- About this researcher
Austin Faught
Associate Professor
Radiation Oncology
Academic information
- Department: Radiation Oncology
Research interests
- Normal Tissue Toxicity Modelling
- Linear Energy Transfer in Proton Therapy
- Automation and Software Development
About
Biography
As an associate professor in Radiation Oncology, I specialize in proton therapy and pediatric radiation oncology, with a focus on delivering precise, effective treatments tailored to the unique needs of each patient. My clinical approach emphasizes minimizing long-term side effects while maximizing treatment effectiveness, particularly for younger patients.
My training includes a residency at Duke University and a postdoctoral fellowship at the University of Colorado School of Medicine, where I developed a strong foundation in both advanced clinical care and research. These experiences continue to inform my commitment to innovation and excellence in radiation oncology.
My research focuses on understanding and predicting normal tissue toxicity, with the goal of improving treatment safety and personalization. I also study linear energy transfer in proton therapy to better characterize dose distribution and its biological effects. In addition, I am actively engaged in automation and software development, working to streamline clinical workflows and enhance precision in treatment planning and delivery.
I believe that advancing radiation oncology requires a balance of technological innovation, rigorous research, and compassionate patient care. Collaborating with multidisciplinary teams allows me to help translate scientific insights into meaningful clinical improvements that benefit patients and families.
Credentials
Education
- Bachelor of Science - Physics
- Kenyon College, Gambier, OH, United States
- Master of Technology - Computer and Information Technology
- The University of Pennsylvania, Philadelphia, PA, United States
- Doctorate - Medical Physics
- The University of Texas, Austin, TX, United States
Research
Research interests
- Normal Tissue Toxicity Modelling
- Linear Energy Transfer in Proton Therapy
- Automation and Software Development
