MS in Biostatistics

MS in Biostatistics

The Master of Science in Biostatistics program seeks to produce students with advanced theory and methods of Biostatistics, with the ability to apply their knowledge and methods to solve practical problems in their field of interest.

  • Overview
  • Learning Outcomes
  • Requirements
  • Curriculum Details

Program Purpose

The Master of Science in Biostatistics program seeks to produce students with advanced theory and methods of Biostatistics, with the ability to apply their knowledge and methods to solve practical problems in their field of interest.

Educational Objectives

The Master of Science in Biostatistics program aims to:

  1. To provide a broad knowledge and understanding of current statistical theory, methods, and practices in the health sciences.
  2. To enable students to collaborate and consult with researchers of other disciplines in the biomedical and public health sciences.
  3. To equip students with comprehensive knowledge and technical skills needed for planning and conducting statistical analyses for studies that are required for evidence-based medicine, epidemiology survey and public health policy decisions.

Faculty

Program Learning Outcomes

After completing this program, students should:

  1. Be able to select and apply appropriate statistical techniques, interpret results, and communicate findings effectively in the context of biomedical and public health research.
  2. Be able to integrate their statistical expertise with domain-specific knowledge, allowing them to collaborate effectively with researchers and professionals in biomedical and public health research.
  3. Develop strong communication skills to effectively convey statistical findings and recommendations to both technical and non-technical audiences.

Admissions Requirement

Institutional-wide Admission Criteria

  • Completion of undergraduate degree
  • Official Transcript: allow for evaluation of academic performance, relevant coursework, and overall readiness for college-level study.
  • Personal Statement: helps reviewers understand the applicant’s motivations and aspirations to pursue the program of study.
  • CV: presents the academic and professional history of the applicant
  • Letters of Recommendation: Letters of recommendation from teachers, mentors, or professionals familiar with the applicant’s abilities and potential, and additional insights into the applicant’s character, work ethic, and potential for success in the program.

Program-specific Criteria

  • All applicants to the MS in Biostatistics should have an undergraduate degree in data science, statistics, computer science, applied mathematics, or another major with adequate quantitative background.

Graduation Requirement

  1. Successful completion of the curriculum with a grade point average of no less than B minus (2.7).
  2. Take at least 50% of required credits from FTC Northern.
  3. Pass both the Theory and Applied Biostatistics Qualifying Examinations.
  4. Complete the MS degree within 4 years of matriculation to the program.

Curriculum Overview

The MS in Biostatistics is a 36-semester credit curriculum with the following components: core requirements, electives (including an optional thesis). In addition, students are required to take the Theory and Applied Biostatistics Qualifying Examinations.

MS in Biostatistics Curriculum

Area Credits
Core Requirements 21
Electives 9/15
Thesis 6/0
Total Required Credits for Graduation 36

Curriculum Details

Code Course Title Credits Prerequisite(s)
Core Requirements (21 cr)
BMS512 Principles Of Epidemiology 3 None
BMS542 Public Health Foundations 3 None
BST501 Statistical Methods in Epidemiology 3 None
STA502 Probability Theory 3 None
STA511 Advanced Regression Analysis 3 None
STA512 Statistical Inference 3 STA502
STA571 Advanced Statistical Computing 3 None
Electives (Complete 15 credits from the following)(15 cr)
BST631 Real-world Health Care Data Analysis 3 STA512 & BMS542
COS531 Modern Applied Statistical Learning 3 STA502
COS536 Applied Machine Learning 3 DAS541
COS541 Big Data and Data Engineering 3 None
COS643 Computer Vision and Natural Language Processing 3 COS536
DAS522 Exploratory Data Analysis and Visualization 3 None
DAS541 Data Mining for Business 3 Approval by Instructor
STA501 Intermediate Statistics 3 None
STA515 Statistical Software Programming 3 None
STA521 Design and Analysis of Experiments 3 None
STA541 Survival Analysis 3 STA512
STA561 Statistical Consulting 3 None
STA631 Multivariate Analysis 3 STA512
STA635 Bayesian Statistics 3 STA512
STA671 Linear Models 3 STA511 & STA512
STA701 Generalized Linear Models 3 STA671
STA711 Advanced Topics in Statistical Modeling 3 STA512
STA745 Nonparametric Statistics 3 STA512
BST751 Thesis 6 Dept. Approval
Total Credits Required for Graduation 36

Students must also pass both the Theory and Applied Biostatistics Qualifying Examinations.

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