Sterilization with Low Temperature

 

 

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CONTENT TYPE

VR, ILV, 3D, Interactive Modules

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DURATION

2 Hours

Target Audience icon

TARGET AUDIENCE

Sterile Processing Technician / Allied Health Learners

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COURSE DELIVERY

VR and Web-based

Credits icon

Credits : 0.3

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About the Course:

The Sterilization with Low Temperature microcredential equips learners with essential knowledge and hands-on skills required to safely operate low temperature sterilization systems used for heat and moisture sensitive medical instruments, supporting advanced sterile processing technician training program pathways in healthcare environments. Through immersive VR simulations, learners practice proper loading, cycle selection, monitoring, and unloading of low temperature sterilizers while adhering to manufacturer guidelines and infection prevention standards.

The course emphasizes patient safety, equipment compatibility, correct workflow sequencing, and compliance with regulatory and facility protocols to ensure effective sterilization outcomes in sterile processing environments.

Learning Objectives:

  • Explain the principles and purpose of low temperature sterilization in healthcare settings.
  • Identify instruments and materials appropriate for low temperature sterilization processes.
  • Differentiate between stages of low temperature sterilization cycles, including conditioning, exposure, and aeration.
  • Demonstrate proper loading, cycle selection, and operation of a low temperature sterilizer through VR-based scenarios.
  • Apply safety standards, PPE requirements, and infection control practices during sterilization workflows.
  • Recognize common errors, alarms, and indicators associated with low temperature sterilization systems.
  • Understand factors that impact sterilization effectiveness, including packaging integrity, load configuration, and cycle selection.

Course delivered via LMS and requires an Oculus VR headset for hands-on VR simulations.

 

Sterilization with low temperature training for sterile processing technicians

 

Workforce Development

Low temperature sterilization workflow training for sterile processing environments

At ImmerseLearn, we prepare Sterile Processing Technician Training to support safe surgical care through accurate and compliant sterilization practices. This microcredential strengthens learners’ ability to operate low-temperature sterilizers with confidence, follow standardized workflows, and ensure sterile instrument availability while maintaining compliance with healthcare regulations and patient safety standards.

Low Temperature Sterilizer Operation
Engage in VR-based scenarios to practice handling wrapped instrument trays, opening and closing the low temperature sterilizer, waking the system from standby, and safely loading instruments into the chamber.
Sterilization Cycle Selection & Monitoring +
Explore interactive modules that guide learners through selecting the appropriate low temperature sterilization cycle using the touchscreen user interface, understanding each cycle stage, and monitoring indicators to confirm successful processing.
Sterilization Stages & System Workflow +
Learn how conditioning, sterilant exposure, and aeration stages work together to achieve effective microbial elimination while protecting delicate instruments from heat or moisture damage. 
Safety, Compliance & Post-Sterilization Handling +
Apply PPE use, infection control practices, and proper unloading and transport techniques after cycle completion. Understand workflow principles that prevent contamination, packaging compromise, and handling errors. 


By completing this microcredential, learners will gain the skills and confidence to safely operate low temperature sterilization systems, support sterile processing workflows, and contribute to high standards of infection prevention and patient safety in clinical and surgical environments. 

Apply PPE use, infection control practices, and proper unloading and transport techniques after cycle
completion. Understand workflow principles that prevent contamination, packaging compromise, and
handling errors.