
Explore the foundations of healthcare data analytics, the data value chain, and five project steps: data extraction, cleaning, exploratory data analysis, modeling, and reporting—using diverse sources like EHRs and wearables.
Explore the four major categories of healthcare data analytics: descriptive, predictive, prescriptive, and causal inference. Understand how each category supports evidence-based medicine, clinical operations, and financial decisions.
Explore future trends in healthcare data analytics: predictive and precision medicine. See how real world evidence from EHRs and claims, and generative AI, transform clinical workflows.
Explore prevalence, incidence, and rates in healthcare measurement, and learn how crude, specific, and risk-adjusted metrics drive quality, operational efficiency, patient experience and engagement, and workforce performance across four domains.
Explore the structure of healthcare data, contrasting structured and unstructured data. See how data from EHRs, registries, and administrative datasets are linked, with Canadian data holdings and CIHI in view.
Explore healthcare data linkage, connecting records across time and systems using internal and external linkage, deterministic and probabilistic methods, and apply join types to build complete, longitudinal patient journeys.
Explore the four main medical coding systems, ICD-10, CCI, LOINC, and NDC, and how standardized codes enable precise diagnoses, interventions, lab results, and drug identification for sharing, billing, and research.
Explore data with exploratory data analysis and visualization to understand structure, quality, and patterns, address missing values and outliers, and guide cleaning, pre-processing, and feature engineering.
Explore healthcare data visualizations from categorical and continuous charts to time series, geographic maps, and relationship plots, then build interactive dashboards with Tableau, Power BI, and R Shiny.
Examine two healthcare case studies on distribution-aware data analysis, focusing on length of stay using median and IQR, and clinical trial outcomes with non-parametric tests, p-values, and effect size.
Explore hypothesis testing in healthcare analytics, including null and alternative hypotheses, one-tailed and two-tailed tests, p value, confidence intervals, and concepts of power and type I and II errors.
Compare means across two or more groups using t tests and ANOVA, then analyze associations with chi squared test for categorical outcomes, guided by assumptions and post hoc refinements.
Learn to test associations and predict outcomes using linear, logistic, and Poisson regression and GLMs, with mixed effects, confounding control, and model fit concepts.
Explore time-to-event data in healthcare with Kaplan-Meier curves, log-rank tests, and the Cox proportional hazards model, while accounting for censoring and competing risks.
Learn to tailor data insights for the clinical, operational, executive, and patient/public audiences by using relatable framing, starting with why, avoiding jargon, and translating results into actionable impact.
Apply a four-step data storytelling framework—background and objective, data exploration, critical results, and conclusion—to translate hospital analytics into actionable insights, with clear delivery and credible uncertainty.
Protect patient privacy in healthcare analytics by applying de-identification and anonymization, understanding PHI and HIPAA, and balancing data aggregation with small cell suppression.
Explore how equity in healthcare analytics addresses fairness, social determinants, and data balance through equity stratification and intersectionality to reduce disparities.
Explore career paths in healthcare data analytics, from population health to real world evidence, and master targeted job hunting strategies and specialized titles for success.
Develop healthcare data analytics skills by mastering programming in R and Python, SQL, statistics, and machine learning, plus essential soft skills and project-based experience.
Target the right healthcare data titles, tailor your resume with healthcare metrics, and build a personal brand through strategic networking and interview readiness focused on patient impact.
Healthcare is one of the fastest-growing fields in data analytics, and organizations are searching for professionals who can transform complex information into meaningful insights. With the widespread use of electronic health records, insurance claims, clinical registries, and other digital health systems, the ability to understand and analyze healthcare data has become a highly valuable skill.
This course is designed to give you the essential knowledge and tools to begin working in this exciting area. You will learn how healthcare data is structured, explore the major types of healthcare-specific datasets, and apply core methods for data preparation, analysis, and visualization. In addition to technical skills, the course emphasizes how to communicate insights clearly, which is a critical ability when presenting results to clinicians, administrators, or policymakers. We will also discuss issues of privacy, ethics, and fairness in healthcare, helping you understand the responsibilities that come with working in healthcare data analytics.
What makes this course unique is its strong focus on career preparation. You will receive practical job hunting tips tailored to healthcare data analytics, including how to build relevant skills and experience, strengthen your personal brand, and answer healthcare-related interview questions.
By the end of the course, you will understand the essentials of healthcare data analytics and feel more confident about taking the next step toward a career in this high-demand field.