Cardiac Ultrasound

Course Overview

This module offers a comprehensive exploration of cardiac ultrasound, combining theoretical foundations with clinical application. Students will begin by studying the physics of ultrasound and Doppler imaging, gaining an understanding of wave behaviour, acoustic impedance, and how these principles inform imaging quality. The module covers imaging techniques using 2D and 3D transducers, image optimisation, and data storage.

Students will develop the ability to identify and interpret echocardiographic signs of cardiovascular pathologies, including ventricular dysfunction, valvular disease, pulmonary hypertension, and congenital anomalies. Advanced applications such as transoesophageal echocardiography (TOE), stress echocardiography, and prosthetic valve assessment are also explored.

Integrated themes include research-informed practice, patient-centred care, ethical considerations, and sustainability in clinical imaging. Through evidence-based learning and real-world scenarios, students will develop the analytical and practical skills needed to contribute effectively to cardiovascular diagnosis and management in a variety of clinical and research settings.

Teaching

This campus-based module combines interactive lectures, practitioner-led sessions, and hands-on workshops with advanced ultrasound equipment. Students engage with clinical scenarios, case-based discussions, and digital resources to build diagnostic skills, apply evidence-based practice, and explore ethical, inclusive, and sustainable approaches to cardiac ultrasound in diverse patient populations.

Assessment

Assessment includes a written case report based on real-time echocardiographic interpretation and an Objective Structured Practical Examination (OSPE) assessing image acquisition, technical application, and clinical reasoning. A formative physics quiz provides early feedback to support understanding of ultrasound principles and prepares students for practical and diagnostic elements.

Fees and funding

The fees* below refer to the 2025/26 academic year unless otherwise stated.

• Per credit: £67
• 30 credits: £2,010

*Course fees are subject to annual inflation.

How to apply

To apply for this module, you must demonstrate the ability to study at Level 7 or equivalent.

Applications should be submitted via our online application form.

Please note that applications close 15 days prior to the module start date.