HUNTERTUTORING

Biostatistics

Undergraduate · Statistics

Syllabus focus

Standard syllabus · STEM / applied

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$60.00 · 60 min · Undergraduate · Online ($60/hr)

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Topics typically covered

Standard syllabus

Study design and data

  • Observational vs experimental studies in health sciences
  • Cohort, case-control, and cross-sectional designs
  • Randomized controlled trials: principles and analysis
  • Survival and time-to-event data (introduction)
  • Handling missing data and attrition

Inference for health outcomes

  • Comparing means in clinical trials: t-tests and ANOVA
  • Analyzing proportions: chi-square and Fisher's exact test
  • Relative risk, odds ratios, and confidence intervals
  • Kaplan–Meier estimation (introduction)
  • Log-rank test (introduction)
  • Sample size and power for clinical studies

Regression in biostatistics

  • Linear regression for continuous outcomes
  • Logistic regression for binary disease outcomes
  • Cox proportional hazards model (introduction)
  • Confounding and adjustment in epidemiologic models
  • Interaction in public-health regression models

STEM / applied

Applied biostatistics practice

  • Analyzing NHANES or similar public datasets
  • Meta-analysis concepts and forest plots
  • Diagnostic test accuracy: sensitivity, specificity, ROC curves
  • Longitudinal data preview: repeated measures
  • Ethics, IRB, and reproducibility in biomedical research
  • Communicating biostatistical results to clinicians

Additional applied practice

  • Reviewing assumptions with domain experts
  • Documenting analysis choices for reproducibility
  • Sensitivity analyses for key modeling decisions
  • Connecting results to the original research or business question

Notes

Aligns with biostatistics courses in schools of public health and life-science departments. Emphasis on study designs common in clinical and epidemiologic research.