In the modern healthcare world, medical devices are essential factors contributing to patient diagnosis and treatment, making them a vital element in improving quality and effectiveness in healthcare service delivery. With the increasing use of these devices and the evolution of their technologies, there is a growing need for advanced skills in maintaining and diagnosing faults that may occur during their use.

The "Maintenance of Medical Devices and Identification of Faults" course, offered by the British Academy for Training and Development, is designed to provide participants with the knowledge and skills required to effectively maintain and troubleshoot medical devices. The course spans over three weeks and covers the technical basics of medical devices, focusing on how to maintain them, identify faults, and resolve them using the latest technical methods. The goal of the course is to qualify technicians and engineers to handle medical devices efficiently, ensuring their continuous operation and maintaining patient safety and quality healthcare.

Who Should Attend?

• Managers and heads of departments in health facilities.
• Students and scholars majoring in medical engineering and medical sciences.
• Those working in the field of medical device engineering.
• Individuals wishing to enter the field of medical device engineering.
• Anyone who wants to develop themselves in this field.

Knowledge and Benefits:

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

• Identify all therapeutic devices and the ability to discover faults in them.
• Gain experience with electrical safety standards.
• Gain knowledge of medical device examination procedures.
• Use risk-based assessment to create a medical equipment maintenance program.
• Gain ability and experience to evaluate the effectiveness of a maintenance and fault program.

• Introduction to Medical Devices

  • Definition and importance of medical devices in healthcare.
  • Classification of medical devices by function (diagnostic, therapeutic, monitoring devices).
  • Examples of devices: X-ray machines, ventilators, vital sign monitors.

• Fundamentals of Medical Device Operation and Maintenance

  • The importance of routine maintenance in reducing equipment failures.
  • Different types of maintenance: preventive, corrective, and predictive.
  • Interaction between technicians and medical practitioners in maintenance operations.

• Basic Components of Medical Devices

  • Electrical components.
  • Mechanical components.
  • Digital components and software systems.

• Safety Procedures When Handling Medical Devices

  • Preventing electrical hazards when working with medical devices.
  • The importance of using Personal Protective Equipment (PPE) during maintenance operations.
  • General safety guidelines to avoid health risks for patients and technicians.

• Common Faults in Medical Devices

  • Electrical faults: power interruptions, damaged electrical circuits.
  • Mechanical faults: failure of moving parts, fluid leaks.
  • Electronic faults: signal loss, issues with circuit boards.

• Fault Diagnosis Methods

  • Using tools like voltmeters, multimeters, and other measuring devices.
  • Examining error messages from displays and understanding fault codes.
  • Applying step-by-step diagnostic procedures to identify the source of faults.

• Root Cause Analysis for Faults

  • Checking essential components: wires, circuits, mechanical parts.
  • Reviewing operational records to identify fault patterns.
  • Reverse analysis: understanding how faulty parts impact overall device functionality.

• Medical Device Repair Procedures

  • Identifying the type of fault and selecting the appropriate repair steps.
  • Replacing damaged parts and ensuring they meet original specifications.
  • Testing to ensure the device functions properly after repair.

• Tools and Equipment for Maintenance

  • Introduction to essential diagnostic tools: multimeters, voltmeters, and calibration devices.
  • Hand tools: wrenches, screwdrivers, and pliers.
  • Advanced equipment such as soldering devices and specialized diagnostic tools.

• Preventive Maintenance of Medical Devices

  • Developing regular maintenance schedules for medical facilities.
  • Preventive maintenance techniques to reduce future failures.
  • Testing devices post-maintenance to ensure optimal performance.

• Advanced Medical Device Maintenance

  • Advanced diagnostic devices such as MRI machines and X-ray equipment.
  • Advanced therapeutic devices like ventilators and pacemakers.
  • Challenges in maintaining complex devices and modern technologies.

• Post-Repair Device Testing Procedures

  • Conducting tests to ensure the device is functioning correctly after repairs.
  • Performing final checks to guarantee quality.
  • Effective documentation of maintenance and repair processes.

• Interaction with Maintenance Teams and Documentation

  • Communicating with medical and administrative teams.
  • Preparing maintenance reports and proper documentation of maintenance activities.

• Handling Smart Medical Device Systems

  • Understanding Internet of Things (IoT) devices in healthcare and their maintenance.
  • Challenges related to integrating smart systems with medical devices.
  • The role of artificial intelligence in improving performance and fault detection.