Syed Osama Ahmad, MD

Founder, SOA Healthcare

Dr. Ahmad is a board-certified internal medicine physician and practicing hospitalist whose work sits at the intersection of inpatient clinical care, oncology, and applied AI in medicine. He currently serves as a Nocturnist Attending Physician in the Hospitalist Program at Lowell General Hospital. He previously held attending hospitalist roles across the Mass General Brigham and broader Massachusetts hospital network, including Brigham and Women's Hospital / Dana-Farber Cancer Institute (General Internal Medicine & Primary Care), Salem Hospital, Berkshire Medical Center, Lawrence General & Holy Family Hospital, and Anna Jaques Hospital.

He completed his internal medicine residency at Ascension Saint Joseph Hospital in Chicago and earned his MBBS with First Honors from Alfaisal University College of Medicine in Riyadh. He is board-certified by the American Board of Internal Medicine (2023) and licensed in Massachusetts and Illinois.

Dr. Ahmad has served as a medical instructor and preceptor for second-year Harvard Medical School students in Introduction to Clinical Medicine (IN 710M) at Brigham and Women's Hospital, and has delivered hospital medicine grand rounds on multiple myeloma and renal dysfunction at BWH. He is a member of the American College of Physicians and the American Society of Clinical Oncology.

His peer-reviewed scholarship spans oncology, epidemiology, and medical education, including work on giant cell tumor of bone management (Gulf Journal of Oncology), Helicobacter pylori and biliary disease using the U.S. National Inpatient Sample (Cureus, 2024), physician burnout (BMC Medical Education), and a forthcoming Elsevier / Academic Press chapter on managing adverse effects of novel immunotherapies in pancreatic and colon cancers. He has also published in The Lancet Global Health and BMJ Journal of Epidemiology & Community Health on global polio eradication.

He founded SOA Healthcare to bring agentic AI tools into the parts of inpatient medicine where they can measurably improve safety, efficiency, and outcomes — built and evaluated by clinicians, with the treating physician always at the decision boundary.