documentation, and case studies of existing implementations. Findings will explore advancements in hardware and software working together, such as improved functionality in hardware in tandem with software, predictive analysis, and more adaptive systems that enhance efficiency and personalization for a given patient. The study also considers key concerns around data privacy and security, including the balance between proprietary and open source software and their implications for protecting patient information, along with safety concerns and vetting regarding the kind of software to be permitted on critical medical equipment. Whether such software could simplify or complicate the discharge of care will also be assessed.
Comments
This poster was presented at the 44th Semi-Annual Dr. Janet Liou-Mark Honors & Undergraduate Research Poster Presentation, May 13, 2026. Mentor: Prof. Patrick Slattery (Computer Systems Technology).