Virginia Commonwealth University - Richmond, VA

posted 5 months ago

Part-time - Entry Level
Richmond, VA
Educational Services

About the position

The Department of Radiation Oncology at Virginia Commonwealth University is seeking two applicants for a part-time research position in medical physics within the Image-guided Radiation Therapy Research Program. This program is dedicated to advancing the field of radiation oncology through innovative research focused on deformable image registration, radiomics, and deep learning techniques aimed at predicting clinical outcomes related to radiotherapy, particularly in lung cancer. The research will involve the application of advanced image processing techniques and statistical modeling to analyze computed tomography images, making it a critical role for those interested in the intersection of medical physics and cutting-edge technology. Candidates will have the opportunity to engage in meaningful research that contributes to the understanding and improvement of treatment outcomes in lung cancer patients. The ideal candidates will possess a strong background in deformable image registration and other advanced image processing techniques, as well as experience in database management and statistical modeling. This position is particularly suited for physicists or engineers looking to expand their research experience in the field of radiation oncology physics, providing a unique opportunity to work alongside experienced professionals in a collaborative environment. The Department emphasizes the importance of diversity and inclusion, encouraging applicants who can contribute to a diverse faculty, staff, and student environment. This commitment to diversity is reflected in the department's ongoing efforts to create a workplace that mirrors the communities served by the School of Medicine. The position requires approximately 5 hours of work per week, making it a flexible opportunity for candidates seeking to balance research with other commitments.

Responsibilities

  • Conduct research in deformable image registration and advanced image processing techniques.
  • Analyze computed tomography images to predict clinical outcomes in lung cancer.
  • Utilize machine learning algorithms in Python and Matlab for image analysis.
  • Manage databases and perform statistical modeling related to research projects.
  • Collaborate with faculty and staff to foster a diverse research environment.

Requirements

  • Ph.D. in physics, medical physics, or engineering is required.
  • Experience with computational programming in UNIX/LINUX/Windows environments is essential.
  • Proficiency in image analysis and machine learning algorithms in Python and Matlab.

Nice-to-haves

  • Broad background in engineering mathematics and experimental measurements.
  • Clinical experience in medical physics, such as completion of medical physics residency.
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