CIC Exam Prep 9 Week Study Plan
This plan runs on a simple rhythm: one Part per week for eight weeks, then a ninth week for full review and exam simulation. For each Part, read that Part's Study Guide first β it's your advance organizer, telling you what matters most and how the concepts connect before you open a single chapter. Treat the plan like a buffet, not a must-do list: do the work that closes your weak spots, and let the quiz bank tell you where those are.
The Made Easy Highlighting System
Before Week 1, set up the color system you'll use every single week. Highlighting isn't decoration β it's a learning strategy. When you tag information by type instead of by what feels "important," each color becomes a mental shortcut, and you build a color-coded study guide automatically as you read. Every weekly Part below tells you to "highlight as you read" using these six colors:
π₯ Red: High-Consequence Pathogens & Outbreak Triggers (Stop the Spread Now) β Think: "Which bug, and why does it require an immediate response?" The high-priority MDROs (MRSA, VRE, CRE, ESBL), Candida auris, the special pathogens (Ebola, Lassa, MERS, SARS-CoV), outbreak and pseudo-outbreak definitions, and the bioterror agents (anthrax, smallpox, botulism, pandemic influenza).
π¦ Blue: Microbiology & Disease Process (The "Why" Behind Transmission) β Think: "What's the bug, how does it spread, and where does it live?" Gram-positive cocci (staphylococci and streptococci), mycobacteria (TB and NTM), the chain of infection, epidemiologic timing (incubation, communicability, reservoirs), and lab interpretation (antimicrobial susceptibility and antibiograms).
π§ Orange: Surveillance Definitions & NHSN Criteria (The Definitions That Drive the Numbers) β Think: "Does this case meet the definition β and what's the rate?" The CLABSI surveillance criteria, the SSI criteria and NHSN procedure categories, C. difficile LabID event reporting, risk adjustment and standardized infection ratios (SIRs), and attack-rate and incidence calculations.
π© Green: Prevention Practices, Bundles & Precautions (The Bedside Work That Stops Transmission) β Think: "What do we actually do at the bedside to prevent this?" Standard precautions and routine practices, airborne precautions and N95 use, CLABSI prevention bundles, hand-hygiene indications and compliance, and surgical site infection prevention.
πͺ Purple: Reprocessing, Environment & Engineering Controls (The Systems Around the Patient) β Think: "What about the equipment, the room, the building?" The Spaulding classification (critical, semi-critical, non-critical), endoscope reprocessing and drying, airborne infection isolation room requirements, construction and renovation risk assessment (ICRA), and water management plans and Legionella prevention.
π¨ Yellow: Program Management, Communication & Education (Running the IP&C Program) β Think: "How do I justify, communicate, teach, or lead the program?" The annual risk-assessment methodology, cost-benefit analysis and ROI, the regulatory landscape (CMS, Joint Commission, state), role-specific education (Environmental Services, Sterile Processing, OR), and antimicrobial stewardship program collaboration.
Three rules: highlight as you go, not at the end; when in doubt pick the color that fits the type of information, not the topic; and review by color β read only the red highlights, then only the yellow, and so on. You've got the system. Now let it work for you.
Week 1 β Part I: Identification of Infectious Disease Processes
Difficulty: Heavy
What it covers:
The microbiology foundation the rest of the book depends on: Gram staining, morphology, oxygen requirements, and growth characteristics.
The major bacterial groups (Gram-positive cocci, Gram-negative bacilli, anaerobes, mycobacteria, spore-formers), key fungal pathogens, and high-priority viruses, including reservoirs, transmission routes, and clinical relevance.
Multidrug-resistant organisms (MRSA, VRE, CRE, ESBL, Candida auris) and their epidemiologic significance, transmission risks, and screening priorities.
The six links of the chain of infection and break-the-chain interventions at each link.
The five modes of transmission (contact, droplet, airborne, common vehicle, vector-borne) and their paired transmission-based precautions.
Timing-based classification of healthcare-associated versus community-acquired infections, plus incubation, communicability, and reservoir data for exposure investigation.
Lab interpretation: cultures, PCR/NAAT, serology, susceptibility testing, and antibiogram reading.
Print: 1 Mind Map, 4 Comparison Charts, 3 Cornell Notes pages
Study Tasks
β Read the Study Guide first. Complete the High-Yield Objectives, Key Terms and Definitions, and Concept Overview sections before opening the chapter.
β Highlight as you read. Follow the Made Easy Highlighting System
β Master the chain of infection before everything else in this Part. The six links (infectious agent, reservoir, portal of exit, mode of transmission, portal of entry, susceptible host) frame every infection prevention intervention you will study. Every prevention bundle, every precaution category, every exposure investigation traces back to breaking one or more of these links. Be able to draw the chain from memory and pair each link with the interventions that break it.
β Lock in the modes of transmission cold. Contact (direct and indirect) is the most common mode in healthcare. Droplet involves large respiratory particles that fall within roughly 3 to 6 feet. Airborne involves small particles that remain suspended and travel on air currents. Common vehicle covers waterborne, foodborne, and bloodborne routes. Vector-borne is less common in acute care but tested. Be able to match each mode to the correct precaution category and the representative pathogens that drive it.
β Build a one-page MDRO summary card. For each priority organism (MRSA, VRE, CRE, ESBL, Candida auris, C. difficile), capture the typical reservoir, primary transmission route, screening or surveillance approach, contact-precaution requirement, and any environmental persistence detail (spore-formers and C. auris survive on surfaces far longer than vegetative bacteria, which changes cleaning and reprocessing decisions).
β Distinguish colonization from infection on every clinical question. Colonized patients can still transmit, which is why MDRO screening drives isolation decisions independent of clinical symptoms. The CIC tests this distinction repeatedly.
β Practice reading an antibiogram. Know what S, I, and R mean, how susceptibility percentages drive empiric therapy selection, and how an antibiogram supports antimicrobial stewardship work that you will see again in Part VII.
β Complete the Practice Questions for Part I in your quiz bank. Review every rationale, correct and incorrect.
How to Use Your Templates
β Mind Map: Central node = Identification of Infectious Disease Processes. Main branches: Microbiology Foundations (Gram staining, morphology, oxygen requirements) β Bacterial Groups (Gram-positive cocci, Gram-negative bacilli, anaerobes, mycobacteria, spore-formers) β Fungal Pathogens & High-Priority Viruses β MDROs (MRSA, VRE, CRE, ESBL, C. auris) β Chain of Infection (six links) β Modes of Transmission (contact, droplet, airborne, common vehicle, vector-borne) β HAI vs. Community-Acquired Classification β Lab Methods (culture, PCR/NAAT, serology, susceptibility, antibiograms) β Vaccination Status & Travel History.
Comparison Charts:
β Chart 1 β Gram-Positive Cocci vs. Gram-Negative Bacilli vs. Mycobacteria vs. Spore-Formers: Cell wall structure, representative pathogens, typical reservoirs, environmental persistence, and the precaution category each commonly triggers.
β Chart 2 β MRSA vs. VRE vs. CRE vs. ESBL vs. C. auris: Resistance mechanism, typical reservoir, screening approach, precaution category, environmental survival, and one clinical detail unique to each (for example, C. auris survives on surfaces for weeks and is misidentified by some lab platforms).
β Chart 3 β Contact vs. Droplet vs. Airborne Transmission: Particle size, distance traveled, representative pathogens, PPE required, room placement, and patient transport rules.
β Chart 4 β Colonization vs. Infection vs. Disease: Definition, clinical signs, transmission potential, screening relevance, and how each is documented and reported.
Cornell Notes:
β Page 1 β Cue questions: What are the six links of the chain of infection, and which interventions break each link? What is the difference between a reservoir and a portal of exit, and why does that distinction matter for outbreak investigation?
β Page 2 β Cue questions: What are the five modes of transmission, and what is the representative pathogen for each? How does droplet transmission differ from airborne transmission in particle size, distance, and required PPE?
β Page 3 β Cue questions: What is the difference between colonization and infection, and why can a colonized patient still drive transmission? What does an antibiogram tell the IP about empiric therapy and stewardship priorities?
Week 2 β Part II: Surveillance and Epidemiologic Investigation
Difficulty: Heavy, High Yield
What it covers:
Surveillance numerators and denominators, device-days versus patient-days, and the NHSN definitions for CLABSI, CAUTI, SSI, VAE, C. difficile LabID events, and MDRO LabID events.
NHSN procedure categories and post-procedure surveillance windows (typically 30 days, or 90 days for selected implant procedures) for SSI identification.
Facility surveillance planning grounded in a written risk assessment that ranks populations, procedures, and pathogens by probability, severity, and preventability.
Sampling strategy selection: full population, targeted, periodic, or rotating.
Outbreak investigation: distinguishing a true outbreak from a pseudo-outbreak, developing a case definition, and executing the CDC step-by-step framework.
Epidemic curve construction and pattern interpretation (point source, continuous common source, intermittent common source, propagated, mixed).
Calculating and interpreting attack rates, incidence density, risk ratios, odds ratios, and standardized infection ratios (SIR).
Public health reporting obligations for notifiable diseases, plus cluster analysis and molecular typing.
Print: 1 Mind Map, 4 Comparison Charts, 3 Cornell Notes pages
Study Tasks
β Read the Study Guide first. Complete the High-Yield Objectives, Key Terms and Definitions, and Concept Overview sections before opening the chapter.
β Highlight as you read. Follow the Made Easy Highlighting System exactly (Red, Blue, Orange, Green, Purple, Yellow as defined in Week 1). For this Part, Orange will dominate (NHSN definitions and surveillance calculations).
β Memorize the NHSN definitions before attempting the quiz bank. The CIC will test whether you can apply these definitions to a clinical scenario, not just recite them. For CLABSI, focus on the requirement for a recognized pathogen on blood culture and the central line presence/timing rules. For CAUTI, focus on the indwelling urinary catheter dwell time and symptomatic infection criteria. For SSI, focus on the 30-day versus 90-day surveillance window split and the superficial/deep/organ-space classification. For C. difficile LabID, know the hospital-onset versus community-onset distinction based on day-of-admission timing.
β Master device-days vs. patient-days as denominators. Device-days are used for device-associated infections (CLABSI, CAUTI, VAE) and reflect the time at risk for that specific exposure. Patient-days are used for non-device infections (some C. difficile metrics, MDRO LabID rates). Mixing these up is a classic CIC distractor.
β Practice the core epi calculations until they are automatic. Incidence density per 1,000 device-days, attack rate as a percentage, and SIR (observed/expected) all appear on the exam. SIR less than 1.0 means fewer infections than predicted; SIR greater than 1.0 means more. Be able to compute each from a scenario stem without notes.
β Lock in the epidemic curve patterns. A point source has a single peak followed by a steep tail off (food poisoning at a banquet). A continuous common source has a plateau because exposure persists (contaminated water dispenser). A propagated curve has progressive waves separated by the incubation period (person-to-person spread). An intermittent common source has multiple discrete peaks. Be able to identify each pattern from a curve and infer the likely source.
β Pseudo-outbreaks are a common scenario question. A cluster of positive cultures with no clinical disease, or a sudden spike that traces back to a lab change, specimen handling change, or surveillance definition change rather than a real transmission event, is a pseudo-outbreak. Recognizing it is the tested skill.
β Complete the Practice Questions for Part II in your quiz bank. Review every rationale, correct and incorrect.
How to Use Your Templates
β Mind Map: Central node = Surveillance & Epidemiologic Investigation. Main branches: Surveillance Plan & Risk Assessment β NHSN Definitions (CLABSI, CAUTI, SSI, VAE, C. diff LabID, MDRO LabID) β Numerators & Denominators (device-days, patient-days) β Procedure Categories & SSI Surveillance Windows β Sampling Strategies β Outbreak Investigation Steps (CDC framework) β Case Definitions β Epidemic Curves (point source, continuous, intermittent, propagated, mixed) β Epi Calculations (attack rate, incidence density, RR, OR, SIR) β Cluster Analysis & Molecular Typing β Public Health Reporting.
Comparison Charts:
β Chart 1 β CLABSI vs. CAUTI vs. SSI vs. VAE Surveillance Definitions: Required device/procedure exposure, timing window, pathogen and symptom criteria, denominator used, and one common documentation pitfall for each.
β Chart 2 β Point Source vs. Continuous Common Source vs. Intermittent vs. Propagated Epidemic Curves: Curve shape, exposure pattern, representative scenario, expected case spacing relative to the incubation period, and the first investigative step each pattern suggests.
β Chart 3 β True Outbreak vs. Pseudo-Outbreak: Trigger, role of lab or definition change, presence of clinical disease, investigation approach, and resolution.
β Chart 4 β Attack Rate vs. Incidence Density vs. SIR: Formula, denominator, what each measures, when to use each, and how to interpret a value above or below the reference.
Cornell Notes:
β Page 1 β Cue questions: What are the NHSN definitions for CLABSI, CAUTI, and SSI, and what is the surveillance window for each? When is device-days the correct denominator, and when is patient-days?
β Page 2 β Cue questions: What are the steps of an outbreak investigation in the CDC framework, and what is the first action after identifying a possible outbreak? How do you distinguish a true outbreak from a pseudo-outbreak, and what evidence
supports each?
β Page 3 β Cue questions: How do you calculate attack rate, incidence density per 1,000 device-days, and SIR? What does an SIR of 0.6 versus 1.4 tell you about a unit's performance against the national benchmark?
Week 3 β Part III: Preventing and Controlling the Transmission of Infectious Agents
Difficulty: Heavy, High Yield
What it covers:
Standard Precautions: application to every patient encounter, hand hygiene indications and technique, and product selection (alcohol-based hand rub versus soap and water).
Personal protective equipment: task-based selection, anticipated exposure, pathogen-specific requirements, and the correct donning and doffing sequence to avoid self-contamination.
Transmission-based precautions: Contact, Droplet, and Airborne, including room placement, PPE, transport, and equipment handling.
Special pathogens (Ebola, Lassa, MERS-CoV, SARS-CoV-2, viral hemorrhagic fevers) and the enhanced precautions they require.
Cohorting principles, isolation room use, and evidence-based criteria for discontinuing transmission-based precautions.
Safe injection practices, single-dose versus multi-dose vial use, and bloodborne pathogen exposure prevention.
Evidence-based prevention bundles for CLABSI, CAUTI, VAP/VAE, SSI, C. difficile, and MDRO transmission.
Hand hygiene audit programs and the feedback loop that drives sustained compliance.
Print: 1 Mind Map, 4 Comparison Charts, 3 Cornell Notes pages
Study Tasks
β Read the Study Guide first. Complete the High-Yield Objectives, Key Terms and Definitions, and Concept Overview sections before opening the chapter.
β Highlight as you read. Follow the Made Easy Highlighting System exactly (Red, Blue, Orange, Green, Purple, Yellow). For this Part, Green dominates (prevention practices and bundles) with frequent Red callouts for special pathogens.
β Lock in the WHO Five Moments of Hand Hygiene cold: before patient contact, before aseptic task, after body fluid exposure risk, after patient contact, after contact with patient surroundings. Every hand hygiene question on the CIC traces back to one of these moments. Know when alcohol-based hand rub is preferred (most situations) versus when soap and water is required (visible soiling, C. difficile, norovirus).
β Master the donning and doffing sequence. Donning: gown, mask/respirator, eye protection, gloves. Doffing: gloves, eye protection, gown, mask/respirator, hand hygiene. The doffing sequence is what the exam tests most directly because doffing is when contamination occurs. Be able to walk through both sequences from memory.
β Build a transmission-based precautions card. For Contact (MRSA, VRE, C. difficile, RSV in infants), know the gown and gloves requirement, dedicated equipment, and single-patient room preference. For Droplet (influenza, pertussis, N. meningitidis, mumps), know the surgical mask within 3 feet (some guidance says 6 feet), single-patient room, and patient surgical mask during transport. For Airborne (tuberculosis, measles, varicella, disseminated zoster), know the N95 or higher respirator, negative-pressure AIIR with at least 12 air changes per hour, and door-closed requirement. The CIC will test scenario-based assignment of precautions.
β Special pathogens are tested in their own scenario category. Ebola, Lassa, MERS-CoV, and other viral hemorrhagic fevers require enhanced PPE (often PAPR), trained-team-only care, designated unit if possible, and immediate notification of public health. Know the CDC framework for managing a patient under investigation (PUI) and the difference between standard transmission-based precautions and the special pathogen response.
β Prevention bundles are exam-ready memorization material. CLABSI bundle: hand hygiene, maximal sterile barrier on insertion, chlorhexidine skin antisepsis, optimal site selection (subclavian preferred over jugular over femoral in adults), and daily review with prompt removal. CAUTI bundle: avoid unnecessary catheterization, aseptic insertion, maintain closed drainage with the bag below the bladder, daily necessity review and prompt removal. Know the bundle elements verbatim, because the CIC will ask which element is missing from a described practice.
β Complete the Practice Questions for Part III in your quiz bank. Review every rationale, correct and incorrect.
How to Use Your Templates
β Mind Map: Central node = Preventing & Controlling Transmission. Main branches: Standard Precautions β Hand Hygiene (Five Moments, ABHR vs. soap and water, technique) β PPE Selection & Donning/Doffing β Contact Precautions β Droplet Precautions β Airborne Precautions & AIIR β Special Pathogens (Ebola, Lassa, MERS, SARS-CoV-2, VHF) β Cohorting & Discontinuing Precautions β Safe Injection Practices & BBP Prevention β Prevention Bundles (CLABSI, CAUTI, VAP/VAE, SSI, C. diff, MDRO) β Hand Hygiene Audit & Feedback.
Comparison Charts:
β Chart 1 β Contact vs. Droplet vs. Airborne Precautions: Particle size or transmission mode, PPE required, room placement, air change requirements, patient transport rules, and three representative pathogens for each.
β Chart 2 β ABHR vs. Soap and Water Hand Hygiene: Mechanism, spectrum (including spore activity), preferred clinical situations, time required, and skin tolerance.
β Chart 3 β CLABSI Bundle vs. CAUTI Bundle vs. VAP/VAE Bundle vs. SSI Bundle: Insertion elements, maintenance elements, daily review elements, and the one element most often missed in audits.
β Chart 4 β Standard Precautions vs. Transmission-Based Precautions vs. Special Pathogen Precautions: Trigger, who they apply to, PPE baseline, environmental requirements, and notification or activation steps.
Cornell Notes:
β Page 1 β Cue questions: What are the WHO Five Moments of Hand Hygiene, and when must soap and water be used instead of alcohol-based hand rub? What is the correct donning sequence, and what is the correct doffing sequence, and which step is the highest-risk for self-contamination?
β Page 2 β Cue questions: What are the room placement, PPE, and transport requirements for Contact, Droplet, and Airborne precautions? Which pathogens require Airborne precautions, and what does an AIIR require for ACH, pressure, and door status?
β Page 3 β Cue questions: What are the insertion and maintenance elements of the CLABSI bundle and the CAUTI bundle? What are the criteria for discontinuing transmission-based precautions for MRSA, C. difficile, and tuberculosis?
Week 4 β Part IV: Cleaning, Sterilization, Disinfection, Asepsis
Difficulty: Moderate to Heavy
What it covers:
The Spaulding classification (critical, semi-critical, non-critical) and the required reprocessing level for each device category.
The distinction between cleaning, disinfection, and sterilization, plus low-level, intermediate-level, and high-level disinfectant selection.
Major sterilization modalities (steam, ethylene oxide, hydrogen peroxide gas plasma, peracetic acid, ozone) compared by mechanism, compatibility, and turnaround.
Sterilization monitoring: mechanical, chemical, and biological indicators, and the correct response to a failed biological indicator.
Endoscope reprocessing from point-of-use pre-cleaning through high-level disinfection, channel drying, and vertical storage.
Environmental cleaning: disinfectant contact (wet) time, high-touch surface frequency, and the role of no-touch disinfection (UV-C, hydrogen peroxide vapor).
Reusable medical equipment, laundry and linen, and regulated medical waste handling.
Sterile field and aseptic technique principles in clinical and procedural areas.
Print: 1 Mind Map, 3 Comparison Charts, 2 Cornell Notes pages
Study Tasks
β Read the Study Guide first. Complete the High-Yield Objectives, Key Terms and Definitions, and Concept Overview sections before opening the chapter.
β Highlight as you read. Follow the Made Easy Highlighting System exactly (Red, Blue, Orange, Green, Purple, Yellow). For this Part, Purple dominates (reprocessing and engineering controls).
β The Spaulding classification is tested directly and repeatedly. Critical devices enter sterile tissue or the vascular system (surgical instruments, implants) and require sterilization. Semi-critical devices contact non-intact skin or mucous membranes (endoscopes, laryngoscope blades, respiratory therapy equipment) and require high-level disinfection at minimum. Non-critical devices contact intact skin only (blood pressure cuffs, stethoscopes, bedside tables) and require low-level or intermediate-level disinfection. Be able to assign Spaulding category to any device from a scenario.
β Cleaning ALWAYS precedes disinfection or sterilization, because residual organic soil inactivates antimicrobial agents. This is one of the most-tested fundamentals on the CIC. A device that has not been cleaned cannot be considered properly disinfected or sterilized regardless of the process applied afterward.
β Sterilization modalities have distinct use cases. Steam (autoclave) is the gold standard for heat-stable, moisture-tolerant items. Ethylene oxide is for heat-sensitive items but requires aeration to remove residual gas. Hydrogen peroxide gas plasma (Sterrad) is fast, low-temperature, no aeration needed, but has material compatibility limits. Peracetic acid is liquid-chemical sterilization for immersible heat-sensitive items, including some endoscopes. Know which modality matches which device.
β Biological indicator (BI) testing is the only proof of sterilization efficacy. Geobacillus stearothermophilus spores are used for steam and hydrogen peroxide. Bacillus atrophaeus spores are used for ethylene oxide and dry heat. Know the correct response to a failed BI: recall all items processed since the last passing BI, sequester them, investigate the cycle, and re-process before release. The CIC tests this sequence.
β Endoscope reprocessing is its own scenario category. The sequence is point-of-use pre-cleaning at the bedside, leak testing, manual cleaning with enzymatic detergent, high-level disinfection (most commonly automated), channel drying with forced air, and vertical hang storage. Each step has a failure mode tested on the exam (skipping pre-cleaning allows biofilm formation, inadequate drying supports bacterial regrowth, horizontal storage allows pooling).
β Complete the Practice Questions for Part IV in your quiz bank. Review every rationale, correct and incorrect.
How to Use Your Templates
β Mind Map: Central node = Cleaning, Sterilization, Disinfection, Asepsis. Main branches: Spaulding Classification (Critical, Semi-Critical, Non-Critical) β Cleaning β Disinfection Levels (Low, Intermediate, High) β Sterilization Modalities (Steam, EtO, HPGP, Peracetic Acid, Ozone) β Sterilization Monitoring (Mechanical, Chemical, Biological) β Failed BI Response β Endoscope Reprocessing β Environmental Cleaning & No-Touch Disinfection β Reusable Equipment, Laundry, Regulated Waste β Sterile Field & Aseptic Technique.
Comparison Charts:
β Chart 1 β Critical vs. Semi-Critical vs. Non-Critical (Spaulding): Tissue contact, required reprocessing level, representative devices, primary failure mode, and one regulatory or guideline reference.
β Chart 2 β Steam vs. EtO vs. Hydrogen Peroxide Gas Plasma vs. Peracetic Acid Sterilization: Mechanism, temperature, cycle time, material compatibility, aeration or rinse requirement, and best-use device category.
β Chart 3 β Mechanical vs. Chemical vs. Biological Indicators: What each verifies, frequency of use, what a passing result means, what a failing result means, and the response sequence to a failed BI.
Cornell Notes:
β Page 1 β Cue questions: What are the three Spaulding categories, and what is the required reprocessing level for each? Why must cleaning always precede disinfection or sterilization, and what happens to antimicrobial efficacy when this step is skipped?
β Page 2 β Cue questions: What is the correct sequence for endoscope reprocessing from point-of-use through storage, and what is the failure mode at each step? What is the correct response to a failed biological indicator, and what items must be recalled?
Week 5 β Part V: Environment of Care
Difficulty: Moderate
What it covers:
HVAC principles: air changes per hour, pressure relationships, and HEPA filtration applied to airborne infection isolation rooms (AIIRs), protective environment (PE) rooms, operating rooms, and other regulated spaces.
AIIR vs. PE room requirements and the patient populations each is designed to serve.
Water management plans (WMP) for Legionella and other waterborne pathogens, including risk identification, control measures, monitoring, and response.
Infection Control Risk Assessment (ICRA) for construction and renovation: project classification by patient risk group and activity type, precaution class selection, and mitigation measures.
Construction barriers, negative-pressure containment, and containment monitoring.
Plumbing, drains, and sink reservoirs as MDRO and waterborne sources, plus mitigation strategies.
Integrated pest management, food safety standards in dietary services, and animal-assisted therapy infection prevention requirements.
Print: 1 Mind Map, 3 Comparison Charts, 2 Cornell Notes pages
Study Tasks
β Read the Study Guide first. Complete the High-Yield Objectives, Key Terms and Definitions, and Concept Overview sections before opening the chapter.
β Highlight as you read. Follow the Made Easy Highlighting System exactly (Red, Blue, Orange, Green, Purple, Yellow). For this Part, Purple dominates (environment and engineering controls).
β AIIR versus PE is a tested distinction. AIIR (negative pressure, at least 12 ACH for new construction or 6 ACH for older facilities, HEPA-filtered exhaust or recirculation) protects the people outside the room from the patient inside (TB, measles, varicella, disseminated zoster). PE (positive pressure, at least 12 ACH, HEPA-filtered supply air) protects the immunocompromised patient inside from external contaminants (allogeneic HSCT recipients, severely neutropenic patients). When a patient needs both (an immunocompromised TB patient), the room is set up as an anteroom design with a PE room and a separately ventilated AIIR.
β Memorize the ACH and pressure values cold. AIIR: negative pressure, at least 12 ACH new (6 ACH existing). PE: positive pressure, at least 12 ACH. Operating room: positive pressure, at least 20 ACH (15 ACH minimum, varies by guideline). Pressure differential at least 0.01 inches water column for both AIIR and PE relative to corridors. The CIC will test specific values.
β Water management plans follow ASHRAE 188 and CMS expectations. Know the seven elements: a multidisciplinary team, a written WMP, identification of building water systems, identification of control locations and control measures, monitoring procedures, response procedures when control limits are not met, and program documentation. Legionella prevention is the headline pathogen but the WMP covers all waterborne risks (NTM, Pseudomonas, Burkholderia, fungi).
β ICRA classification is high-yield. Patient risk groups go from Low (office areas, public spaces) to Highest (immunocompromised patients, ICU, OR, oncology). Activity types (Type A through Type D) range from inspection-only work to major demolition or new construction. The intersection gives you the precaution class (Class I through Class IV), which dictates barrier requirements, negative-pressure containment, HEPA-filtered exhaust, and the rigor of monitoring. Practice working through ICRA matrix scenarios.
β Sink and drain reservoirs are an increasingly tested CIC topic. Pseudomonas aeruginosa, Klebsiella pneumoniae CRE, and other Gram-negative MDROs colonize P-traps, drain biofilms, and faucet aerators. Mitigation includes splash mitigation, biofilm-disrupting cleaning, and avoidance of disposing of patient-care fluids in handwashing sinks.
β Complete the Practice Questions for Part V in your quiz bank. Review every rationale, correct and incorrect.
How to Use Your Templates
β Mind Map: Central node = Environment of Care. Main branches: HVAC Principles (ACH, pressure, HEPA) β AIIR vs. PE Room β OR & Procedural Spaces β Water Management Plan (ASHRAE 188, Legionella, seven elements) β ICRA (patient risk groups, activity types, precaution classes) β Construction Barriers & Negative-Pressure Containment β Plumbing, Drains & Sink Reservoirs β Integrated Pest Management β Dietary Services & Food Safety β Animal-Assisted Therapy.
Comparison Charts:
β Chart 1 β AIIR vs. PE Room vs. Operating Room: Pressure relationship, minimum ACH, filtration, who the room protects, representative patient populations, and door and anteroom requirements.
β Chart 2 β ICRA Class I vs. Class II vs. Class III vs. Class IV Precautions: Activity scope, barrier requirements, ventilation requirements, HEPA exhaust, monitoring rigor, and representative project examples.
β Chart 3 β Legionella vs. NTM vs. Pseudomonas / Other Gram-Negative MDROs as Waterborne Pathogens: Typical source (potable water, ice machines, sinks/drains), patient population affected, surveillance approach, and WMP control measure that targets it.
Cornell Notes:
β Page 1 β Cue questions: What are the ACH, pressure, and filtration requirements for an AIIR and a PE room, and which patient populations does each serve? What design accommodates a patient who needs both protections?
β Page 2 β Cue questions: What are the seven elements of a water management plan under ASHRAE 188, and how does the IP contribute to each? How do you read an ICRA matrix to determine the precaution class for a defined project?
Week 6 β Part VI: Employee and Occupational Health
Difficulty: Moderate
What it covers:
Pre-placement and annual health assessments for healthcare personnel (HCP), including the components required by OSHA, CDC, and accrediting bodies.
Recommended HCP vaccinations and compliant influenza and COVID-19 vaccination programs.
CDC and current national TB screening guidance: baseline testing for new HCP and risk-based serial testing.
Bloodborne pathogen exposure management: immediate first aid, source testing, baseline worker testing, and time-sensitive post-exposure prophylaxis for HIV, HBV, and HCV.
OSHA Bloodborne Pathogens Standard requirements: sharps injury prevention, the sharps injury log, and annual review of safety-engineered devices.
Respiratory Protection Program meeting OSHA 29 CFR 1910.134: medical evaluation, annual fit testing, training, and seal checks.
CDC work restrictions for HCP with communicable conditions and return-to-work criteria.
Occupational health considerations for pregnant, lactating, and immunocompromised workers, plus post-exposure management for pertussis, measles, and meningococcal disease.
Print: 1 Mind Map, 2 Comparison Charts, 2 Cornell Notes pages
Study Tasks
β Read the Study Guide first. Complete the High-Yield Objectives, Key Terms and Definitions, and Concept Overview sections before opening the chapter.
β Highlight as you read. Follow the Made Easy Highlighting System exactly (Red, Blue, Orange, Green, Purple, Yellow). For this Part, the highlights split between Green (prevention practices like PPE and vaccination) and Yellow (program management of an OH program).
β HCP vaccination requirements are tested directly. The core CDC-recommended HCP vaccines are hepatitis B (with post-vaccination anti-HBs titer for direct patient-care HCP), seasonal influenza (annual), MMR, varicella, Tdap (one dose, then Td booster every 10 years), and meningococcal for laboratorians who routinely work with N. meningitidis. Know which vaccines are required for documented evidence of immunity versus serology versus self-report.
β Bloodborne pathogen exposure response is the most time-sensitive scenario on the CIC. The sequence is: immediate decontamination at the exposure site (wash with soap and water for skin, irrigate with water or saline for mucous membranes, do not squeeze the wound), report to occupational health immediately, source-patient testing for HIV/HBV/HCV (with consent per state law), baseline exposed-worker testing, and initiation of HIV post-exposure prophylaxis as soon as possible (ideally within 1 to 2 hours, no later than 72 hours). HBV post-exposure depends on the worker's vaccination and titer status; HCV has no PEP but requires follow-up testing. Know the sequence cold.
β TB screening is now risk-based rather than annual for low-risk facilities. New HCP get a baseline two-step TST or single IGRA. Annual testing is no longer routine in the absence of known exposure or ongoing risk. Post-exposure testing remains time-sensitive (baseline, then repeat at 8 to 10 weeks). Know the difference between latent TB infection (positive test, no disease, treatable to prevent progression) and active TB (clinical disease, requires Airborne Precautions and respiratory isolation).
β The OSHA Respiratory Protection Program has three CIC-tested elements: medical evaluation BEFORE fit testing or use, annual fit testing (qualitative or quantitative), and a user seal check every time the respirator is donned. The user seal check is not the same as fit testing. Loose-fitting PAPRs do not require fit testing but still require medical evaluation and training.
β Complete the Practice Questions for Part VI in your quiz bank. Review every rationale, correct and incorrect.
How to Use Your Templates
β Mind Map: Central node = Employee & Occupational Health. Main branches: HCP Health Assessments (pre-placement, annual) β HCP Vaccinations (HBV, influenza, MMR, varicella, Tdap, COVID-19) β TB Screening (baseline, risk-based serial, post-exposure) β BBP Exposure Management (first aid, source testing, PEP) β OSHA BBP Standard & Sharps Injury Log β Respiratory Protection Program (medical eval, fit test, seal check) β Work Restrictions & Return-to-Work Criteria β Pregnant, Lactating, Immunocompromised HCP β Pertussis / Measles / Meningococcal Exposure Management.
Comparison Charts:
β Chart 1 β HIV vs. HBV vs. HCV Post-Exposure Management: Source testing, baseline worker testing, prophylaxis availability, time window for prophylaxis, and follow-up testing schedule.
β Chart 2 β Medical Evaluation vs. Fit Testing vs. User Seal Check: What each verifies, when each is performed, who performs it, frequency required, and which respirator types are exempt from each.
Cornell Notes:
β Page 1 β Cue questions: What are the CDC-recommended vaccines for HCP, and how is evidence of immunity documented for each? What is the step-by-step bloodborne pathogen exposure response sequence, and what is the time window for HIV PEP initiation?
β Page 2 β Cue questions: What are the three core components of an OSHA-compliant Respiratory Protection Program, and how do they differ from each other? What are the current TB screening recommendations for new HCP and for ongoing risk-based testing?
Week 7 β Part VII: Management, Communication, and Leadership
Difficulty: Moderate
What it covers:
Building and chartering an Infection Prevention and Control (IP&C) program with mission, vision, goals, and scope appropriate to the facility's risk profile.
Annual risk assessment, an annual plan with measurable performance goals, and reporting results to leadership and governance.
Business case construction and cost-benefit / return-on-investment analysis to justify IP&C resources.
Major regulatory frameworks: CMS Conditions of Participation, The Joint Commission (TJC), and state health department requirements.
Public reporting programs and value-based purchasing incentives, including the CMS Hospital-Acquired Condition (HAC) Reduction Program and Hospital Value-Based Purchasing.
Communication with internal stakeholders, external stakeholders, and the public, including crisis communication during outbreaks.
Adverse and sentinel event review and quality improvement methods (PDSA, root cause analysis, Lean, Six Sigma).
Antimicrobial stewardship program collaboration, patient and family engagement, and health equity integration.
Print: 1 Mind Map, 2 Comparison Charts, 2 Cornell Notes pages
Study Tasks
β Read the Study Guide first. Complete the High-Yield Objectives, Key Terms and Definitions, and Concept Overview sections before opening the chapter.
β Highlight as you read. Follow the Made Easy Highlighting System exactly (Red, Blue, Orange, Green, Purple, Yellow). For this Part, Yellow dominates (program management, communication, and education).
β The annual risk assessment is the foundation of every CIC-tested management activity. It ranks populations, procedures, and pathogens by probability, severity, and preventability, and it drives the annual plan, the surveillance plan (from Part II), and the resource request that goes to leadership. Be able to explain how the risk assessment connects to every downstream IP&C decision.
β Cost-benefit and ROI questions appear in scenario form. The expected structure: quantify the cost of an HAI (direct medical cost, reimbursement loss under HAC Reduction, length of stay, mortality), quantify the cost of the intervention (staff time, supplies, technology, training), and present the net benefit and the payback period. Be able to walk through a CLABSI prevention bundle ROI scenario from cost calculation to leadership presentation.
β Know the regulatory landscape at scenario level. CMS Conditions of Participation set the floor for any hospital that accepts Medicare or Medicaid (most U.S. hospitals). TJC accreditation is typically deemed-status equivalent and adds specific standards (Infection Prevention chapter, NPSGs). State health departments add notifiable disease reporting and may add stricter standards than federal. The CIC will ask which body owns a specific requirement.
β Quality improvement methods are tested by application, not by definition. PDSA is iterative small-cycle testing of a change idea. Root cause analysis is structured retrospective investigation of an adverse event (commonly using the 5 Whys, fishbone, or fault tree). Lean removes waste; Six Sigma reduces variation. Be able to match each method to the right problem (PDSA for a hand hygiene compliance gap, RCA for a sentinel CLABSI death, Lean for a workflow bottleneck, Six Sigma for an inconsistent reprocessing outcome).
β Crisis communication is tested in outbreak scenarios. Single spokesperson, consistent messaging, timely transparency, separation of facts from speculation, and coordination with public affairs and public health. Know the IP's role versus the role of incident command and external relations during an active outbreak.
β Complete the Practice Questions for Part VII in your quiz bank. Review every rationale, correct and incorrect.
How to Use Your Templates
β Mind Map: Central node = Management, Communication & Leadership. Main branches: IP&C Program Charter (mission, vision, goals, scope) β Annual Risk Assessment β Annual Plan & Reporting β Business Case & ROI / CBA β Regulatory Frameworks (CMS CoP, TJC, State) β Public Reporting & Value-Based Purchasing (HAC, HVBP) β Stakeholder & Crisis Communication β Adverse & Sentinel Event Review β QI Methods (PDSA, RCA, Lean, Six Sigma) β Antimicrobial Stewardship Collaboration β Patient & Family Engagement β Health Equity.
Comparison Charts:
β Chart 1 β CMS Conditions of Participation vs. The Joint Commission vs. State Health Department: Scope of authority, what each requires of an IP&C program, survey or audit process, citation consequence, and one IP&C example unique to each.
β Chart 2 β PDSA vs. RCA vs. Lean vs. Six Sigma: Purpose, when to use, structure of the method, primary output, and an IP&C scenario that fits each.
Cornell Notes:
β Page 1 β Cue questions: What are the components of an annual IP&C risk assessment, and how does it drive the annual plan and resource requests? How do you construct a cost-benefit analysis for a CLABSI prevention bundle to present to executive leadership?
β Page 2 β Cue questions: What is the difference between CMS Conditions of Participation, The Joint Commission, and state health department authority over an IP&C program? When would you use PDSA versus root cause analysis versus Lean to address an IP&C performance gap?
Week 8 β Part VIII: Education, Research, Emergency Preparedness, and Special Settings
Difficulty: Moderate
What it covers:
Adult learning principles (Knowles's andragogy) and competency-based education for new hires, annual refreshers, and role-specific audiences.
Education design, delivery, and evaluation for patients, families, environmental services, sterile processing, perioperative staff, and other role-specific groups.
Critical appraisal of infection prevention literature, levels of evidence, and translation of evidence into practice.
Participation in and leadership of IP&C research and quality improvement projects, including IRB and human-subjects-protection requirements.
The four phases of emergency management (mitigation, preparedness, response, recovery) and the IP&C components of an Emergency Operations Plan.
Recognition of and response to high-consequence biological threats (anthrax, smallpox, botulism, plague, tularemia, viral hemorrhagic fevers, pandemic influenza, novel respiratory pathogens) and PPE surge planning.
Adaptation of infection prevention practice to special pathogen units, long-term care, ambulatory care, dialysis, and behavioral health settings.
Pediatric and neonatal infection prevention considerations and population-specific adapted bundles.
Print: 1 Mind Map, 2 Comparison Charts, 1 Cornell Notes page
Study Tasks
β Read the Study Guide first. Complete the High-Yield Objectives, Key Terms and Definitions, and Concept Overview sections before opening the chapter.
β Highlight as you read. Follow the Made Easy Highlighting System exactly (Red, Blue, Orange, Green, Purple, Yellow). For this Part, Yellow dominates (education and program work) with Red callouts for biological threats and special pathogens.
β Adult learning principles are tested in education scenarios. The five Knowles principles to know: adults need to know why they are learning something, they are self-directed, they bring prior experience, they are problem-centered, and they are internally motivated. Translate this into education design: role-specific (sterile processing technicians learn reprocessing scenarios, not generic infection prevention), problem-anchored (start with a scenario), and competency-validated (return demonstration, not just attendance).
β Evidence levels follow a standard hierarchy. From strongest to weakest: systematic reviews and meta-analyses of RCTs, individual RCTs, cohort studies, case-control studies, case series, expert opinion. CDC HICPAC guidelines explicitly grade their recommendations by evidence category (IA, IB, IC, II, no recommendation). Be able to identify the evidence level of a study from its design and the recommendation strength from its category.
β The four phases of emergency management are tested as a sequence. Mitigation is pre-event risk reduction (vaccination programs, building hardening). Preparedness is planning, training, drills, and stockpile management. Response is active management during the event (incident command activation, surge capacity, PPE conservation). Recovery is post-event return to baseline and after-action review. Know the IP&C role in each phase.
β High-consequence biological threat recognition is tested in clinical-scenario form. Anthrax (inhalational presents as widened mediastinum on chest imaging, GI form from contaminated meat, cutaneous from skin contact). Smallpox (synchronous deep vesicular rash on face and extremities, distinct from varicella). Plague (bubonic, septicemic, pneumonic forms, Yersinia pestis). Tularemia (Francisella tularensis, multiple syndromes). Botulism (descending flaccid paralysis from C. botulinum toxin). Be able to flag the patient and initiate notification and Special Pathogen response.
β Long-term care, dialysis, ambulatory, and behavioral health each have distinct IP&C profiles. LTC has lower acuity and higher resident-to-resident contact and is dominated by respiratory and GI outbreaks plus MDRO colonization. Dialysis has bloodborne pathogen risk, water quality concerns (Mycobacterium, endotoxin), and vascular access infection prevention. Ambulatory has limited on-site IP support and high-volume turnover. Behavioral health has unique safety and PPE-availability constraints. Know one signature IP risk for each setting.
β Complete the Practice Questions for Part VIII in your quiz bank. Review every rationale, correct and incorrect.
How to Use Your Templates
β Mind Map: Central node = Education, Research, Emergency Preparedness & Special Settings. Main branches: Adult Learning Principles (andragogy) β Competency-Based Education β Role-Specific Education (EVS, SPD, OR, perioperative) β Evidence Appraisal & Levels of Evidence β IP&C Research & IRB β Four Phases of Emergency Management (Mitigation, Preparedness, Response, Recovery) β High-Consequence Biological Threats β PPE Surge Planning β Special Pathogen Units β Long-Term Care β Ambulatory Care β Dialysis β Behavioral Health β Pediatric & Neonatal Considerations.
Comparison Charts:
β Chart 1 β Mitigation vs. Preparedness vs. Response vs. Recovery: Timing relative to the event, IP&C activities in each phase, key documents or deliverables, and one representative scenario for each.
β Chart 2 β Acute Care vs. Long-Term Care vs. Dialysis vs. Ambulatory vs. Behavioral Health: Signature IP risks, surveillance priorities, common outbreak patterns, regulatory framework, and one prevention practice unique to each setting.
Cornell Notes:
β Page 1 β Cue questions: What are the five adult learning principles, and how do you translate each into role-specific IP&C education? What are the four phases of emergency management, and what is the IP role in each? What is the signature IP risk profile for long-term care, dialysis, ambulatory care, and behavioral health, and how does each setting's prevention practice adapt?
Week 9 β Final Review & Exam Simulation
Your final week is not about learning new material. It is about consolidating everything you have built and proving it under exam conditions.
Review Tasks
β Re-draw one Mind Map from memory for each Part you feel least confident about. Check it against your original.
β Work through your Cornell Notes cue columns for every Part. Cover the right-hand notes and answer from memory.
β Re-do any quiz bank questions you got wrong across all Parts. Focus on the rationales.
β Review the Common Mistakes, Rapid Review, and Self-Assessment Checklist sections for your two or three weakest Parts.
Exam Simulation
β Take the full-length CIC practice exam using the QR code in the back matter of this book. Complete it in one sitting, timed, as close to real exam conditions as possible.
β Review your emailed score report. Identify which Parts you missed most and spend your remaining time on those Parts' Rapid Review and clinical scenarios only.
You've worked the whole plan. Now prove it.
β
Take your free full-length practice test under real conditions and see exactly where you stand. βββββββ
Bonus Study Resources
Already included with your book. Make sure you're using all of it:
β
-
Quiz Bank: drill your recall with exam-style questions (access link on your landing page).
-
Study Guide: the full content breakdown, built into this book.
-
1 Full-Length Simulation Exam: your first timed, exam-day practice run.
-
Anki Flashcard Deck: digital flashcards for every key term, ready to import into Anki for spaced-repetition study.
-
Free Resource Hub: every book includes free access to your landing page, with the Practice Lab and study games, your study plan, and the links to launch your Quiz Bank and simulation exam.β
Close every gap. Get the Complete Bundle.β
ββCheat Sheets, Workbook, and 3 more Full-Length Simulation Exams, together in one bundle.βββββ
β
Cheat Sheets
The entire exam condensed into high-yield sheets for fast review in the final days.
