Associate Professor - SOM Oncology Program at University of Maryland, Baltimore in Baltimore, MD

Job description

Classical Hematologist (03-309-1215) The University of Maryland School of Medicine (UMSOM) and the University of Maryland Marlene and Stewart Greenebaum Comprehensive Cancer Center (UMGCCC) in Baltimore invite applications for a full-time faculty position in Classical Hematology. This is an opportunity to join and help shape a growing academic classical hematology program, with particular opportunities in red blood cell and iron disorders, sickle cell disease, thrombosis/hemostasis, and other non-malignant hematologic conditions. We are seeking a hematologist who combines outstanding clinical care with a strong interest in translational and/or clinical research and who wants to build a distinctive area of clinical and scholarly expertise. A major area of institutional investment is sickle cell disease. UMMC provides comprehensive adult sickle cell care that includes disease-modifying therapy, red blood cell exchange, same-day infusion services, allogeneic stem cell transplantation, clinical trials, and FDA-approved gene therapy. In April 2026, UMMC treated the first adult in Maryland to receive an FDA-approved sickle cell gene therapy. The program is now focused on expanding access across Maryland, strengthening coordination across outpatient, acute-care, transfusion, and cellular-therapy settings, and developing a sustainable regional model of care. With more than 5,000 people living with sickle cell disease in Maryland, this work offers an exceptional opportunity for meaningful clinical impact, program development, and patient-centered research. The University of Maryland brings internationally recognized, and in several areas world-leading, expertise across multiple fields central to classical hematology. These strengths include iron and heme biology, red blood cell biology and physiology, hemoglobin biology, oxygen transport, transfusion science, and the development of therapies for disorders of the blood. The institution also has deep and rapidly growing expertise in hematopoietic stem cell transplantation and cellular therapy, including gene- and cell-based approaches for inherited blood disorders. Together, these programs create an unusually rich environment for a classical hematologist to work across the full spectrum from fundamental biology to clinical translation and advanced therapeutics. The successful candidate will have opportunities to develop collaborative clinical and research programs in red cell and iron disorders, hemoglobinopathies, transfusion-related complications, and other areas of classical hematology while contributing to the continued growth of these institutional strengths. Clinical and translational research is supported by UMGCCC Shared Services within the Center for Innovative Biomedical Resources (CIBR), the UMGCCC Clinical Research Office, and the broader University of Maryland, Baltimore research environment. Faculty can collaborate with internationally recognized investigators in red cell and iron biology, transfusion science, vascular biology, critical care, engineering, stem cell transplantation, cellular therapy, and clinical investigation. These areas are undergoing substantial institutional growth, creating opportunities to build new programs, develop investigator-initiated studies and clinical trials, and move discoveries from basic mechanisms to new diagnostics, therapeutics, gene and cell therapies, and models of care. The expected salary range for Assistant Professors is $200,000 (min) and $425,703 (max). The referenced salary range reflects base pay, which is based on faculty rank and years in rank. This salary range does not include all components of the departmental faculty compensation program or pay from participation in departmental variable compensation programs. Therefore, the actual compensation paid to the selected candidate may vary from the salary range stated herein. For more information, please contact the hiring department. The referenced salary range represents the