Teaching & Modules

Teaching methods - what to expect

Lectures
Seminars
Practical Work
Self-Study

You will be taught through a combination of lectures, seminars and practical work. The course also requires a significant element of self-study.

Assessment

  • Coursework
  • Written/practical examinations

Forms of assessment may typically include debates, oral presentations, and project write-ups.

Modules

Year

The programme is divided into modules totaling 120 credits.

Required Modules:

There are 5 compulsory modules which include:

  • Cardiovascular Sciences (15 credits): This module focuses on mechanisms governing normal cardiac and vascular function, and a firm grounding in the basic principles and techniques underlying cardiovascular research.
  • Heart Muscle and Vascular Disorders (30 credits): This module addresses the underlying pathophysiology, experimental interrogation, clinical consequences, and management of disease processes that affect heart muscles, the coronary circulation and the peripheral vasculature.
  • Cardiac Electrics and Imaging (15 credits): This module teaches on the main cardiac imaging modalities and interrogation of cardiac electrical activity.
  • Translational Cardiovascular Medicine (15 credits): This model involves the application of basic and clinical science to patient diagnosis and treatment and learning practical echocardiography.
  • Cardiovascular Research Project (45 credits): The aim of this module is for all students to carry out a research project which will encompass both quantitative big data or laboratory-based research projects, literature reviews or qualitative educational based projects. Students will gain the ability to understand both quantitative and/or qualitative research designs, plan projects and present a written project dissertation and short oral presentation.

Examples of previous Research Projects:

  • Identification of a new mechanical force-sensitive molecule in cardiomyocytes
  • Monitoring immune cell trafficking in the infarcted myocardium.
  • Impact of hybrid closed loop insulin therapy in patients with suboptimally controlled Type 1 diabetes
  • Unravelling the dark proteome of atherosclerotic plaques
Optional Modules:

There are no optional modules for this course.

Key Information

Course type:

Single honours

Delivery mode:

In person

Study mode:

Full time

Duration:

One year

Application status:

Open

Start date:

September 2026

Application deadline:

29 March 2026