The Biomedical Equipment Maintenance Practice (IPEM) course, provided by the British Academy for Training and Development, is designed to equip healthcare professionals and technicians with the necessary skills and knowledge to effectively maintain and repair biomedical equipment. In today’s healthcare environment, the reliability and functionality of biomedical equipment are critical for patient safety and treatment outcomes. This course aims to provide participants with a deep understanding of the importance of equipment maintenance, the essential principles behind it, and the practical steps necessary to ensure biomedical devices are safe and operational.

Who Should Attend?

• Healthcare professionals, such as biomedical engineers and medical equipment technicians, who are involved in the maintenance of medical devices.
• Maintenance personnel from hospitals, clinics, and healthcare institutions who wish to improve their technical skills.
• Individuals pursuing a career in medical equipment management or healthcare technology.
• Quality control and assurance specialists responsible for maintaining safety and compliance standards in healthcare facilities.

Knowledge and Benefits:

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

• Gain an understanding of the key principles of biomedical equipment maintenance and repair.
• Learn to identify, troubleshoot, and rectify common equipment malfunctions and failures.
• Be able to perform routine checks and preventive maintenance on various types of biomedical equipment.
• Understand the regulatory and safety standards involved in maintaining biomedical devices.
• Acquire knowledge of the latest technologies and advancements in medical equipment.

• Overview of Biomedical Equipment
  • Importance of medical devices in healthcare.
  • Types of biomedical equipment used in healthcare settings.
  • The role of biomedical equipment in patient care.
• Basic Terminology and Concepts
  • Definitions and common terms related to biomedical equipment.
  • Understanding the operational principles of medical devices.
  • Key components of biomedical equipment.

• Classification of Biomedical Devices
  • Categories of biomedical equipment: diagnostic, therapeutic, and monitoring devices.
  • Equipment functions within each category.
  • Differences in design and technology for each type of equipment.
• Device Lifecycle and Management
  • The stages of a biomedical device’s lifecycle.
  • Importance of lifecycle management for safety and reliability.
  • End-of-life considerations for biomedical equipment.

• Understanding Maintenance Strategies
  • Corrective, preventive, and predictive maintenance.
  • When and how each maintenance type is applied.
  • Cost-benefit analysis of maintenance strategies.
• Maintenance Documentation
  • Importance of maintenance records for compliance and tracking.
  • Types of documentation and what should be included.
  • Using software tools for maintenance management.

• Setting Up a Preventive Maintenance Program
  • Key components of a preventive maintenance schedule.
  • Importance of regular inspections and servicing.
  • Developing an equipment maintenance checklist.
• Routine Maintenance Tasks
  • Common tasks in preventive maintenance.
  • Safety precautions during routine checks.
  • Identifying wear and tear in equipment during inspections.

• Regulatory Bodies and Standards
  • Overview of regulatory bodies such as the FDA and ISO.
  • Understanding their role in equipment maintenance and safety.
  • Key standards that guide maintenance procedures.
• Safety Protocols for Handling Medical Equipment
  • Best practices for equipment handling.
  • Personal protective equipment (PPE) for technicians.
  • Safe operation and maintenance practices to reduce risk.

• Regulatory Compliance Requirements
  • Understanding compliance requirements in biomedical equipment.
  • Key regulations governing the maintenance of medical devices.
  • Consequences of non-compliance.
• Conducting Equipment Audits
  • Overview of audit procedures for medical equipment.
  • Importance of regular audits for compliance and safety.
  • How to prepare and respond to audits.

• Electrical Components in Medical Devices
  • Understanding the key electrical systems in biomedical equipment.
  • Common electrical components and their functions.
  • Identifying electrical hazards and safety measures.
• Diagnosing Electrical Faults
  • Techniques for identifying electrical malfunctions.
  • Using diagnostic tools to troubleshoot electrical problems.
  • Repair and replacement procedures for electrical components.

• Mechanical Systems Overview
  • Key mechanical components found in biomedical equipment.
  • Types of mechanical systems: motors, gears, and actuators.
  • The role of mechanical systems in equipment functionality.
• Diagnosing and Repairing Mechanical Faults
  • Identifying mechanical failures and their causes.
  • Common mechanical issues in medical devices.
  • Methods for repairing and replacing mechanical parts.

• Diagnostic Techniques for Fault Detection
  • Step-by-step approach to troubleshooting medical devices.
  • Using diagnostic tools and software for effective troubleshooting.
  • Isolation of faults in complex systems.
• Fault Isolation and Correction
  • Identifying root causes of equipment failure.
  • Corrective actions for different types of equipment malfunctions.
  • Testing and verifying equipment functionality after repairs.

• Overview of Calibration Procedures
  • Importance of calibration in maintaining equipment accuracy.
  • Types of calibration: mechanical, electrical, and software.
  • Regulatory requirements for calibration.
• Performing Calibration on Equipment
  • Hands-on techniques for calibrating biomedical devices.
  • Tools and instruments used in calibration.
  • Documentation of calibration results.

• Introduction to Performance Testing
  • Types of performance tests for biomedical equipment.
  • Factors affecting performance testing outcomes.
  • Importance of periodic performance assessments.
• Interpreting Performance Test Results
  • Understanding test results and what they indicate.
  • Identifying discrepancies and taking corrective action.
  • Using test data to improve equipment reliability.

• Creating a Maintenance Plan
  • Key elements of an effective biomedical equipment maintenance program.
  • Factors to consider when developing a maintenance schedule.
  • Incorporating preventive and corrective maintenance strategies.
• Managing Spare Parts and Inventory
  • Importance of managing spare parts inventory.
  • Strategies for efficient inventory management.
  • Best practices for ordering and storing spare parts.

• Introduction to Predictive Maintenance
  • The concept of predictive maintenance in biomedical equipment.
  • Tools and techniques for predictive maintenance.
  • Benefits and challenges of predictive maintenance.
• Leveraging Technology for Equipment Management
  • Use of software tools in equipment tracking and management.
  • The role of IoT and AI in modern maintenance strategies.
  • Future trends in biomedical equipment management.