CIC (Irrigation Association Certifications) study plan

Build a one-page chain-of-infection diagram linking each link to a specific IPC intervention and label the pathogen factors (virulence, inoculum, portal of entry) that shift risk.

Differentiate colonization, infection, and contamination using three clinical scenarios you write yourself, and state which surveillance definition each scenario would trigger.

Explain the laboratory workflow for a positive blood culture from Gram stain to organism identification and susceptibility reporting, including typical turnaround times.

Classify the major pathogen groups (bacteria, mycobacteria, fungi, viruses, prions) by structure, replication, and disinfection susceptibility, and note which classes are not killed by standard alcohol-based hand rub.

Map each transmission-based precaution (contact, droplet, airborne, protective environment) to its triggering organisms and the specific personal protective equipment sequence for donning and doffing.

Sequence the standard precaution elements (hand hygiene, gloves, gown, mask, safe injection, respiratory hygiene, environmental cleaning, waste handling) and identify the most common compliance failure points for each.

Compare hand hygiene indications from the WHO Five Moments with the CDC framework and justify which applies during a wound dressing change.

Evaluate engineering controls (airborne infection isolation rooms, negative pressure, air changes per hour, HEPA filtration, ultraviolet germicidal irradiation) and state the monitoring parameter that proves each is functioning.

Outline the reprocessing cycle for reusable medical devices from point of use through cleaning, disinfection or sterilization, storage, and transport, and identify where breaches most often occur.

Apply the Spaulding classification to 15 devices and defend each assignment with the body-site contact and required kill level.

Interpret autoclave and low-temperature sterilization monitoring results (biological, chemical, Bowie-Dick, physical) and state the action required when a biological indicator fails.

Describe high-level disinfection quality controls including concentration testing, minimum effective concentration, temperature, and contact time for at least two common chemistries.

Explain how construction, renovation, and water system disruptions create infection risk, and list the barrier and water management steps triggered by each.

Define each surveillance metric you are likely to be tested on (device-associated infection rates, standardized infection ratio, standardized utilization ratio, observed-to-expected ratio) and state the numerator, denominator, and interpretation of each.

Calculate infection rates and device utilization ratios from raw counts, including the correct denominator for central line-associated bloodstream infection, catheter-associated urinary tract infection, and ventilator-associated event surveillance.

Distinguish incidence from prevalence, crude from adjusted rates, and sensitivity from positive predictive value, and explain why adjustment matters when comparing units or hospitals.

Apply the standard outbreak investigation steps to a hypothetical cluster, from case definition through hypothesis testing to control measures and communication.

Identify nationally notifiable diseases and the reporting pathway from laboratorian or clinician to public health authority, and state the time frame for at least five reportable conditions.

Explain the role of whole genome sequencing and pulsed-field typing in cluster detection, including how relatedness is interpreted and its limits.

Interpret an antibiogram and describe how cumulative antimicrobial susceptibility data support empiric therapy and stewardship decisions.

Describe the types of surveillance (passive, active, sentinel, syndromic, laboratory-based) and select the appropriate design for three different program goals.

Summarize how antimicrobial resistance mechanisms (enzymatic, efflux, permeability, target modification) translate into the resistant phenotypes reported by the lab.

Apply post-exposure management for bloodborne pathogen exposures, specifying the risk assessment, source testing, prophylaxis, and follow-up serology schedule for hepatitis B, hepatitis C, and HIV.

Compare respirator fit testing methods and describe the medical evaluation, annual fit test, and seal check requirements for N95 respirators.

Outline the immunization and screening requirements for health care personnel, including hepatitis B, measles, mumps, rubella, varicella, influenza, and tuberculosis, and state the documentation needed for each.

Distinguish work restriction from exclusion and describe return-to-work criteria for common communicable conditions such as influenza-like illness, pertussis, varicella, and norovirus.

Identify the elements of a sharps injury prevention program, including device evaluation, reporting, and root cause review.

Draft an infection prevention annual risk assessment that ranks risks by probability and impact and links each top risk to a measurable goal.

Build a business case for one infection prevention intervention using projected infections avoided, cost per infection, and return on investment.

Design an educational intervention for a specific audience using adult learning principles, and write measurable learning objectives and an evaluation method.

Critique a published infection prevention study by identifying its design, bias risks, and whether its conclusions support practice change.

Outline the required components of an infection prevention program, including the governing authority, written policies, surveillance, reporting structure, and outbreak response authority.

Complete a timed 100-question practice exam under test conditions and score it by domain to identify the two weakest areas.

Review every missed question by writing the underlying principle rather than memorizing the answer, and re-test those concepts after 48 hours.

Rehearse the highest-yield recall lists: precaution types by organism, sterilization monitoring interpretation, reportable disease time frames, and exposure follow-up intervals.

Consolidate all prior deliverables into a single indexed reference and identify any domain where your notes are thin.