MFPHMI Part I study plan
MFPHMI Part I · Give each week a clear focus.
8 weeks · About 6 hours per week
Epidemiology & Biostatistics
Define and distinguish measures of disease frequency (incidence, prevalence, attack rate) and calculate each from a 2x2 table
Compute and interpret crude, stratum-specific, and standardized rates
Differentiate study designs (cohort, case-control, cross-sectional, RCT) by selection, timing, and measure of association
Build a formula sheet linking each design to its correct effect measure
Your checkpoint
One-page formula sheet plus 15 solved calculation problems with worked steps
Epidemiology & Biostatistics
Calculate and interpret sensitivity, specificity, predictive values, and likelihood ratios
Construct and explain a ROC curve and its relationship to test thresholds
Distinguish bias types (selection, information, confounding) and identify them in a written scenario
Apply causal criteria (Bradford Hill) to judge whether an association is likely causal
Your checkpoint
A 20-question self-test on screening and bias with an answer key and explanations
Biostatistics & Epidemiology
Select the appropriate hypothesis test for a given design and outcome type
Interpret p-values, confidence intervals, and type I/II error in plain language
Compute sample size and power concepts for means and proportions
Read and critique an output table from a regression model
Your checkpoint
A decision tree mapping scenario to test, plus 10 annotated outputs
Epidemiology & Biostatistics
Interpret odds ratios and risk ratios including when OR approximates RR
Explain interaction and effect modification versus confounding
Perform a stratified analysis and summarize adjusted results
Synthesize epidemiologic and biostatistical findings into a short appraisal
Your checkpoint
A 1,000-word critical appraisal of a provided study summary (contingency and regression results included)
Health Protection and Communicable Disease Control
Classify notifiable diseases and outline the notification and reporting pathway
Describe outbreak investigation steps from detection to control measures
Apply principles of isolation, contact tracing, and incubation-period-based quarantine
Distinguish primary, secondary, and tertiary prevention with communicable disease examples
Your checkpoint
A written outbreak investigation plan for a hypothetical respiratory cluster
Health Protection and Communicable Disease Control & Health Promotion, Health Improvement and Health Service Delivery
Compare vaccine types, schedules, and population-level effects including herd immunity thresholds
Explain antimicrobial stewardship and mechanisms of resistance at population level
Describe surveillance systems (passive, active, sentinel, syndromic) and their strengths and limits
Outline emergency preparedness and response roles in a public health incident
Your checkpoint
A comparative table of surveillance system types plus a 10-item quiz on immunization and resistance
Health Promotion, Health Improvement and Health Service Delivery
Apply behavior-change models (stages of change, health belief, social cognitive) to design an intervention
Design a health promotion program with measurable objectives using a planning framework
Select and justify evaluation designs (process, impact, outcome) for a program
Analyze equity and social determinants in access to services
Your checkpoint
A one-page intervention logic model with SMART objectives and an evaluation plan
Epidemiology & Biostatistics & Health Protection and Communicable Disease Control & Health Promotion, Health Improvement and Health Service Delivery
Integrate all four domains through timed mixed-topic practice
Identify and remediate the three weakest subtopics from prior weeks
Rehearse explaining calculations and concepts aloud under time pressure
Finalize a condensed one-page summary for each domain
Your checkpoint
A full 100-question timed mock exam with a scored error log and remediation notes
Milestones
Week 2: Score at least 70% on the screening-and-bias self-test and correctly classify 8 of 10 bias scenarios
Week 4: Complete the critical appraisal with correct identification of design, effect measure, and at least two sources of bias
Week 6: Pass a 20-item quiz covering outbreak steps, surveillance types, and immunization concepts at 75% or higher
Week 8: Achieve 70% or higher on the timed mock exam with every missed item logged to a specific subtopic