Healthcare practice process which could be improved by a technology integration or a technology

A graduate scholarship project could focus on a pilot study to implement this technology in a hospital setting. The project's research question could be: "Does the use of an AI-powered medication reconciliation platform reduce medication discrepancies and associated adverse drug events during patient discharge, compared to the standard manual process?" The study could measure variables such as the number of discrepancies identified, the time required for reconciliation, and the incidence of readmissions due to medication-related issues. The findings could provide the evidence needed to advocate for wider implementation of such technologies to improve patient safety and efficiency.A graduate scholarship project could focus on a pilot study to implement this technology in a hospital setting. The project's research question could be: "Does the use of an AI-powered medication reconciliation platform reduce medication discrepancies and associated adverse drug events during patient discharge, compared to the standard manual process?" The study could measure variables such as the number of discrepancies identified, the time required for reconciliation, and the incidence of readmissions due to medication-related issues. The findings could provide the evidence needed to advocate for wider implementation of such technologies to improve patient safety and efficiency.

Sample Answer

A healthcare practice process that could be significantly improved by technology integration is the medication reconciliation process. This process is often manual and prone to errors, particularly during a patient's transition from one care setting to another (e.g., hospital admission to discharge). A technology that could be incorporated into a graduate scholarship project to address this would be an AI-powered medication reconciliation platform.

The current process typically involves nurses or pharmacists manually reviewing patient charts, speaking with the patient and family, and contacting outside pharmacies or providers. This is time-consuming and can lead to discrepancies that cause adverse drug events. An AI-powered platform could pull data from multiple electronic health records (EHRs), pharmacy databases, and patient-reported information to create a comprehensive, real-time medication list. It would automatically flag potential drug-drug interactions, allergies, and dosage errors.