Eastern Michigan University

What you'll study

This programme combines core statistical theory with applied biostatistical methods and computing. You will build a foundation in calculus and linear algebra before progressing to courses in probability, mathematical statistics and regression. Applied and domain-specific modules typically include:

• Calculus sequence and linear algebra — foundational mathematics for modelling.
• Probability theory and mathematical statistics — inference, estimation and hypothesis testing.
• Regression analysis and generalized linear models — modelling relationships and count/binary outcomes.
• Design of experiments and analysis of variance — planning studies and analysing experimental data.
• Statistical computing and data science — programming in R, Python or industry tools, data wrangling and reproducible research.
• Biostatistics and applied topics — survival analysis, longitudinal data analysis, epidemiologic methods and analysis of clinical trials.
• Laboratory- or domain-oriented electives — courses in biology, public health or health sciences to provide subject-matter context.
• Capstone project or internship — a supervised applied project or placement that integrates statistical methods with real-world data.

Students are encouraged to take additional electives in computing, database management and life sciences and may tailor coursework to interests such as public health, genetics or environmental health.

Entry requirements

Admission is through Eastern Michigan University’s undergraduate admissions process. Successful applicants typically have a strong background in high-school mathematics (including algebra and precalculus) and are well prepared to begin calculus. Recommended prior coursework includes high-school calculus or an AP calculus score, introductory statistics, and science courses such as biology or chemistry if pursuing the biostatistics emphasis.

Specific admission decisions are based on the university’s criteria; applicants should check the university’s admissions guidance for required documentation and any testing or GPA expectations. Transfer students are evaluated on college coursework completed, and transfer credit for university-level calculus and statistics can reduce time to degree.

Career prospects

Graduates with a statistics degree and biostatistics emphasis are prepared for roles that apply quantitative methods to health and life-science problems. Common entry-level positions include:

• Biostatistician or statistical analyst in hospitals, public health agencies, pharmaceutical companies and clinical research organisations.
• Data analyst or research analyst in health-care systems, laboratories and government health departments.
• Clinical trials data coordinator and outcomes researcher supporting study design and regulatory submissions.
• Positions in health informatics, epidemiology support and population-health analytics.

Many graduates also pursue postgraduate study (MS/MPH/PhD) to specialise further or to move into research and faculty roles. The degree provides a solid quantitative foundation for careers in adjacent sectors such as biotechnology, environmental health and medical device companies.

Why study at Eastern Michigan University

Eastern Michigan University offers this programme within its Department of Mathematical Sciences with an applied focus and opportunities for close faculty mentoring. Undergraduates benefit from relatively small class sizes for advanced courses, access to computing labs and software used in professional practice, and chances to participate in faculty-led research projects.

The university’s location close to Ann Arbor and Detroit supports internship and collaborative opportunities with hospitals, research organisations and industry partners. Students can combine the major with minors or electives in biology, public health, computer science or business to broaden career options. Advising and career services help students identify internships, practicum experiences and post-graduate pathways in health-focused statistical work.