12 lead ECG interpretation

15 Sep 2025 (Available)
Apply by: 01 Sep 2025
The advertised teaching dates are provisional, and subject to change
15 Sep 2025 (On Campus), 22 Sep 2025 (Online), 29 Sep 2025 (Online), 06 Oct 2025 (Online), 13 Oct 2025 (Online), 20 Oct 2025 (Online), 27 Oct 2025 (Online), 03 Nov 2025 (On Campus), 10 Nov 2025 (Online), 17 Nov 2025 (Online)
07 Apr 2026 (Available)
Apply by: 24 Mar 2026
The advertised teaching dates are provisional, and subject to change
07 Apr 2026 (On Campus), 13 Apr 2026 (Online), 20 Apr 2026 (Online), 27 Apr 2026 (Online), 05 May 2026 (Online), 11 May 2026 (Online), 18 May 2026 (Online), 26 May 2026 (On Campus), 01 Jun 2026 (Online), 08 Jun 2026 (Online)
Course overview
*The advertised teaching dates are provisional, and subject to change*
This module is suitable for nurses and others registered healthcare professionals wishing to develop their ability to use a 12 Lead Electrocardiogram (ECG) as an assessment tool in clinical practice. It will enable students to gain confidence in ECG interpretation through the development of knowledge relating to cardiac physiology, the principles of electrocardiography and the criteria associated with conditions commonly observed on the ECG.
Aims
The module will enable students to develop their understanding of cardiovascular pathophysiology and the associated electrocardiographical findings that underpin systematic ECG interpretation.
What and how you will learn on this module
How you will learn:
This module is delivered using a blended learning approach which integrates a variety of on-campus and online activities, supported by Canvas, the University’s virtual learning environment. A complementary range of activities are employed to engage you in the critical exploration of key topic areas, and the completion of formative tasks during the module also helps to keep you on track with the learning and gain feedback on your understanding of the content. A sense of community is developed and maintained with frequent opportunities for peer learning, enabling you to share your practice experiences and to learn from each other. Level 6 and level 7 students taking this module may be taught together.
Academic writing and critical thinking skills are developed through ‘The Critical Thinking Skills Toolkit’ and other academic practice activities embedded within the module, that have been designed to nurture the skills needed to facilitate you to become a thoughtful, objective and reasoned thinker. This will help you tackle the assignment(s) confidently, understand marking criteria, use evidence, take a reasoned approach, make structured arguments and engage with other points of view.
What you will learn:
Cardiac physiology and the principles of electrocardiography
• Cardiac conduction system
• Electrical basis of the ECG
• Parameters for normal sinus rhythm
• Recording an ECG including ECG extensions
• Systematic analysis tool
Limb leads and precordial leads
• Derivation of the leads
• Normal parameters and morphology
• Measurement of the mean QRS axis
Acute coronary syndromes
• Pathophysiology and classification of acute coronary syndromes
• ECG recognition of ischaemia, injury and infarction
• Infarct imposters
• Right ventricular and posterior myocardial infarction
• Overview of patient care
ECG derivation, recognition, pathophysiology and implications for patient care of the following abnormalities
• Wolff-Parkinson-White syndrome
• Left and right bundle branch block
• Hemiblock
• Chamber enlargement
• Pulmonary pathology
Academic practice
• Database searching
• Referencing and avoiding plagiarism
• Critical Thinking Skills Toolkit
Course length: 5 teaching days
Assessment
Exam (2 hours)
Learning Outcomes
Utilise a published analysis tool to structure a systematic assessment of 12 Lead ECG recordings demonstrating knowledge of the criteria for common cardiac presentations seen on the ECG.
Evaluate 12 Lead ECG recordings with reference to clinical data and patient history and identify further clinical assessments necessary to support findings.
Relate ECG findings to an in-depth understanding of electrophysiology and pathophysiology.
Establish the significance of ECG findings in the context of accompanying clinical data and use the information to direct patient care / seek medical intervention.

Course details
Course leader
Raj Mungur
Administrator
Course delivery
Blended Learning. On-Campus sessions subject to change. If government advice changes, we may need to update our plans. If we do so, we will update this information, and will keep current students and offer holders informed by email.
Downloads
Prerequisites
Applicants are expected to hold a recognised healthcare related qualification with current professional registration (where appropriate to the qualification) and normally a minimum of 6 months post-qualifying experience in order to consolidate training.
In addition:
Applicants should hold a qualification which provides 120 credits at level 4, or equivalent, for entry to the diploma programme or a Dip. H. E., (or equivalent), obtained within the last five years, for entry to the degree programme;
Applicants for the graduate certificate are normally expected to hold an honours or ordinary degree, or equivalent
Equivalences of overseas qualifications are assessed using a specialist resource (Ecctis) to which KU subscribes.
Non-standard applicants
Healthcare practitioners who do not hold a Dip H.E. (or equivalent) will normally be considered for standalone level 6 module enrolments if they can demonstrate one of the following:
Successful completion within the last five years of either certificated learning at level 6 or above, or completion of more than 60 credits at level 5, or a minimum of 30 credits at level 5 at or above a grade B (60%);
Successful completion of a level 6 entrance test.
Applicants who do not meet the standard criteria for entry to the diploma programme, will be assessed on an individual basis and will normally be considered for access to standalone level 5 modules where demonstration of the ability to study at level 5 has been achieved through successful completion of an entrance test.
Funding
£1,179.00
Self-funding students will need to make a one-off payment for the module via our secure payment portal before the online enrolment process.

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