CPRC study plan

Define each of the four domains in your own words and write a one-sentence boundary test that distinguishes it from the other three.

Map the research life cycle end to end, from question formulation through dissemination, on a single page.

Compare experimental, quasi-experimental, and observational designs by the validity threats each one leaves open.

Assemble a source-of-truth list of the regulations, standards, and ethical codes your study materials cite, with the article or clause number for each.

Differentiate probability and non-probability sampling methods and state the bias each introduces.

Distinguish reliability from validity and identify the evidence that supports each claim in a study description.

Outline the ethics-review pathway, including informed consent elements, risk categories, and continuing review triggers.

Appraise two short published abstracts for design, sampling, and threats to inference in writing.

Conduct a structured needs assessment and translate findings into two measurable objectives.

Apply a prioritization framework to rank competing initiatives and justify the ranking in writing.

Map stakeholders by influence and interest, and assign an engagement approach to each quadrant.

Draft a resource and budget estimate that ties every line item to an activity in the plan.

Build a work plan with sequenced activities, owners, dependencies, and due dates.

Select baseline indicators and specify how, when, and by whom each will be measured.

Write a communication plan naming audiences, message cadence, and escalation paths.

Complete a timed 60-question set covering Domains 1 and 2 without notes.

Describe the implementation cycle and identify the decision point at each stage.

Specify data-collection procedures, including tools, training, and custody of records.

Design quality-control checks and a corrective-action loop for a program you know well.

Distinguish monitoring data from evaluation data and state what each can and cannot support.

Match evaluation questions to appropriate designs, including pre/post, comparison-group, and longitudinal options.

Select outcome and process metrics and define the calculation for each.

Interpret descriptive statistics and simple significance results without overstating causality.

Draft findings and recommendations for a non-technical audience in plain language.

Rework the lowest-scoring domain from scratch using the error log rather than rereading notes.

Practice cross-domain scenario items that require planning, implementing, and evaluating in one stem.

Enforce a per-question time budget and mark items to revisit rather than stalling.

Convert the ten most frequent errors into single-sentence rules you can apply under pressure.

Sit a final full-length timed mock under exam conditions with no interruptions.

Review only the error log and glossary during the final three days, not new material.

Rehearse exam-day logistics: timing, breaks, permitted materials, and identification.

Rest deliberately in the last 48 hours and confirm a stable sleep schedule.