CSPDT study plan

Sequence the full path of a contaminated item from point-of-use treatment through transport, receiving, cleaning, and release to preparation, naming the correct zone and airflow for each step.

Differentiate manual cleaning, mechanical washer-disinfector cleaning, and ultrasonic cleaning by selecting the correct method for a given instrument type, soil level, and manufacturer instruction.

Demonstrate correct donning and doffing order for PPE used in the decontamination area, including utility gloves, gown, mask, eye protection, and shoe covers.

Identify correct handling for high-risk (prion-suspect) instruments and for spills, sharps injuries, and chemical exposures, and state who must be notified.

Calculate and interpret detergent dilution ratios and water temperature ranges, and explain why water quality and detergent concentration affect cleaning outcome.

Classify instrument soils by type (blood, bone, cement, rust, bioburden) and match each to the appropriate cleaning agent and contact time.

Order the steps for disassembling, cleaning, and inspecting a multi-part instrument set so that no part is lost or left soiled.

Explain the environmental controls of a decontamination area, including negative air pressure, air exchanges per hour, traffic flow, and separation from clean areas.

Label the main hand-washing and hand-hygiene points in the workflow and state when alcohol-based rub is not acceptable.

Identify the required content of a manufacturer's instructions for use (IFU) that must be consulted before cleaning any device.

Inspect at least ten common instrument types for cleanliness, function, alignment, corrosion, and cracks, and document the pass/fail criteria for each.

Compare packaging materials - non-woven wrap, peel pouches, rigid containers, textile barriers - and select the right one for a given item's weight, size, and sterilization method.

Demonstrate correct package closure, including taping technique, wrap technique (envelope or square fold), and pouch sealing, and explain why each closure rule exists.

Assemble a tray using a count sheet and apply stringing, tip protection, and lumen-rinsing rules for sharp and hinged instruments.

Verify that every package carries the required labeling elements and an external chemical indicator compatible with the intended sterilant.

Compare steam, ethylene oxide, hydrogen peroxide gas plasma, dry heat, and peracetic acid sterilization by mechanism, temperature range, cycle phases, and materials compatibility.

Sequence a complete steam cycle and match each phase to its time, temperature, and pressure parameters.

Interpret chemical indicator classes 1 through 6 and state which class is used externally, internally, and for specific test challenges.

Explain the purpose, frequency, and interpretation of the Bowie-Dick test, biological indicators, and air removal testing.

Apply a sterilizer recall procedure: identify what triggers a recall, what items are affected, and the sequence of quarantine, notification, and reprocessing.

Interpret sterilization records and printouts, identifying cycle failures and distinguishing equipment faults from loading errors.

Order correct load configuration for mixed loads, including basing, spacing, container orientation, and items that must never be mixed.

Explain parametric release and the conditions under which load release may proceed without a biological indicator result.

Define event-related sterility and differentiate it from time-related shelf life, then list the events that compromise package sterility.

Evaluate storage conditions - temperature, humidity, lighting, shelving height, and traffic - against accepted standards.

Trace a sterile item from sterilizer unload through storage, distribution, transport, and point of use, and identify every point where sterility can be breached.

Design a rotation and inventory plan that applies first-in, first-out handling and addresses slow-moving and loaner instrument sets.

Compare the roles of AAMI, ANSI, ISO, FDA, CDC, OSHA, and The Joint Commission in governing sterile processing practice.

Locate the specific regulatory requirement behind common workplace rules: bloodborne pathogens exposure control, hazard communication and SDS, and needlestick follow-up.

Explain the chain of custody and documentation requirements for implants and loaner sets.

Distinguish professional certification, credential maintenance, and continuing education requirements from employer-mandated competencies.

Apply an ethical decision framework to three fabricated workplace scenarios involving unsafe practice, pressure to release an unsterile load, and a coworker's impairment.

Audit a personal weakness list generated from prior quizzes and rank domains by lowest score to highest.

Re-drill the two lowest-scoring domains using targeted practice sets and correct every missed item to a written rationale.

Review employee health, exposure protocol, and quality assurance documentation expectations for sterile processing staff.

Complete two full-length timed practice exams under test-day conditions and record domain-level scores for each.

Identify the three most frequently missed concepts across both exams and restate each correctly in one sentence.

Rehearse test-taking strategy: elimination of distractors, flag-and-return, and time budgeting per question.

Verify exam-day logistics, including scheduling, identification requirements, and test center or remote-proctoring rules.

Build a maintenance schedule for continuing review after the exam date.