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Doctor of Philosophy

Biostatistics

Program of Study

The biostatistics doctorate requires you to earn 60 credits and complete a dissertation. For the first two years, you follow the curriculum for the master’s in biostatistics program. After that, you work with your faculty advisor to develop a specialization through your remaining coursework. Finally, you design a biostatistical study in your area of interest and report your findings in a publishable report.

 

See the Graduate Bulletin for details.

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Content

Research Opportunities

Learn first-hand from faculty who actively address public health issues facing New York State (NYS). More than 75% of faculty in the School of Public Health hold appointments with the NYS Department of Health, which provides many research opportunities in the labs of the internationally recognized Wadsworth Center.

You may also work with biotechnology firms located on UAlbany’s Health Sciences Campus and with faculty in the University’s Cancer Research Center, Prevention Research Center, Public Health Preparedness Center, Cardiac Quality Improvement Initiative, and Center for Health Workforce Studies.

Research Topics

Biostatistics students frequently work on research projects related to vector-borne diseases, human immunodeficiency virus, sexually transmitted diseases, hospital admissions, vital records, toxicology, outbreak investigations, chronic diseases, nutrition, and environmental and occupational epidemiology.

Content

Career Paths

The PhD program in Biostatistics prepares you for employment in multiple settings including universities, hospitals, public health and other government agencies, nonprofit organizations, NGOs, and health care and pharmaceutical companies.

Alumni have obtained academic research and teaching positions at Duke University, Pennsylvania State University, John Hopkins University, and Harvard University.

Other doctorate students pursue jobs with titles like: nutritional epidemiology statistician, pharmacogenomics statistical analyst, health economist, geospatial statistician, clinical research analyst, disease control specialist, medical research biostatistician, and quantitative health analyst.

Classroom biostatistics presentation

International Students

This degree is designated as a STEM program. Upon graduation, international students with an F-1 visa are allowed to apply for a 2-year extension to the automatic 1-year post-graduate Occupational Practical Training (OPT) period.

Admission Requirements

Deadlines

Priority: January 5

Applicants who wish to be considered for a doctoral graduate assistantship or scholarship must submit their application by the priority deadline.  Some scholarships require that applications be received earlier than the published priority deadline. Students who wish to be considered for one of the early submission scholarships should consult our Financing Your Degree page and must submit the degree application and any additional required documents by the stated date for that scholarship.

Fee waivers are available for the first program you apply to in SOPHAS to cover the initial $140 application fee. There are three types of fee waivers: financial-based, service-based, and international-based. You may only apply for one type of fee waiver, and the waiver request must be submitted before you submit your SOPHAS application. Fee waivers are granted on a first come, first served basis, so applicants are strongly encouraged to apply before the priority deadline when requesting a waiver. For more information, visit SOPHAS Fees and Fee Waivers.

Applications may be accepted on a space available basis after the priority deadline. Contact the department directly at epibio@albany.edu with questions about submitting your application after the priority deadline.

PhD Biostatistics Degree Application

The application and all supporting materials for the PhD in Biostatistics must be submitted through SOPHAS.

 

Application Requirements

  • Must hold a bachelor’s degree from a college or university of recognized standing
  • MS degree in Biostatistics is strongly recommended
  • Grade point average of 3.00 or better
  • It is very strongly recommended** to have an undergraduate major in mathematics, statistics, computer science, the biology, physical or social sciences
  • One semester in linear algebra, multivariate calculus and computer programming
  • Minimum GRE scores 160 verbal; 148 quantitative; 4.5 writing

**Students with undergraduate majors in areas other than those listed may be admitted on the basis of relevant work experience and course work as a non-major in the recommended disciplines. Linear algebra, multivariate calculus and computer programming are required for the successful completion of the program.  Highly qualified students who are deficient in these prerequisites may make up such deficiencies.

For application specific questions, contact us at epibio@albany.edu.

 

International Requirements

  • WES evaluations for international transcripts.  Evaluations are not required for Canadian transcripts if the language of instruction is English.  
  • Minimum TOEFL score of 100 (institution code: 5688), two semesters of full-time study at a US college or university, or completion of an undergraduate degree in a country where English is the official language and language of instruction.


Required Application Materials

Official transcripts 

  • Official transcripts from EVERY post-secondary academic institution attended, including college coursework completed during high school, must be sent directly from the institution to SOPHAS. 
  • UAlbany students must have an official UAlbany transcript sent directly to SOPHAS.
  • Applicants who use the transcript entry service provided by SOPHAS should note that the entry process adds TWO FULL WEEKS to the time it takes for an application to be verified and considered complete by the admissions committee.

 

Standardized Exam

  • Official GRE (institution code: 4216) or MCAT scores 
  • The standardized test requirement may be waived for applicants who have completed a graduate degree program from an accredited US institution and received a minimum GPA of 3.0 in the program. Applicants should consult directly with the department to determine waiver eligibility.   
     

Three letters of recommendation

  • A minimum of two letters must be from academic faculty 
  • At least one letter must be from a university faculty member in the major field of study
  • Applicants who have been out of school for five or more years may submit professional references
  • Letters must be signed and on institutional/organizational letterhead

 

Personal Statement

  • Why do you wish to pursue a career in public health and why are you interested in your chosen area of study?
  • 2-page limit
  • The personal statement must have well-defined research interests and should be very specific in nature

 

CV/Resume

    

Application Submission

Applicants should submit their application as soon as the items you have control over are complete (personal statement, resume/CV, institutions attended, coursework entry, and all other required sections of the online application). Test scores, transcripts and letters of recommendation will be added as they are received, after which SOPHAS will begin verifying your application.

Applications will not be reviewed until all required items, including official transcripts, official test scores, and required letters of recommendation, have been received and your application has been verified.  Please note that once SOPHAS has received all of your application materials, it may take up to 4 full weeks to be verified by SOPHAS.  Be sure to request all transcripts, recommendations, and standardized test scores in advance so that your application can be completed and verified by the specified application deadline.

Student Learning Objectives


Learning objectives that UAlbany students are expected to attain through their course of study within their academic program.

Core Competencies
  • Describe the roles biometry and statistics serves in the discipline of public health.
  • Describe basic concepts of probability, random variation and commonly used statistical probability distributions.
  • Describe preferred methodological alternatives to commonly used statistical methods when assumptions are not met.
  • Distinguish among the different measurement scales and the implications for selection of statistical methods to be used based on these distinctions.
  • Apply descriptive techniques commonly used to summarize public health data.
  • Apply common statistical methods for inference.
  • Apply descriptive and inferential methodologies according to the type of study design for answering a particular research question.
  • Apply basic informatics techniques with vital statistics and public health records in the description of public health characteristics and in public health research and evaluation.
  • Interpret results of statistical analyses found in public health studies.
  • Develop written and oral presentations based on statistical analyses for both public health professionals and educated lay audiences.
  • Capability to build statistical model over real health data.
  • Estimate and compare efficiency of models.
  • Use statistical software to analyze health –related data.
  • Be able to explain the advantages of a Bayesian data analysis.
  • Perform univariate data analysis for continuous and categorical variables.
  • Interpret inferential findings within Bayesian thinking (e.g. credible intervals, hypothesis testing).
  • Conduct inference via posterior simulation and simulations tool.