Date Compiled: June 2009
University |
Degrees |
Department(s) |
Degree Requirements |
Sampling of Research Interests |
MS and PhD in Biomedical Informatics |
Department of Biomedical Informatics, School of Engineering |
MS: 30 credits including thesis , PhD: 39-45 credits required courses and 39-45 credits of elective courses |
Health Information Technology Assessment for Clinical Outcomes, Distributed Cognition and Scientific Collaboration in Medicine and Health, |
|
MS in Medical Imaging Informatics; PHD in Biomedical Enginnering through Medical Imaging Informatics |
Biomedical Engineering Interdepartmental Program |
MS degree: 40 course units, B or better grade required; Masters thesis; PHD degree: completion of the major core + 2 minor fields of specialization |
Novel methods for image acquisition, New methods for interacting with clinical data, including medical images, Higher-level abstractions and automated techniques for organizing medical data, Development of a probabilistic methodology for linking healthcare events into a single ˇ§episode of care.ˇ¨ |
|
PhD in Clinical and Translational informatics (CTI) |
Program in Biological and Medical Informatics. |
no fixed credit requirement (individual plans), 3 required courses + informatics rotations, plus should have or achieve competencies in biostatistics, programming, clinical sciences and mathematics |
Diagnostic workstation design/user interface issues, Clinical information system integration, XML databases for clinical information systems, decision support systems, automated clinical inference, Informatics techniques for healthcare delivery |
|
Professional MS, Academic MS, PHD, Graduate Certificate |
School of Medicine -Stanford Center for Biomedical Informatics Research |
Academic MS: 45 credit hours, masters thesis; Professional MS: 45 credit hours; PHD: 135 credit hours, qualifying oral examination, PHD thesis and dissertation; Certificate: completion of 3 core courses (grade B or better) |
See: http://bmi.stanford.edu/research.htm |
|
Postdoctoral fellowship in Biomedical Informatics |
School of Medicine - Center for Medical Informatics |
not a degree program. Training is project-based |
Trial/DB: A Web-accessible, Multi-disciplinary Database for Clinical Research; Clinical Applications of Mobile Computing Technologies; Clinical Decision Support Systems and Computer-Based Clinical Practice Guidelines |
|
MS in Medical Informatics |
College of Ospeopathic Medicine |
43 credit hours |
n/a |
|
Medical Informatics Certificate |
School of Allied Health and Life Sciences |
4 credits |
n/a |
|
MS in Medical Informatics |
School of Continuing Studies |
11-14 courses (depending on student's background) |
n/a |
|
Medical Informatics Fellowship |
Medical Center and Regenstrief Institute |
ˇ@ |
ˇ@ |
|
MS in Biomedical Informatics |
MIT |
66 units of graduate credit plus a Master's thesis |
http://hst.mit.edu/servlet/ControllerServlet?handler=PublicHandler&action=browse&pageid=597 |
|
MS Medical and Bioinformatics - nonthesis |
Computing & Information Systems |
36 credits with a cumulative GPA of 3.0 |
information not readily available |
|
MS, PHD and Certificate in Biomedical Informatics |
School of Health Related Professions |
MS: 36 credit hours, PHD: 61 credits beyond MS degree in Biomedical Informatics or 85 credits for students who don't have MS in Biomedical Informatics, Certificate: 15 credit hours. |
information not readily available |
|
MA and PHD in Clinical Informatics |
Biomedical Informatics |
MA: 30 credits, PhD: 60 credits |
ˇ@ |
|
MS in Medical Informatics |
SUNY Downstate Medical Center |
39 credit hours- Master's essay included |
n/a |
|
Medical Informatics Fellowship |
n/a |
completion of 1-2 year fellowship and research thesis in area of interest |
information not readily available |
|
MSBI, MBI (Master of Biomedical Informatics), PhD in BI, Graduate Certificate |
Department of Medical Informatics & Clinical Epidemology |
MS: 52 credit hours, non-thesis, completion of ; GCP: 24 credit hours |
Areas of research include electronic medical records, information retrieval, information needs assessment, human-computer interfaces, consumer health informatics, telemedicine, etc. |
|
MS, PHD in Biomedical Informatics |
Department of Biomedical informatics |
MS - 36 credit hours, minimum B grade in all graduate courses; PhD - 72 credits (54 - coursework, 18 - dissertation research) |
Evaluation of an Intelligent Tutoring System in Pathology: Effects of External Representation on Performance Gains, Metacognition, and Acceptance; Unsupervised clustering of over-the-counter healthcare products into product categories, The development of common data elements for a multi-institute prostate cancer tissue bank: |
|
MS, PHD, MD/MS; MD/PhD |
Department of Biomedical Informatics |
MS - 22-34 credit hours, thesis ; PHD - 72 credit hours |
||
MS, PhD, Certificates in Biomedical Informatics |
Biomedical Informatics, School of Medicine |
MS - 30 creidt hours: 23 formal class work, 7 hours of research for thesis; PHD - 54 credit hours: 40 credit formal class work, 14 credits research, passing a PHD written and oral Qualifying registration; Certificate - 15 credit hours |
Web-based care coordination integrating medicine and psychiatry, Data mining exploration of the heritable comnponent to disease-, health-, and medication response-related traits, Building the trEDW (translational research Enterprise Data Warehouse) and associated tools. |
|
Certificate, MS, PHD, post-graduate fellowships in Biomedical and Health Informatics |
Department of Medical Education and Biomedical Informatics (under SOM) |
MS: 60 credit hours, including at least nine Thesis credits, cumulative GPA of 3.0 minimum, complete an MS thesis and pass a final exam; PHD: 90 credit hours, including 27 Dissertation credits, formal examinations: qualifying exam, general exam, final exam |
Community Health Assessment Key Indicators, Personal Health Information Management for Breast Cancer Patients, Predicting Drug-Drug Interactions Using Drug Mechanism Knowledge |
|
PHD |
College of Engineering & Applied Science, Medical College of Wisconsin (plus other participating departements) |
61-67 credit hours beyond BA |
Computational Models for Vaccine Design, Content Based Retrieval of Medical Images, Collaborative Intelligent Health Information Systems Initiative, Investigating and Annotating Discourse Connectivity in Biomedical Text |
|
MS in Medical Informatics |
School of Business at MSOE/Grad School of Biomedical Sciences at MCW |
54 quarter credits (42 - required courses, 6 - elecives, 6 - project) |
n/a |
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