Elizabeth McGinniss

Elizabeth McGinniss serves as the ASC Business Manager at Thomas Eye Group, where she leads operations for the Ambulatory Surgery Center in Sandy Springs, Georgia. With more than a decade of experience in healthcare administration and medical practice operations, she is recognized for her expertise in process improvement, team leadership, and strategic project management. At Thomas Eye Group, Elizabeth oversees a skilled team of six, guiding initiatives that have enhanced inventory management, scheduling, compliance, and overall operational efficiency. Her leadership has been instrumental in advancing systems and workflows that directly support outstanding patient care.
Prior to her tenure at Thomas Eye Group, Elizabeth held leadership roles with Milan Eye Center and Compulink Business Systems. As Clinical Administrator at Milan Eye Center, she directed operations across eight clinics and six Ambulatory Surgery Centers, ensuring that clinical processes aligned with both regulatory standards and patient-centered outcomes. Her earlier role as EMR Senior Trainer at Compulink involved overseeing large-scale implementations of EMR/PM systems for medical practices nationwide, spanning specialties such as ophthalmology, dermatology, orthopedics, and ENT. These experiences deepened her ability to align technology, clinical operations, and business strategy in service of excellence in patient care.
Elizabeth is a graduate of The University of Georgia and also studied at Mercer University. She further strengthened her credentials by earning a Project Management Professional (PMP) certification, underscoring her commitment to operational excellence and professional growth. Known for her collaborative leadership, results-driven approach, and dedication to outstanding patient care, she continues to advance the mission of Thomas Eye Group by fostering efficiency, innovation, and a patient-first culture within surgical services.
• The University of Georgia
• Mercer University
• American Academy of Ophthalmology