|
Biomedical Informatics Curriculum
The Biomedical Informatics curriculum is designed to meet the needs of a wide range of students with different backgrounds and career goals, while providing a uniform foundation in the essentials of the field. Additional information is available on the requirements of each of the three degree programs: Terminal Master's and Doctorate (PhD), Postdoctoral Master's and examples of sample programs.
The table below describes the educational objectives of the program. Students who have already satisfied one or more of the first three objectives (biomedical, computational, or mathematical) through prior graduate training as assessed by the graduate degree program director or academic advisor do not need to take further courses in these areas. The core courses provide a foundation in general Biomedical Informatics methods, techniques and theories, while electives enable students to apply these methods to one or more areas of specialization in bioinformatics, clinical informatics, public health informatics or translational informatics.
The last column of the table shows an inclusive but not exhaustive list of possible courses that support each objective. Many of these courses are described further in the list of related courses.
Other courses may also be used to fulfill educational objectives. Because course offerings change constantly, students are advised to consult the Columbia University Directory of Classes and websites for affiliated departments before course selection. Academic advisors and/or the Graduate Program Director must approve in advance courses used to fulfill educational objectives each semester. List the courses used to fulfill objective requirements on the appropriate page of your mid-semester reporting forms.
|
Objective
|
Example Courses
|
| Core |
Is familiar with problems, issues and applications in Biomedical Informatics, and is able to apply general theories and methods to solve problems. |
G4001 Introduction to Computer Applications in Health Care and Biomedicine
G4002 Computational Methods (quantitative methods)
G6002 Research Methods or G4014 Computational Biology: Functional and Integrative Genomics or G4015 Computational Biology: Proteins, Networks and Function (experimental methods)
G4003 Topics in Biomedical Informatics (symbolic methods) (Fall 2009) |
|
Biomedical
|
Is conversant with concepts, terminology, institutions,
professionals, and methods of the biomedical domain
|
G6300/G6301 Biochemistry and Molecular Biology of Eukaryotes,
G4011 Acculturation to Medicine,
E4001/E4002 Quantitative Physiology,
ECBM E4060 Intro-Genomic Information Science & Technology, P6313 Physiology,
P6400/P6402 Epidemiology,
P6530 Issues and Approaches in Health Policy and Management
|
|
Computational
|
Can apply computational techniques to manage data, develop software and solve problems
|
G4014 Computational Biology: Functional and Integrative Genomics, G4015 Computational Biology: Proteins, Networks and Function, W4111 Database Systems,
W4156 Advanced Software Engineering,W4444 Programming and Problem Solving, W4701 Artificial Intelligence,
W4771 Machine Learning,
W4705 Natural Language Processing, W4995 Computational Human Genetics
|
|
Mathematical
|
Can apply mathematical techniques to analyze data and test hypotheses
|
P6103 Introduction to Biostatistics,
P6104 Introduction to Biostatistical Methods,
P8149 Statistical Aspects of Human Population Genetics, P6104 Applied Statistics
|
|
Elective
|
Is able to apply general methods and theories of informatics to one or more
biomedical levels: molecules and cells; tissues and organs; patients; populations |
G4004 Applied Clinical Information Systems,
G4022 Exploration of Clinician Information Needs, G4040
Health Information Systems Architecture,
G4030 User Interfaces in Medicine,
G4055 Decision Support in Biomedicine,
G4060 Evaluation Methods in Biomedical Informatics, ECBMI E4060 Intro-Genomic Information Science & Technology, G8001 Readings, G4013 Biological Sequence Analysis, Additional offerings can be found in
bioinformatics,
imaging informatics,
clinical informatics,
public health informatics
and the
Directory of Classes
|
Ethics
(for PhD and Postdoctoral Students) |
Satisfies NIH Requirement |
CMBS G4010 Responsible Conduct of Research and Related Policy Issues |
|
Research
|
Can conduct independent research in Biomedical Informatics
|
G6001 Projects In Biomedical Informatics, G9001 Doctoral Research, G9999 Doctoral Dissertation
|
|
Teaching (for Ph.D. and Postdoctoral Master's & Ph.D. students)
|
Can prepare educational materials, deliver lectures, and evaluate students
|
G8010
Teaching Experience
|
|
Colloquia
|
Is familiar with investigators, institutions, projects, methods and theories in the field locally and at other institutions
|
G4099 Research Seminar |
|
|