JOB OPENINGS IN THE DIVISION OF RADIATION PHYSICS
One position available (see advertisement below)
Position Description
Applicants are invited to apply for a Physicist position in
the Department of Radiation Oncology at
Duke
University
Medical
Center.
The Department of Radiation Oncology treats over 1500 patients at
Duke
University
Medical
Center
and also provides professional and technical coverage for five affiliated
facilities. In addition to clinical coverage, the Division of Radiation Physics
also provides physics teaching for graduate students in medical physics,
residents in radiation oncology, and medical students at
Duke
University,
School of
Medicine.
Active research programs mainly involve IMRT/IGRT, 3D dosimetry, oncologic and
biological imaging, modeling of radiation damage for normal tissues and of
tumor control using radiation, MR spectroscopic imaging, stereotactic
radiosurgery, stereotactic body radiotherapy, as well as hyperthermia.
Appropriate faculty appointment is available dependent on individual
qualification.
Facility and Equipment
The Radiation Oncology Department includes
Duke
University
Medical
Center
and several satellite hospitals. Within the central campus, there are five
linear accelerators (three with
Cone
Beam CT and gating capability, one dedicated
SRS/SBRT Novalis Tx unit with high-definition 120 leaves MLC (HD120MLC), comprehensive
image-guidance capabilities, and 6D adjustable robotic treatment table), one
HDR unit, one conventional CT, one multi-slice CT Simulator with 4D capability,
one MRI scanner, two hyperthermia suites. Special procedures offered are IMRT,
IGRT, radiosurgery and stereotactic body radiosurgery with cone and mini-MLC,
TSI, TBI, Intra-Op brachytherapy with HDR. A PET/CT scanner with an on-site cyclotron and PET/SPECT scanner are available
from the neighboring Radiology Department.
Employer and environment
Duke
University
Medical
Center is one of the premier research
and teaching hospitals in the
United
States. It is the teaching hospital for the
Duke
University
Medical
School.
It promotes a friendly and healthy (tobacco free) working environment. The
medical physics section of the radiation oncology department is composed of 18 faculty/staff medical physicists, 10
dosimetrists, two IT staff. Faculty in the Radiation Physics Division is
actively involved in the Medical Physics graduate program and radiation
oncology physics residency program. Additionally, several postdoctoral
physicists and graduate students (Medical Physics Graduate Program) are
involved in research/thesis/dissertation activities.