ANCC Informatics Nurse study plan

Define core informatics terminology (data, information, knowledge, wisdom, informatics, health IT) and distinguish each level of the DIKW model with clinical examples

Map the ANA Nursing Informatics scope-and-standards functions to tasks you perform or observe in your current role

Identify hardware, software, network, and interface components of a typical clinical information system

Explain how meaningful use, ONC certification, and federal incentive programs shaped EHR adoption in the U.S.

Compare waterfall, agile/iterative, and hybrid system development life cycle models by listing tradeoffs for a clinical setting

Elicit and write functional and nonfunctional requirements from a simulated clinician stakeholder interview

Prioritize a requirements list using MoSCoW and justify each ranking in one sentence

Describe the role of the informatics nurse at each SDLC phase, from needs assessment through post-implementation review

Differentiate interoperability standards (HL7 v2, FHIR, DICOM, LOINC, SNOMED CT, ICD-10) by the type of data each carries

Design usability test scenarios that apply heuristic evaluation and think-aloud methods

Construct a test plan spanning unit, integration, system, and user-acceptance testing with traceability to requirements

Draft a go-live readiness and change-management plan covering training, super-users, downtime procedures, and rollback triggers

Identify the structural components of an EHR/EMR and distinguish them from a clinical data repository and data warehouse

Evaluate a dataset against the standard data-quality dimensions (accuracy, completeness, consistency, timeliness, validity, uniqueness)

Explain data governance roles, stewardship, and the data lifecycle from capture to archival

Write and interpret basic SQL queries to retrieve and filter a small patient dataset

Translate a clinical practice guideline into computable clinical decision support logic with triggers, inputs, and actions

Differentiate rule-based, algorithmic, and predictive-analytic decision support and state one appropriate use for each

Design alert-fatigue mitigation strategies and specify how you would measure alert override rates and alert burden

Select appropriate statistical and visualization methods for a given quality-improvement question

Compare nursing informatics roles (informaticist, analyst, specialist, CNIO) by scope, credential, and typical setting

Apply privacy and security principles from HIPAA, the Security Rule, and breach-notification requirements to realistic scenarios

Analyze ethical dilemmas in informatics, including secondary use of data, algorithmic bias, and patient access rights

Outline the certification, continuing education, and advocacy pathways that sustain informatics professional practice

Assess emerging trends (AI/ML, predictive models, telehealth, wearables, patient portals, interoperability rules) for their effect on nursing workflow

Build a risk register for a proposed informatics project covering clinical, technical, regulatory, and adoption risks

Justify a project's value using a simple cost-benefit or ROI framework with stated assumptions

Apply change-management and leadership strategies to a simulated clinician resistance scenario

Complete two timed, 100-question cumulative practice sets and record per-domain accuracy

Rank your weakest three subdomains by error frequency and remediate each with targeted review

Re-explain any missed concept aloud in your own words to confirm understanding

Consolidate all prior deliverables into a single indexed study binder for final review