School of Health Related Professions
All students complete at least 36 credits hours of which at least 30 hours must be formal course work. This includes:
In addition to core courses, electives and directed research projects, the student can pursue an in-depth study in one of the following tracks:
Students successfully completing the program will be granted the Master of Science degree in Biomedical Informatics.
Fulltime students may complete the Program in 18 months, but will usually require two years. Part-time students may take three to five years to complete the Program.
Admissions:
Program Entrance Requirements for MS:
Applicant for admission to the Graduate
Programs in Biomedical Informatics must hold a bachelors degree
from an accredited institution in the US or its equivalent with
a major in any field of health sciences (including medicine, dentistry,
allied health, nursing, public health, pharmacy), or biological
sciences, computer science, engineering or an equivalent field of study. A student seeking
admission to any of the Graduate Programs must satisfy all entrance
requirements of UMDNJ-SHRP.
These requirements include:
GRE Exemption: Applicants already holding a doctoral (e.g., Ph.D., MD, DDS) degree in an appropriate discipline from an accredited institution in the USA, or UMDNJ’s medical, or dental students are exempted from the GRE requirement. Students applying for admission to the Health Care Informatics Certificate Program are also exempted from the GRE requirement.
International Students and TOEFL: In addition to the requirements stated above international students are required to provide evidence of English language proficiency by submitting Test of English as a Foreign Language (TOEFL) examination scores. Applicants with scores below 550 or CBT equivalent are not considered for admission.
Advisement: Each entering student is assigned a faculty advisor who assists the student in initial course selection appropriate to the career goals of the student, election of a project advisor and an advisory on project.
Program retention: Retention in the graduate programs is based on the following criteria:
These New Requirements for Graduation (RGs) are strictly for the Incoming M.S and PhD Students from Fall 2008 session. However the relatively new students currently enrolled in either of those programs have the option to sign up for the new RGs. You can find information on the old RGs here
| CORE Courses | Required Credits = 18 | ||
| Course No. | Course Name | Faculty | Term |
| BINF5005 | Health Care Information Systems | S Haque | Fall |
| BINF5210 | SAS Applications in Biomedical and Clinical Research | S Haque | Spring |
| BINF5035 | Analytical Techniques in Medical Diagnosis | S Srinivasan | Fall |
| BINF5020 | Biomedical Modeling & Decision Making Systems | DP Mital | Spring |
| BINF5100 | Introduction to Biomedical Informatics | M Shibata | Spring |
| BINF5130 | Controlled Medical Terminology | H Gu | Fall |
| TRACK Courses | Required Credits = 6 | ||
| Track I | Bioinformatics | ||
| BINF5220 | Principles and Applications of Molecular Modelling and Drug Design | M Shibata | Fall |
| BINF5230 | Principles and Applications of Bioinformatics - Sequence Analysis | A Kister | Spring |
| Track II | Clinical Informatics | ||
| BINF5125 | Clinical Problem Solving and Decision Making | DP Mital | Fall |
| BINF5030 | Visualization in Biomedical Sciences | DP Mital | Spring |
| Track III | Consumer/Patient Care Informatics | ||
| BINF5312 | Health Information Processing using XML | S Srinivasan | Fall |
| BINF5135 | Clinical Systems Interface Design | H Gu | Spring |
| Track IV | Hospital/Healthcare Information Management | ||
| BINF5131 | Health Care Finance Systems | S Haque | Fall |
| BINF5115 | Healthcare Data Management | H Gu | Spring |
| BINF6000 | Directed Thesis/Project : Credits = 6 | ||
Required Elective Credits = 6 (see suggested electives below) |
Suggested Elective Courses for MS
| Course No. | Course Name | Faculty | Term |
| BINF5403 | Clinical Information Systems Design (Track IV) | S Haque | Fall |
| BINF5400 | Applied Biostatistics (All Tracks) | H Khan | Spring |
| BINF5000 | Essentials of Health Computer Science (All Tracks) | S Srinivasan | Fall |
| BINF5325 | Advanced Clinical Problem Solving and Decision Making (Track II) | DP Mital | Fall |
| BINF5900 | Biomedical Data & Algorithms (All Tracks) | H Gu | Fall |
| BINF5513 | Proteins and Diseases (Track I) | A Kister | Spring |