Biomedical Informatics PhD & MS
Application Track: Clinical Informatics
Clinical Informatics applies biomedical informatics principles and methods to inform and direct health care delivery, and to address consumers’ information needs, help consumers engage in their own health, and promote shared-decision making; the goal of clinical informatics is to measurably improve the safety and value of care delivery and to support the effective implementation of evidence-based practices. Students must demonstrate competency in (a) the foundational technologies and the architectures of electronic health records and related systems, (b) the design, development, and evaluation of innovative technologies that can influence patient care delivery, (c) the use of technology to provide informational support to both clinicians and health care consumers, and (d) evaluation and enhancement of new and existing systems through instrumentation of the care process so that process and outcome data are effectively collected and analyzed. The Clinical Informatics track dovetails with the Nursing Informatics (NI) program in the College of Nursing.
Recommended Course of Study
This is a recommended schedule for this track (numbers in parentheses indicate credit hours). Courses can be waived or tested out of with permission of the course instructor and the student's advisor. Ultimately, the courses a student takes should be determined and approved by the student and the graduate committee.
|Year 1 Fall||BMI 6018||Intro to Computer Programming||3|
|BMI 6010||Fnd Healthcare Informatics||2|
|BMI 6701||Population and Public Health Informatics||2|
|BMI 6030||Fnds Bioinformatics||2|
|Year 1 Spring||BMI 6106||Into to Probability and Statistics||3|
|BMI 6111||Research Design Part I||1.5|
|BMI 6103||System Modeling and Process Improvement||2|
|BMI 6440||Information Systems Architecture||2|
|BMI 6120||Standards in Biomedical Informatics||2|
|Year 2 Fall||BMI 6112||Research Design Part II||1.5|
|BMI 6010||Human Systems Interaction||2|
|BMI 6300||Clinical Decision Support||3|
|BMI 6203||Clinical Database Design||2|
|Year 2 Spring||BMI 6440||Clinical Information Systems Architecture||3|
|Year 3 Fall||BMI 6806||Translational Informatics||2|
|BMI 6115||Biomedical Text Processing|
|CS 6630||Scientific Visualization|
|NURS 6661||Project Management in Health Informatics|
|NURS 7420||Health Promotion and Social Determin of Health|
|NURS 6772||Quality Imporvement in Healthcare|
|NURS 6807||System Analysis and Implementation|
PhD students are required to attend at least one SIG (all students are encouraged), which bring people with similar interests together to learn, share, and experiment.
- Decision-making and Behavioral Informatics SIG
- Semantic Interoperability SIG
Sign up for at least one practicum to gain hands-on experience and work with a team on a project.
Students have the opportunity to apply to work for a semester with the SmartEHR team or the Sociotechnical or NLP service lines on an existing project. Must be coordinated with the team/service line director before registering:
Review and discuss literature in this area.
If there is not a current journal club, encourage your SIG to host one.
Feel free to meet individually with faculty and/or to attend their weekly lab meetings.
Bruce Bray; Cardiology; Mollie Cummins, NI; Mike Dean, Pediatrics; Scott Evans, Intermountain; Guilherme Del Fiol; Jennifer Garvin; Per Gesteland, Pediatrics; Adi Gundlapalli, Internal Medicine, VA; Marta Heilbrun, Radiology; James Hellewell, Geriatrics; Ken Kawamoto; Scott Narus, Intermountain; Flory Nkoy, Pediatrics; Chuck Norlin, Pediatrics; Brent James, Intermountain; Chris Maloney, Pediatrics; Stephane Meystre; Alan Morris, Intermountain; Matt Samore, Epidemiology; Kathy Sward, NI; Sid Thornton, Intermountain; Charlene Weir, VA.
Brian Chapman, Radiology; Laura Heermann-Langford, Intermountain, NI; Rachel Hess, Population Health Sciences; Rashmee Shah, Cardiology.