Master of Science in Public Health (MSPH) in Biostatistics
Mission The mission of the program is to advance the field of biostatistics/public health by training students in applied data analysis in the areas of public health and medicine, through course work, seminars, workshops and practicum training Description The MSPH program emphasizes applied data analysis in the areas of public health and medicine, by preparing students to analyze data in a wide range of settings, including industrial health surveillance and research programs; local, state, and federal governmental agencies; pharmaceutical research divisions; university research programs; and consulting firms. Students learn to assist in selecting a design appropriate for the goals of the research, estimate sample size requirements, establish and maintain data bases, select and conduct the appropriate statistical analysis, and communicate the results of the analysis orally and in writing in the fields of public health. Coursework concentrates on developing these statistical skills through the use of actual data sets and computerized statistical software packages. Program Competencies: After completing the MSPH degree in Biostatistics, the graduate will be able to: 1. Incorporate knowledge of the core areas of epidemiology, environmental health, health systems management, and the biological, behavioral, social, and cultural aspects of health and disease, in selecting and applying appropriate biostatistical procedures. (EPID 6030, ENHS 6030, HSMG 6030, SPHL 6010, SPHL 6030) 2. Select and conduct appropriate statistical procedures for evaluation of public health intervention and surveillance programs. (BIOS 6040, 7060, 7150, 7250) 3. Contribute to the design of public health programs by estimating the required sample size and power for program monitoring. (BIOS 6040, 7080, 7150, 7250). 4. Exhibit proficiency in programming using standard statistical software such as SAS, SPSS and STATA (BIOS 6230, 6240, 6280) 5. Design and manage data bases and analysis datasets (BIOS 6220, BIOS 6230, 6240, 6280) Graduation Requirements: The program requires a minimum of 42 graduate credits, 200 hours of practicum experience and a culminating experience | Course Requirements | (42 hours) | | | | | | Public Health Core Course Requirements | (18 hours) | | | SPHL 6010 | Biological Basis of Disease | 3 | | SPHL 6030 | Social & Behavioral Aspects of Global Health | 3 | | BIOS 6030 | Introductory Biostatistics | 3 | | EPID 6030 | Epidemiologic Methods I | 3 | | HSMG 6030 | Principles of Health Systems Administration and Management | 3 | | ENHS 6030 | Survey of Environmental Health | 3 | | | | | Biostatistics Core Course Requirements | (18 hours) | | | | | | BIOS 6040 | Intermediate Biostatistics | 3 | BIOS 6220 | Database Management in the Health Sciences | 3 | BIOS 7060 | Regression Analysis | 3 | BIOS 7080 | Design of Experiments | 3 | BIOS 7150 | Categorical Data Analysis | 3 | BIOS 7300 | Statistical Methods for Survival Data Analysis | 3 | | OR | | BIOS 7400 | Clinical Trials | 3 | | | | Elective courses (6 hours)
| | | BIOS 6230 | Computer package in SAS | 1 | | BIOS 6240 | Computer packages for Statistical Sciences (SPSS) | 1 | | BIOS 6280 | Introduction to stata | 1 | BIOS 7090 | Advanced Design of Experiments | 3 | BIOS 7160 | Advanced Categorical Data Analysis | 3 | BIOS 7220 | Nonparametric Statistics | 3 | BIOS 7250 | Principles of Sampling | 3 | | BIOS 7350 | Analysis of Longitudinal and Clustered Data | 3 | BIOS 7420 | Principles of Measurement | 3 | BIOS 7500 | Monte Carlo and Bootstrapping Methods | 3 | BIOS 7600 | Advanced Evaluation Research | 3 | BIOS 7800 | Applied Data Analysis | 3 | BIOS 7820 | Multivariate Methods | 3 | EPID 6240 | Monitoring and Evaluation for Health-Related Systems | 3 | EPID 7120 | Epidemiologic Methods II | 3 | INHL 6800 | Introduction to Population Studies | 3 | | | | |
Public Health Practicum (SPHL 9980) All Biostatistics MSPH students are required to complete a field practicum of 200 hours. The description and specific requirements of the practicum, as well as all important deadlines are detailed in the Practicum Handbook. Some examples of practicum opportunities in Biostatistics - Genetics and childhood lead poisoning prevention program
- Maternal childhood program
- Tobacco control and prevention program
Culminating Experience In Biostatistics (SPHL 7950) All MSPH students are also required to complete a culminating experience that draws together the students' classroom learning and practice experiences. This requirement can be satisfied by completing one of the following options. 1. Research Thesis, described in detail in the Thesis Outline. 2. Public Health Analysis Manuscript, described in detail in the Public Health Analysis Outline. or 3. Culminating Examination. This is a comprehensive exam in two parts. Part A covers public health core competencies. Part B covers department specialty. Model Course Schedule – Fall Entry | Semester | Course | Credit hours | | Fall | BIOS 6030 | 3 | | EPID 6030 | 3 | | SPHL 6010 | 3 | | | | | | | | Spring | BIOS 6040 | 3 | | BIOS 6220 | 3 | | ENHS 6030 | 3 | | SPHL 6030 | 3 | | | | | | | | | | | | Summer | HSMG 6030 | 3 | | PRACTICUM | | | | | | | | | | | | Fall | BIOS 7150 | 3 | | BIOS 7300 or 7400 | 3 | | Elective | 3 | | Elective | 3 | | | | | | | | | | | | | | | | | | | | | | | | | | Spring | BIOS 7060 | 3 | | BIOS 7080 | 3 | | CULMINATING EXPERIENCE | | | | | | Total credits | 42 |
* Bios 6230 is recommended to be taken in the first semester if student does not have prior expertise in SAS Contact: For more information on the MSPH program in Biostatistics, please contact Susan Gautier Phone: (504)988-2102 Fax: (504)988-1706 Email: sgautie@tulane.edu back to programs and degrees |