Matthew J. Ferris

Matthew J. Ferris is an Associate Professor in the Department of Radiation Oncology at the University of Maryland and serves as Medical Director of the Maryland Proton Treatment Center (MPTC) with additional administrative roles as Billing & Compliance Director. His clinical expertise spans head and neck, thoracic, and skin cancers using advanced radiation modalities including proton therapy, VMAT, and stereotactic techniques.

Dr. Ferris completed his education and training as follows:

• Undergraduate: Loyola University Maryland, 2010, Biology (minors in Business and English), summa cum laude
• Medical School: University of Maryland School of Medicine, 2014, cum laude
• Internship: Emory University, 2015
• Residency: Radiation Oncology, Emory University, 2019 (Chief Resident)

His research centers on optimizing radiation techniques to maximize tumor control while minimizing toxicities, with particular focus on cardiac-sparing methods for thoracic cancers, radiation dose effects on the heart and CNS in head/neck cancers, and proton therapy applications for skin malignancies. He actively develops clinical trials to advance precision radiation oncology and improve patient-reported outcomes through meticulous treatment planning.

Recent publications (2018-2024) reveal consistent investigation into proton therapy's advantages over conventional modalities, especially for reducing dose to critical structures like the heart and brainstem. Key themes include comparative toxicity outcomes for parotid gland cancers, cardiac substructure sparing in lung cancer, and proton therapy applications for early glottic cancer - demonstrating his commitment to evidence-based refinement of radiation techniques.

Dr. Ferris maintains active interest in clinical trial development and enrollment, though specific grant details aren't provided. As Medical Director of MPTC, he leads a multidisciplinary team integrating surgeons and medical oncologists to deliver coordinated cancer care, emphasizing precision throughout the radiation treatment process.