EBP-EAP study plan
EBP-EAP · Give each week a clear focus.
8 weeks · About 6 hours per week
Evidence-Based Practice Foundations
Define evidence-based practice and distinguish it from tradition-based and authority-based decision making
Map the hierarchy of evidence levels and explain when each design answers which type of foreground question
Differentiate background from foreground questions and classify five sample questions accordingly
Identify the components of the PICOT/PICo framework and label each component in three worked examples
Your checkpoint
A one-page annotated evidence hierarchy diagram plus a log of 10 clinical questions labeled by type (background vs. foreground) and framework component
Evidence-Based Practice Foundations & Clinical Question Formulation and Literature Search
Compare study designs (RCT, cohort, case-control, cross-sectional, qualitative, systematic review) on bias risk and appropriate use
Construct three complete PICOT questions from your own practice setting with explicit outcome measures
Translate each PICOT into a search strategy with synonyms, Boolean operators, and at least one controlled-vocabulary term
Select the appropriate database for each question type (e.g., Cochrane, PubMed/MEDLINE, CINAHL, PsycINFO)
Your checkpoint
A search strategy worksheet: three PICOT questions, each with a documented Boolean string, database choice, and rationale
Clinical Question Formulation and Literature Search & Critical Appraisal of Research Evidence
Execute each of your three search strategies and record hit counts, filters applied, and inclusion/exclusion criteria
Apply a screening workflow (title, abstract, full text) and document reasons for exclusion at each stage
Describe the purpose and structure of a PRISMA flow diagram and sketch one from your own search results
Identify at least two sources of publication bias and explain how each distorts a body of evidence
Your checkpoint
A completed PRISMA-style flow diagram with counts and a screening log listing exclusion reasons for at least 10 full-text records
Critical Appraisal of Research Evidence
Appraise a randomized controlled trial for randomization, allocation concealment, blinding, and intention-to-treat handling
Calculate and interpret absolute risk reduction, relative risk, odds ratio, and number needed to treat from a published result table
Assess a systematic review or meta-analysis for search completeness, heterogeneity, and risk-of-bias handling
Evaluate a qualitative study for credibility, transferability, dependability, and confirmability
Judge the applicability of appraised evidence to a specific patient population
Your checkpoint
Three completed critical appraisal forms (one RCT, one systematic review, one qualitative study) with a written applicability judgment for each
Critical Appraisal of Research Evidence & Synthesis, Recommendations, and Implementation
Build an evidence table summarizing design, sample, intervention, outcomes, effect sizes, and limitations for at least eight studies
Assign a strength-of-evidence rating to each study and justify the rating against explicit criteria
Synthesize findings across studies, distinguishing consistent findings from conflicting ones and naming likely causes of conflict
Draft a recommendation statement that states its strength and the evidence supporting it
Your checkpoint
An evidence table covering at least eight studies plus a two-page synthesis with a graded recommendation
Synthesis, Recommendations, and Implementation
Identify barriers and facilitators to implementing a practice change using a recognized implementation framework
Select implementation strategies matched to identified barriers and justify each choice
Design outcome, process, and balancing measures for the proposed change
Plan a staged rollout with a defined pilot period and decision criteria for continuation or revision
Your checkpoint
An implementation plan of two to three pages including barrier analysis, matched strategies, measure definitions, and a rollout timeline
Quality Improvement and Program Evaluation & Synthesis, Recommendations, and Implementation
Distinguish quality improvement, research, and program evaluation by intent, methods, and oversight requirements
Construct a run chart or control chart interpretation using a small dataset and identify special-cause variation
Apply a PDSA cycle structure to your implementation plan with a testable prediction
Explain how to sustain and spread a successful change beyond the pilot unit
Your checkpoint
A PDSA cycle plan with a baseline measure, a prediction, and a worked interpretation of a sample run chart showing at least one shift or trend
Professionalism, Ethics, and Interprofessional Collaboration & Synthesis, Recommendations, and Implementation & Quality Improvement and Program Evaluation
Apply informed-consent, privacy, and conflict-of-interest principles to a practice-change scenario
Describe the roles of at least four interprofessional team members in translating evidence into practice
Identify ethical tensions in evidence implementation, including resource allocation and patient preference conflicts
Complete a timed mixed-topic review covering all six domains and analyze every missed item by domain
Your checkpoint
A 60-question timed practice set with a written error analysis grouping misses by domain and naming the specific knowledge gap behind each
Milestones
Week 2: You can write a complete PICOT question and matching Boolean search string from memory in under 10 minutes, and explain why each database choice fits the question
Week 4: You can appraise an unfamiliar RCT in under 30 minutes, correctly compute number needed to treat from a results table, and articulate whether the evidence applies to your patient population
Week 6: You have produced a graded recommendation backed by a multi-study evidence table and an implementation plan whose strategies are explicitly matched to named barriers
Week 8: Your timed practice score is at or above 75 percent overall with no single domain below 60 percent, and your error analysis shows a concrete remediation step for each weak domain