The threat surface is massive: 3.21 million annual patient encounters across 18 hospitals, 1,497 active clinical trials generating sensitive biomedical data, and $349 million in research funding flowing through a sprawling academic health system that touches 46 counties in South Carolina. MUSC - founded in 1824 and now operating with more than 34,000 employees - isn't a startup with a HIPAA checklist. It's a research institution ranked in the top 20% nationally for NIH funding, meaning the data environment spans everything from clinical EHR systems to cutting-edge genomic datasets and clinical trial platforms.
Securing that kind of operation means defending against the full healthcare threat playbook: ransomware targeting hospital operations, exfiltration of protected health information, intellectual property theft aimed at biomedical research, and the sprawling identity management challenges that come with thousands of students, researchers, clinicians, and administrators rotating through interconnected systems. The attack surface isn't theoretical - it's operational, continuous, and tied directly to patient safety.
MUSC's cybersecurity roles sit at the intersection of healthcare compliance, academic IT, and clinical infrastructure. Expect domains covering endpoint protection across a distributed hospital network, securing research computing environments, identity and access management at scale, and the unglamorous but critical work of vulnerability management across legacy medical devices and modern cloud services alike. The team operates within an institution that has been ranked the #1 hospital in South Carolina for eleven consecutive years by U.S. News & World Report - meaning uptime and data integrity aren't aspirational metrics, they're baseline requirements.
