A cardiovascular ultrasound scanner that keeps drifting out of calibration does not just cause downtime — it undermines the diagnostic confidence cardiologists depend on every day. Biomedical engineers and service technicians who work on GE Healthcare's cardiovascular ultrasound platforms need more than a general service background to close that gap, and that is exactly what this course, delivered by the Arab British Fellowship Training Academy, is built around.

Across the programme, participants move from the physics and components behind cardiac ultrasound imaging through installation, configuration, calibration, and hands-on fault-finding, before tackling the safety and regulatory framework that governs the equipment. The result is a technician who can support a high-performance cardiology department end to end, not just patch individual faults as they appear.

By the End of This Course, You Will Be Able To

• Apply the core principles of ultrasound technology to cardiovascular diagnostics, and explain how GE Healthcare's ultrasound systems are built and how their components work together.
• Maintain, troubleshoot, and repair GE Healthcare cardiovascular ultrasound systems, including advanced configuration and calibration work.
• Keep ultrasound equipment performing safely and reliably in demanding clinical environments, while staying current with industry best practices and regulatory standards.

Who Should Attend?

• Biomedical engineers, technicians, and GE Healthcare service engineers responsible for maintaining, repairing, or servicing ultrasound cardiovascular equipment.
• Cardiology-focused healthcare professionals who need a deeper technical understanding of the ultrasound technology behind their diagnostic workflow.
• Technicians and staff at hospitals, clinics, and diagnostic centers that run ultrasound cardiovascular systems day to day.

Module 1: Why Service Quality and Safety Come First

• Safety guidelines for ultrasound equipment and preventing overexposure to ultrasound energy.
• Protecting patient safety during ultrasound exams.
• Key regulatory standards for ultrasound systems (FDA, IEC, ISO) and staying compliant with healthcare regulations.
• Maintaining documentation and audit-ready reports as part of a technician's core responsibilities.

Module 2: How Cardiovascular Ultrasound Actually Works

• Basic principles of ultrasound technology and its role in cardiovascular diagnostics.
• Sound waves and their interaction with tissue, transducer technology, and image processing basics.
• GE Healthcare's ultrasound systems and their components.

Module 3: System Components, Setup and Installation

• Transducers, consoles, and imaging systems, and how hardware, software, power, and communication layers work together.
• Installation and configuration procedures, calibration of components, and verifying the setup for accurate cardiovascular imaging.

Module 4: Configuring Systems and Keeping Software Current

• Advanced configuration for optimal cardiac imaging, including tuning for specific applications and patient-specific factors.
• Keeping ultrasound software up to date: installing and verifying updates and patches, and troubleshooting common software issues.

Module 5: Imaging Modes and Getting the Clearest Picture

• Echocardiography modes (2D, 3D, Doppler), and applications of strain imaging and tissue Doppler.
• Doppler ultrasound for assessing blood flow.
• Techniques for enhancing image quality, troubleshooting image issues, and fine-tuning settings for clarity and detail.

Module 6: Doppler and Advanced Cardiac Imaging Techniques

• Principles and types of Doppler (Color, Pulse Wave, Continuous Wave) for cardiovascular applications and measuring blood flow.
• Adjusting settings, troubleshooting Doppler-related issues, and enhancing sensitivity for detailed blood flow analysis.
• 3D and 4D cardiac imaging: benefits, configuration, and optimization of settings.
• Stress echocardiography: clinical uses, technical considerations, and interpreting results.

Module 7: Diagnosing and Fixing System Faults

• Common issues in ultrasound cardiovascular systems, and isolating electrical, mechanical, and software-related faults.
• Practical troubleshooting exercises using diagnostic tools, and repairing common hardware and software problems.
• Cardiac-specific challenges: signal interference, image degradation, and resolving complex technical issues unique to cardiac imaging.

Module 8: Preventive Maintenance and Calibration

• Preventive maintenance practices, building a maintenance schedule, and key components to monitor regularly.
• Calibrating transducers and imaging systems, verifying the accuracy of Doppler and other imaging modes, and ensuring the system's integrity over time.

Module 9: Component Repair and Replacement

• Replacing faulty components in ultrasound cardiovascular systems.
• Repairing transducers and electronic boards.
• Handling parts inventory and managing component lifecycles.

Module 10: Connecting Ultrasound Systems to the Hospital Network

• Integrating ultrasound cardiovascular systems with hospital information systems (HIS), and data transfer protocols for patient record management.
• Ensuring secure and efficient data sharing.
• Maintaining network connectivity, troubleshooting communication failures, and best practices for data backup and recovery.