The Certified Biomedical Equipment Technician (Life Support Equipment) course is designed to provide in-depth knowledge and hands-on experience in maintaining and repairing life support medical equipment. Life support systems are critical in patient care, especially in emergency and intensive care settings. This course aims to equip participants with the skills necessary to ensure these systems function optimally, thus enhancing patient safety and healthcare delivery. The British Academy for Training and Development offers this course to prepare technicians with the expertise required to work with advanced life support systems such as ventilators, defibrillators, and dialysis machines.

Who Should Attend?

• Biomedical equipment technicians involved in the maintenance and repair of life support devices.
• Healthcare professionals who manage and oversee life support equipment in hospitals and clinics.
• Engineering technicians working in hospitals, clinics, or medical device companies.
• Maintenance personnel looking to specialize in life support equipment maintenance.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

• Understand the principles and operation of life support equipment.
• Perform troubleshooting, maintenance, and repair of life support systems.
• Apply safety protocols in the operation and maintenance of life support equipment.
• Ensure life support devices meet regulatory standards and perform optimally.
• Develop strategies for preventive maintenance to minimize equipment downtime.

• Overview of Life Support Equipment
  • Types of life support equipment and their role in healthcare
  • Key components and systems in life support devices
  • Overview of life support equipment in different healthcare settings
• Introduction to Biomedical Equipment Technology
  • Principles of biomedical equipment technology
  • Role of a biomedical equipment technician
  • Overview of medical device regulations and standards

• Understanding Ventilators
  • Basic principles of mechanical ventilation
  • Types of ventilators used in healthcare
  • Operation and settings of ventilators
• Defibrillators: Types and Functions
  • Principles of defibrillation and cardioversion
  • Types of defibrillators (manual and automatic)
  • Settings and operation of defibrillators

• Ventilator Maintenance
  • Routine maintenance procedures for ventilators
  • Cleaning, calibration, and testing of ventilators
  • Troubleshooting common ventilator issues
• Defibrillator Maintenance
  • Inspection, calibration, and testing of defibrillators
  • Battery maintenance and replacement
  • Troubleshooting defibrillator malfunctions

• Diagnosing Ventilator Problems
  • Identifying common ventilator issues and solutions
  • Use of diagnostic tools for ventilators
  • Calibration procedures for accurate diagnosis
• Defibrillator Troubleshooting
  • Analyzing defibrillator error messages
  • Diagnosing and fixing electrical issues
  • Ensuring defibrillator reliability during critical use

• Role of Life Support Equipment in ICUs
  • Life support systems commonly used in intensive care units
  • Ventilators, infusion pumps, and monitors in ICU settings
  • Safety protocols and best practices for ICU equipment management
• Application of Life Support Systems in Emergency Situations
  • Role of life support equipment in emergency rooms and trauma units
  • Using defibrillators and ventilators in emergencies
  • Training staff on emergency procedures with life support devices

• Principles of Dialysis
  • Understanding the types of dialysis (hemodialysis, peritoneal dialysis)
  • Components and working of dialysis machines
  • Role of technicians in dialysis machine maintenance
• Dialysis Machine Maintenance
  • Routine maintenance for dialysis machines
  • Identifying and addressing common issues in dialysis equipment
  • Ensuring safety and compliance with standards

• Ventilator Advanced Troubleshooting
  • Deep dive into complex ventilator issues
  • Diagnosis and repair of mechanical ventilator malfunctions
  • Working with electronic components of ventilators
• Dialysis Machine Troubleshooting
  • Common technical problems with dialysis machines
  • Diagnosing and fixing water treatment system issues
  • Repairing electrical and mechanical components

• Ventilator Calibration and Testing
  • Performing ventilation system calibration
  • Using test equipment to ensure proper ventilator functioning
  • Steps to verify ventilation performance
• Defibrillator and Dialysis Machine Testing
  • Proper testing procedures for defibrillators and dialysis machines
  • Ensuring compliance with calibration standards
  • Using test devices for reliable performance validation

• Regulations Governing Life Support Equipment
  • Overview of global regulatory standards for medical devices
  • FDA, IEC, and ISO standards relevant to life support equipment
  • Ensuring compliance with regulations during repairs and maintenance
• Ensuring Patient Safety
  • Safety protocols in the operation and repair of life support equipment
  • Preventing medical errors through device maintenance
  • Training healthcare professionals on safety best practices

• Infection Control in Biomedical Equipment Maintenance
  • Managing infection risks during maintenance and repair
  • Sterilization techniques for life support equipment
  • Handling and disposal of biohazardous materials
• Biohazard Safety Protocols
  • Ensuring safety while handling biohazardous components
  • Protective gear and decontamination procedures
  • Managing equipment exposed to contaminants

• Understanding Life Support Equipment Software
  • Role of software in controlling life support devices
  • Software troubleshooting and updates
  • Integration of software with hardware components
• Electronic Components of Life Support Equipment
  • Common electronic components in life support systems
  • Diagnosing and repairing electronic faults
  • Understanding circuit boards and microcontrollers

• Inventory Management
  • Best practices for managing life support equipment inventory
  • Tracking equipment usage and maintenance history
  • Creating and managing maintenance schedules
• Lifecycle Management
  • Managing the lifecycle of life support devices
  • Deciding when equipment needs replacement or upgrade
  • Sustainable practices for life support equipment