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newSchoolWorks.com › VoTechWorks › Health & Personal Services › Sterile Processing Technician › Capstone Project: Integrated Sterile Processing Workflow › Lesson 2
HLT-STER66-07 · Lesson 2 · 52 clock hours · lab

Simulated Workflow Execution and Documentation

Objective. Students will independently execute the full sterile processing cycle for an assigned instrument set in the program's simulated department, completing every required documentation form accurately and responding correctly to at least three instructor-injected workflow failures.

⚠ Pending professional review

This lesson, its worked examples and its practice questions has not yet been verified by a licensed clinician in the field or by a certification or approval body. It is a study draft and may contain errors. Do not use it to make decisions about any patient or medication. Always follow your instructor, your supervising professional, and current official references and regulations.

VoTechWorks program approval and accreditation are still in progress. Credentials are issued only by the certifying bodies named in each program, after their own exams.

Simulated Workflow Execution and Documentation

This lab brings together every skill you have practiced in this program. You will move a soiled instrument set through the complete sterile processing cycle from start to finish—cleaning, inspection, packaging, sterilization, and storage—while documenting each action in real time and responding to unexpected failures along the way. Strong performance here demonstrates you are ready to work safely and independently in an actual sterile processing department (SPD).

Safety Before Anything Else

Your first action every time you enter the decontamination area is to don full personal protective equipment (PPE): fluid-resistant gown, surgical-grade mask, face shield, and gloves rated for the chemicals and biological hazards present. PPE must be in place before you touch any soiled item—no exceptions. This is a critical safety step on your competency checklist, meaning a single failure to don PPE correctly before handling soiled instruments requires you to repeat the entire decontamination phase. Contaminated instruments carry bloodborne pathogens, and your personal safety and the safety of your coworkers depend on this discipline every shift.

When you move from the decontamination area to the clean/prep-and-pack area, remove and dispose of decontamination PPE, perform hand hygiene, and don fresh gloves before handling any clean items. Cross-contamination between zones undermines the entire sterile processing chain.

Executing the Full Processing Cycle

Pre-cleaning and mechanical washing. Begin with manual pre-cleaning: rinse gross soil under cold water, scrub lumens and joints with appropriately sized brushes, and follow your facility's enzymatic detergent concentration and soak time. Load the washer-disinfector according to the manufacturer's instructions—hinged instruments open, heavy items on the lower rack, and nothing blocking spray arms. Unload when the cycle is complete and inspect each tray before moving it forward.

Inspection. Every instrument must be inspected under a light source with magnification loupes. Check for residual soil, corrosion, pitting, cracks, and proper function (box locks move freely, scissors cut cleanly, tips align). Record failures on the inspection log. A wet pack discovered at this stage—visible moisture inside a wrapped tray—is a contamination event: the item must be reprocessed. Never pass a wet pack to sterile storage.

Assembly and packaging. Reassemble instrument sets per the count sheet, apply tip protectors to sharps, and select the correct packaging material for the sterilization method. Place a Class 4 chemical indicator inside each package and, where required by your department, a Class 5 integrator. Seal pouches so the seal is complete with no channels or wrinkles; wrap trays using the square-fold or envelope-fold technique, ensuring all folds are secure. Record lot number, date, sterilizer number, and cycle on each package label.

Sterilizer loading and indicators. Load the sterilizer with packages positioned to allow steam or sterilant contact on all surfaces—do not overcrowd, do not place pouches flat on top of wrapped packs. Place a biological indicator (BI) in the most challenging location within the load (typically the front, bottom, near the drain). A control BI from the same lot must be incubated simultaneously but not processed, to confirm the test system is working. Initiate the cycle only after verifying that cycle parameters (temperature, time, pressure or concentration) match the load type.

BI incubation and load release. Incubate the processed BI and the control BI together in the incubator at the manufacturer's specified time and temperature. A negative (no growth) processed BI combined with a positive (growth) control BI confirms sterilization process performance and permits load release—provided all chemical indicators also show a satisfactory result and the physical printout confirms correct parameters were reached. Document results on the load record immediately.

Sterile storage and inventory. Transfer released items to sterile storage on clean, dry, covered shelving. During your inventory count, check every package for expiration date or event-related integrity issues: torn wrap, broken seals, moisture, or soil. Any suspect package must be removed and flagged. Reconcile counts against the par-level sheet and complete a requisition for items below par. Report findings verbally to the instructor as a brief summary, as you would to a charge technician.

Responding to Instructor-Injected Failures

At three unannounced points the instructor will introduce a deliberate failure. Your job is to recognize it, stop the affected work, and act correctly:

In every case, complete an incident report form fully before you continue. Thorough documentation protects patients, supports root-cause analysis, and is a professional and regulatory expectation.

Documentation Standards

Every action you take must be recorded in real time on the appropriate form—load record, inspection log, or incident report. Fields left blank, illegible entries, or corrective fluid are not acceptable. If you make an error on a paper form, draw a single line through it, initial, and date the correction. Accurate, complete records are the legal evidence that safe sterile processing occurred.

Key terms9

Biological Indicator (BI)A standardized device containing a known population of highly resistant bacterial spores used to verify that a sterilization process achieved the conditions necessary to kill microorganisms.
Chemical Indicator (CI)A device that uses a chemical or physical change to indicate exposure to one or more sterilization process parameters; Class 4 indicators respond to multiple variables while Class 5 integrators respond to all critical variables of a sterilization cycle.
Wet PackA sterilized package or tray found to have visible moisture after the sterilization cycle; considered a contamination event because moisture provides a pathway for microbial ingress, requiring reprocessing.
Load RecordThe written or electronic documentation completed for every sterilizer load, capturing cycle parameters, indicator results, load contents, operator identification, and load release status.
RecallThe process of retrieving and quarantining all items from a sterilization load—or series of loads—when a sterilization failure is confirmed, to prevent distribution of potentially non-sterile items to patients.
Par LevelThe minimum quantity of a supply item that must be maintained in sterile storage to meet department needs; when stock falls below par, a requisition for replenishment is generated.
Decontamination ZoneThe physically separated area within an SPD where soiled instruments are received and cleaned; requires full PPE for all personnel to prevent exposure to bloodborne pathogens and other hazards.
Event-Related SterilityThe concept that a properly packaged sterile item remains sterile until an event compromises package integrity (such as moisture, tears, or handling damage), rather than simply until a printed expiration date.
Incident ReportA formal department or facility document used to record any deviation from standard procedure, equipment failure, or quality event, supporting root-cause analysis and corrective action tracking.
In class: Each student dons full PPE, receives a soiled instrument tray, and processes it through the complete cycle: manual pre-cleaning, mechanical washer-disinfector loading and unloading, inspection using magnification and a light source, assembly and tip protection, packaging with appropriate wrap or pouch, sterilizer loading with correct placement and load configuration, biological indicator and chemical indicator placement, cycle initiation, BI incubation and result reading, load release, and sterile storage—recording every action on the program's load record and inspection log in real time. · At three unannounced points chosen by the instructor, a deliberate failure is introduced (options include a wet pack upon unloading, a positive biological indicator result, a missing chemical indicator, or a package integrity breach); the student must identify the failure, halt the affected load, initiate the correct corrective action (quarantine, recall documentation, or re-processing), and complete an incident report form before continuing. · Students complete an inventory count of the simulated sterile storage room, reconcile discrepancies against a par-level sheet, and fill out a requisition form for any items below par, then brief the instructor verbally on any expiration date or packaging integrity issues found during the count.
Materials: Full PPE (gloves, face shield, fluid-resistant gown, surgical-grade mask), mixed general surgery instrument sets, automated washer-disinfector or equivalent simulation unit, ultrasonic cleaner, inspection light and magnification loupes, sterilization pouches and wrap in multiple sizes, chemical integrators and indicators (Class 5 integrators and Class 4 indicators), biological indicator strips and self-contained BIs with appropriate spore type for sterilizer modality, incubator, steam sterilizer and/or low-temperature sterilizer per available equipment, sterilization load records (program-standard form), inspection logs, incident report forms, sterile storage shelving unit, par-level inventory sheet, AAMI ST79 and applicable low-temperature sterilization AAMI standards, HSPA Central Service Technical Manual
Check: Instructor uses a step-by-step competency checklist with 48 observable steps; each critical safety step (PPE donning before handling soiled items, correct load record completion, correct BI result interpretation, correct recall initiation) is marked pass/fail with any single critical step failure requiring a full repeat of that phase; overall score of 85% or higher on all non-critical steps and zero unresolved critical step failures required to pass; documentation forms are reviewed for completeness and accuracy with no missing required fields.

Practice check8

Answer each question, then check it. Nothing is recorded; this is your own practice.

Decontamination and Sterilization Quality
1. A student unloads the steam sterilizer and finds that one wrapped instrument tray has visible condensation on the inside of the wrap. What is the correct immediate action?
Sterilization Quality and Monitoring
2. After incubation, the processed biological indicator shows growth (color change indicating positive result) and the control BI also shows growth. Which conclusion is correct?
Sterilization Monitoring
3. Which chemical indicator class is designed to respond to all critical variables of a steam sterilization cycle and is sometimes called an integrating indicator?
Sterilizer Loading and Operation
4. A technician is loading a steam sterilizer and places all pouched items lying flat in a single large stack. Which standard practice does this violate?
Sterile Storage and Distribution
5. During a sterile storage inventory, a technician finds a wrapped tray with a small tear in the outer wrap. What should the technician do?
Infection Control and Safety
6. During decontamination, a technician realizes they forgot to don their face shield before beginning to scrub instruments. What is the safest and most correct response?
Sterilization Quality and Load Release
7. A sterilization load record shows that the physical printout from the steam sterilizer did not reach the required temperature for the required exposure time. The BI result is negative. Which action is correct?
Documentation and Record Keeping
8. When completing a correction on a paper sterile processing load record, which method is acceptable?
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