Professors Emeriti. R. M. Gardner, T. A. Pryor, H.
Warner.
Professors. L. Cannon-Albright, R.S. Evans, J.
Facelli, P.
Haug, S. Huff, J. A. Mitchell, D. Parker, A. Thomas.
Associate Professors. B. Bray, N. Camp, J. Clark,
R.S. Evans, J. Hales, J. Hurdle, C.
Weir.
Assistant Professors. K. Allen-Brady, L. Frey, S.
Meystre, S.
Narus, D. Sorenson, C. Staes.
Adjunct Faculty. D. Avrin,
T. Blumenthal, T. Clemmer, M.
Egger, B. Farr, C. Gassert, S.
Horn, D. Hughes, B. James, G. Katzman,
L. Lau, M. Lincoln, A. Morris, W. Peay,
R. Rocha, R. Rolfs, M. Samore,
N. Staggers, S. Thornton, D. Westenskow,
R. Wiggins, S. Williams.
Director for Graduate Studies: Scott
Narus, 213-3288,
scott.narus@hsc.utah.edu.
The Department of Biomedical
Informatics is a clinical science department within the
School of Medicine.
The department is internationally recognized for its
contributions to clinical health information systems,
computerized decision-making, evaluation
of computerized patient care, genetic
epidemiology/bioinformatics, medical imaging, and biomedical
informatics research. Facilities for research include
University Hospital,
Intermountain Health Care (IHC),
LDS Hospital
and other IHC related hospitals and clinics, the Department
of Veterans Affairs Salt Lake VA Medical Center (VAMC), Utah
Department of Health, and HealthInsight,
the PRO for Utah
and Nevada.
Current education and research opportunities range from
basic to applied sciences encompassing three tracks—health
care/clinical informatics, clinical research and translation
informatics, and public health informatics—for the MS and
PhD degrees and a graduate certificate.
Contact the department for a graduate program booklet.
See the department’s Web page or the Graduate Information
section of this catalog for more information. |
M.S., Ph.D.
Department Tracks:
Health Care/Clinical
Informatics. Developing and evaluating Clinical Expert
Health Information Systems has been and continues to be a
major emphasis of the Department of Biomedical Informatics
at Utah.
The HELP System, operational at
LDS Hospital,
is an example of such a system. Emphasis is on the clinical
components of such systems and their integration into the
more traditional administrative and financial aspects of
HIS. Computerized Decision Support and Computer aided
Quality Assurance are key concepts taught in this track.
Students are given both course work and practical project
experience in working with an HIS.
Translational Informatics. Designed to give
students a thorough training in genetic epidemiology and
bioinformatics and translational informatics through course
work in human genetics, molecular biology, computer science,
and statistics. Students learn through practical training in
the methods and software used in analysis of genetic data
and through training in a specific area of the student’s
choice.
Public Health Informatics. Our newest track is
Public Health Informatics. Unique opportunities are
available for students to work with the Utah Department of
Health, HealthInsight, the Utah
Professional Review Organization (PRO), and other health
care enterprises in the region. Students will also be able
to work with the Public Health program at the University of
Utah School of Medicine. The major emphasis of this track
will be to build practical informatics system solutions,
which integrate data from the broad and rich clinical data
sources.
Admissions Requirements. Admissions requirements
include the following: an undergraduate degree with a GPA of
3.3 or better (B+ average); 3 letters of recommendation from
people who know the academic capabilities of the applicant;
a written personal statement outlining the educational and
working background, computer knowledge, and career interests
of the applicant; GRE scores (or MCAT scores averaging at
least 60% if a physician); training or professional
experience in a computer language such as C++ or Java; and
training or professional experience in basic statistics.
International applicants must demonstrate proficiency in the
English language with a score of 600 or higher on the TOEFL
and 50 or higher on the TSE or Speak Test.
Degree Requirements
Ph.D. The Ph.D. degree is offered through the
Graduate School,
whose requirements apply. Departmental requirements include
approximately 40 semester hours of formal course work taken
inside and outside of the department. Graduate work at other
institutions, including that taken for a master’s degree,
may be applied (at the discretion of the student’s advisory
committee) toward satisfaction of the course work
requirement. Also required are 14 or more hours of research
work (taken as BMI 7970) leading to an original
dissertation. The student must have a GPA of 3.0 or better
(B average), pass a comprehensive examination at the Ph.D.
level, pass qualifying exams, and defend the dissertation.
BMI 6010, BMI 6020, BMI 6105 or equivalent experience, and
BMI 6110 are required before a student may take the
comprehensive examination. Four semesters of BMI 7000 are
required and four semesters of BMI 7010 are required after
completing the comprehensive examination. In addition, each
track has its own required courses. As soon as possible, the
student should select a track and form a committee of five
members; one member will be appointed by the department and
the remaining four may be selected by the student. One of
them must be a University faculty member from outside the
Medical Informatics Department. The student’s thesis
advisor, who must be a faculty member from within the
department, chairs this committee. Formal course work
requirements are determined in consultation with the advisor
and the committee.
M.S. The master’s degree requires 23 semester
hours of formal course work with a grade of B- or better and
seven semester hours of research leading to a thesis.
Students must pass a comprehensive examination at the M.S.
level or better and defend a thesis. BMI 6010, BMI 6020, BMI
6105 or equivalent experience, and BMI 6110 are required
before a student may take the comprehensive examination.
Four semesters of BMI 7000 are required. In addition, each
track has its own required courses. There are three faculty
members (selected by the student) on the master’s committee.
No restrictions about departmental ties apply except that
the thesis advisor must be a member of the department.
Fellowships. Predoctoral
and postdoctoral National Library of Medicine Fellowships
for Training in Medical Informatics are
available for qualified candidates. Current fellowship
funding is limited to US citizens and permanent residents.
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