VUIIS Educational Opportunities & Training

Educational Opportunities and Training

The research facilities at the VUIIS and the graduate and postdoctoral training programs of the University provide for an exemplary training environment. A variety of programs are available for students of all levels, backgrounds, and ambitions. Select one of the links below to jump to descriptions of specific opportunities or to obtain further information:

Undergraduate Educational and Training Programs
Graduate Educational and Training Programs
Post-doctoral Education and Training Programs
Scientific Outreach to Area High Schools
For Further Information

Undergraduate Educational and Training Programs

Formal Educational Opportunities: Several courses are taught regularly as part of the undergraduate program in Biomedical Engineering. These include BME 258 (Introduction to Medical Imaging), BME 276 (Biological Basis of Imaging), and BME 277 (Quantitative and Functional Imaging). Note that BME 258 or a similar course is a prerequisite to BME 276 and 277. In addition, VUIIS faculty with appointments in the School of Engineering sometimes define senior design projects.

Research Experiences: Undergraduate students can obtain research experience at the VUIIS through a variety of mechanisms. Regardless of the mechanism, an interested student would be best served by reviewing the VUIIS faculty research interests, identifying projects that sound interesting, and then approaching the appropriate faculty member. An email inquiry or telephone call to arrange an appointment is the first step in this process.

After meeting with a VUIIS faculty member and agreeing upon a suitable project, students interested in obtaining course credit may do so by registering for an appropriate independent study course through their home department. For example, BME students can register for BME 240a-240b (Undergraduate Research in BME). Ideally, this would be arranged in the early-to-middle part of the semester preceeding that in which the student wishes to obtain credit.

There are also several mechanisms through which students can be paid for their work. First, faculty members who hold a research project grant may have funds available to pay a student directly from that grant. Also, there are both University-wide and School-specific summer research programs that provide opportunities for full-time summer research experiences and a stipend. These include the Vanderbilt University Summer Research Program and, for Engineering students, the VUSE Summer Undergraduate Research Program. Applications for these competitive programs are typically due in February of each year; interested students are advised to contact potential VUIIS faculty advisors well before the application deadline, however, in order to allow sufficient time to prepare the application and because faculty are limited in the number of students that they are allowed to sponsor.

Graduate Educational and Training Programs

Formal Educational Opportunities: Graduate training in imaging science is available through several of the University's academic departments. On the main campus, there are students enrolled in degree programs in the Departments of Biomedical Engineering, Chemistry, Electrical Engineering and Computer Science, and Physics and Astronomy and the Neuroscience Program who are being advised by VUIIS faculty. In the medical center, there are students enrolled in the Chemical and Physical Biology Program who are being advised by VUIIS faculty. There are also many graduate students in other mainuniversity or medical center departments who, while not pursuing graduate education in imaging science per se, use imaging and spectroscopic methods in order to answer fundamental questions in Psychology, Physiology, and other disciplines.

Regardless of the home department, graduate students in the imaging sciences follow a core curriculum of imaging science courses. These include:

BME 258 (Introduction to Medical Imaging) or Physics and Astronomy 228 (Physics of Medical Imaging)
BME 276 (Biological Basis of Imaging)
BME 277 (Quantitative and Functional Imaging)
BME 395 (Special Topics: Mathematical Methods in Imaging)

In addition, there are a number of other imaging courses that are taught regularly providing advanced training in more specialized areas with imaging science. These include:

BME 395 (Special Topics: Cancer Imaging)
BME 395 (Special Topics: Neuroimaging)
BME 395 (Special Topics: Advanced NMR Methods)
BME 395 (Imaging with Ionizing Radiation)
EE 253 (Image Processing)
EE 357 (Advanced Image Processing)

Informal Educational Opportunities: The VUIIS sponsors a number of informational educational opportunities. These include:

Journal and data clubs: Currently, there are journal clubs that focus on Cellular and Molecular Imaging, Cancer Imaging, Diffusion Tensor Imaging, and Functional MRI.
VUIIS Weekly Research Seminar: The VUIIS sponsors a research seminar meeting on Friday of each week. This serves as an oustanding opportunity for trainees to give progress reports on their research and hear full research presentations from VUIIS faculty and distinguished external speakers. Attendance at this seminar is expected for all VUIIS trainees.
VUIIS Annual Research Retreat: The retreat occurs in the Spring or early Summer of each year. It is held in another city; past retreats have taken place in Chattanooga, Memphis, Louisville, and Birmingham. All VUIIS personnel attend this 3 day/2 night event and present progress reports, plans for the upcoming year. This year, the retreat will take place on June 1-3 and will return to Chattanooga.

Research Training: The hallmark of graduate education is research training. The more than 20 core VUIIS faculty represent a broad spectrum of interests within imaging science, including understanding the fundamental physical and chemical interactions of biological tissues with the energy that allow imaging and produce contrast; the development of new imaging methods, such as MRI pulse sequences or image analysis approaches, that result in novel sources of contrast; the development of molecular imaging contrast agents for understanding cellular and molecular physiology; hardware engineering for imaging; imaging applications in applied physiology and clinical studies; new image processing methods; and more. Their activites are supported by more than 25 NIH research project grants and similar awards, totaling more than 10 million dollars in annual direct research funds.

Support for graduate students comes from three sources: regular research grants such as those described above, teaching assistantships provided by the home departments, and training grants. The VUIIS has been awarded an institutional training grant from the National Institute of Biomedical Imaging and Bioengineering that provides two years of support for six exemplary incoming graduate students. This allows them to obtain a broadly based education and training in a wide variety of imaging approaches. After the two year support period ends, they are typically supported by a regular research grant. Depending on the student's research question, support may be available from one of Vanderbilt's other training grants, as well; also, eligible graduate students are encouraged to apply for individual NIH training grants. Note that federally sponsored training grants are typically only available to US citizens and permanent residents.

Post-doctoral Educational and Training Opportunities

Post-doctoral fellows at the VUIIS benefit from the same outstanding training environment and formal and informal educational opportunities as students. They typically attend and present at at least one major international meeting per year and attain a high level of scholarship and productivity.

Our previous fellows have gone on to assume tenure-track faculty positions at Vanderbilt and elsewhere as well as positions in the biomedical imaging and pharmaceutical industries. The starting salary for fellows is well above the standard NIH rate and fellows enjoy an living in a medium-sized city with a broad range of cultural and recreational opportunities and reasonable cost of living. The Medical Center's Office of Biomedical Research and Training coordinates many aspects of posdoctoral training at Vanderbilt, including a large number of career development opportunities.

As noted above, the more than 20 core VUIIS faculty represent a broad spectrum of interests within imaging science. Their activites are supported by more than 25 NIH research project grants and similar awards, totaling more than 10 million dollars in annual direct research funds.

Post-doctoral training at the VUIIS is sponsored by these regular research project grants and by two institutional training grants. Regular research grants provide funding for a specific scientific project and may include funds for a post-doctoral fellow. Interested parties are recommended to contact individual faculty members about such opportunities. Persons interested in applying to a training grant should contact either Dr. John Gore, the Principal Investigator for the T32 award entitled "Postdoctoral Training in Magnetic Resonance Imaging and Spectroscopy" or Dr. Ron Price, PI for the R25 award entitled "Postdoctoral Training in Cancer Imaging."

Scientific Outreach to Area High Schools

"Looking Within: An Introduction to Biomedical Imaging"

Scientists from the Vanderbilt University Institute of Imaging Science are available to come to area high schools to give presentations on Biomedical Imaging Science. We provide a 45-minute presentation titled “Looking Within” on the basic physics of Optical Imaging, Magnetic Resonance Imaging (MRI), Computed Tomography (CT), and Positron Emission Tomography (PET) and some of their applications in medicine. The presentation includes several demonstrations and there is plenty of time for questions from the audience. If you are interested in having us come to your high school please contact Tom Yankeelov, Ph.D. at thomas.yankeelov@vanderbilt.edu

For Further Information

Undergraduate Educational Opportunities: Students already enrolled at Vanderbilt or considering matriculating at Vanderbilt may contact an individual faculty member directly or the Undergraduate Program Directors of their home departments. For students interested in the VUSRP, please contact an individual faculty member or Prof. Charles Manning, the VUIIS's VUSRP coordinator.

Graduate Educational Opportunities in Imaging Science: Please contact the Graduate Program Directors of the following departments:

Postdoctoral Training Opportunities: Please visit the VUIIS Available Positions page, contact an individual faculty member, or contact Profs. John Gore or Ron Price for training grant opportunities.

General Inquiries/Other: Please email Prof. Bruce Damon.

Last Modified: April 21, 2008. Webmaster