About the Program
The University of Utah and The University of Texas at Brownsville Bridge Grant promotes inter-institutional partnerships to improve the quality and quantity of students in underrepresented groups. As a participant in the bridge program at UTB, students will be engaged in science by working in research labs and will travel to the partner institution to participate in a research lab summer internships. Students will also be exposed to scientifically enriching activities during the two year bridge program. These activities will include the following:
- Seminars presented by The University of Utah BMI track leaders (presented via distance learning)
- Workshops and seminars organized by the UTB program faculty, financed through the RISE program
- Paper presentations at scientific conferences
- Biomedical Informatics Foundation courses taken at UTB
- Biomedical Informatics Utah developed introductory courses taken via distance learning.
After completing the bridge program at UTB, a total of five minority graduates (in two-year cycles) who 1) meet the GPA and GRE standards, and 2) are recommend by their M.S. research committee chairman for entering the Ph.D. program, will be able to compete for successful acceptance as Ph.D. candidates in the BMI Department of U of U.
UTB Bridge M.S. Program
The Bridge Project joins The University of Utah and The University of Texas at Brownsville. Qualified candidates begin their master’s research at UTB working with outstanding faculty from diverse disciplines that offer students a wide variety of options for course work, research projects and interdisciplinary training that will make them extremely competitive to enter the Ph.D. program in Biomedical Informatics at the University of Utah.
The discipline of Biomedical Informatics is relatively new and is growing rapidly. Biomedical Informatics is viewed as essential to the delivery of high quality health care and the advance of biomedical sciences. Biomedical Informatics has roots in healthcare informatics and clinical support and today the program covers the entire field of biomedicine. The focus is in the use of information technology and advanced research computing in the practice of biomedical sciences and medicine.
The UTB Component
Under the auspices of Dr. Luis Colom, Director of the Center for Biomedical Studies, the BMI master’s program consists of four tracks, requiring at the minimum:
- 30 credit hours of course work
- 6 credit hours of research
The four master's program tracks are:
- Biology under Dr. David Hicks
- Computer Science under Dr. Juan Iglesias
- Math under Dr. Jerzy Mogilsky
- Physics under Dr. Natalia Guevara
Curricula for all four tracks includes prerequisite courses for admission into The University of Utah Department of Biomedical Informatics Ph.D. program. Ph.D. candidates should be well versed in the areas of:
- Computer Programming
- Database Management
- Molecular Biology
- Genetics and Statistics
Also included in the program is an introductory course in Biomedical Informatics offered jointly by faculty at UTB and TSC and The University of Utah and summer research opportunities at The University of Utah.
Financial support is available for students who qualify for the program.
University of Utah Component
The Department of Biomedical Informatics at the University of Utah has existed, under various names, since 1964. The program was founded by Dr. Homer Warner, one of the visionary individuals who founded the field of biomedical informatics. Dr. Warner's legacy of excellence and innovation has persisted and the department remains a leader in informatics research, training and implementation. The department is recognized as one of the most prestigious training programs for informatics in the world. The department has granted more than 100 Ph.D. degrees and hundreds of M.S. degrees. These alumni have gone on to prestigious positions in academia, clinical medicine, government and private industry. The department routinely draws "international scholars (both faculty and students) from across North America, South America, Europe, Asia, and Africa.
Unmatched Opportunities for Research
The breadth and depth of research opportunities at Utah is simply unmatched. The program is unique for its strength across all of the informatics sub-disciplines: clinical informatics and public health informatics. 'Real world' clinical informatics research is ongoing at several collaborating institutions including Intermountain Medical Center (home of the world-famous HELP electronic medical record), the University of Utah Health Sciences Center, and the VA medical center. Research in translational informatics is fostered by the finest genealogy database in the world: the Utah Population Database. Public health informatics research is performed in close relationships with state, county, and local public health agencies.
Our faculty memebers are internationally recognized for contributions to biomedical informatics across a wide range of areas; mentoring and teaching are an important mission to our faculty. Many faculty are directly involved with developing and managing information systems at affiliated institutions
Our department is affiliated with a wide variety of local, state, and national institutions for research projects, including:
- University of Utah Healthcare
- Intermountain Healthcare
- Salt Lake City VA Medical Center
- Utah Population Database
- Utah Department of Health
- Huntsman Cancer Institute
We offer three training tracks for students in the department. These tracks provide a framework for students to tailor their coursework and research to meet their educational interests.
Clinical Informatics Track
This track focuses on the development and evaluation of clinical health informatics systems, covering a wide range of areas including clinical decision support, health data standards, knowledge engineering, distributed clinical trials and imaging.
Clinical Research and Translational Informatics Track
This track focuses on a wide range of research in Bioinformatics, Clinical Research Support, and Translational Informatics. The research from this track has been a traditional strength of the department. Students and faculty have access to a unique genealogic database and clinical data warehouses that provide opportunities for gene finding, pharmaco-genetics, high performance computing, cancer informatics, and other basic science research.
Public Health Informatics Track
This track focuses on the application of informatics tools and methods for public health and population-based practice and research. The CDC-funded Center of Excellence in Public Health Informatics provides opportunities to conduct research in collaboration with our local and state public health partners. Research opportunities include access to extensive clinical disease registries and surveillance systems, record linkage, simulation, NIH caB™ infrastructure, and other areas addressing public health problems.
For more information contact Dr. Masoud Zarei, UTB and TSC Bridge Grant Campus Coordinator at 956-882-5027( email@example.com) or Dr. Julio Facelli, Univ. of Utah Bridge Grant Campus Coordinator(firstname.lastname@example.org)