Bachelor of Science in Cardiac Care Technology Syllabus
Bachelor of Science in Cardiac Care Technology Syllabus
Table of Contents
BSc Cardiac Care Technology Syllabus Structure (3 Years)
The BSc Cardiac Care Technology syllabus is designed to train students in heart-related diagnostic tests, cardiac monitoring, and clinical support procedures. It covers cardiac anatomy, cardiovascular diseases, ECG technology, echo basics, ICU monitoring, and emergency cardiac care.
Students also receive strong practical training in hospitals and cardiac labs. The course prepares students to work in cardiology departments, ICUs, CCUs, and diagnostic cardiac centers.
Year 1: Foundation & Basics
The first year focuses on building a strong base in anatomy, physiology, and basic medical concepts. Students learn how the heart works and understand basic diagnostic equipment.
Semester 1
- Human Anatomy: Structure of heart, organs, skeletal and muscular system basics.
- Human Physiology: Circulatory system, respiration, body functions, and blood flow.
- Introduction to Cardiac Care: Basics of cardiology and healthcare environment.
- Practical Training I: Basic lab training, hospital orientation, and patient care basics.
Semester 2
- Cardiovascular Physiology: Heart function, cardiac cycle, blood pressure, and pulse.
- Basic Pathology: Disease process, infections, inflammation, and clinical terms.
- Basic Pharmacology: Medicine categories and emergency drug awareness.
- Practical Training II: Basic patient monitoring and clinical observation skills.
Year 2: Core Cardiac Technology & Diagnostic Procedures
The second year focuses on core cardiac diagnostic tests and clinical technology training. Students learn ECG, TMT, Holter monitoring, and basic echo assistance.
Semester 3
- Electrocardiography (ECG): ECG leads, waveform analysis, and recording techniques.
- Cardiac Pathology: Heart diseases, symptoms, and diagnostic basics.
- Cardiac Patient Care: Patient handling, communication, and clinical ethics.
- Clinical Practical III: ECG practice, lead placement, and report preparation basics.
Semester 4
- TMT (Treadmill Test) Technology: Stress test process, patient preparation, and monitoring.
- Holter Monitoring: 24-hour monitoring, rhythm analysis basics, and reporting.
- 2D Echo & Doppler Basics: Echo introduction, ultrasound principles, and imaging basics.
- Clinical Practical IV: TMT procedures, Holter setup, and echo observation training.
Year 3: Advanced Cardiac Care & Clinical Training
The final year focuses on advanced cardiac care support, ICU/CCU monitoring, and emergency cardiac management. Students also undergo full hospital internship to become job-ready.
Semester 5
- Cardiac ICU / CCU Monitoring: ICU equipment, vital monitoring, and cardiac emergency response.
- Cardiac Catheterization Lab Basics: Cath lab workflow, angiography basics, and assistance procedures.
- Emergency Cardiac Care: CPR basics, shock management, and emergency cardiac handling.
- Advanced Practical V: ICU monitoring training and cath lab observation exposure.
Semester 6
- Clinical Internship: Full-time hospital training in cardiology department and ICU units.
- Project Work / Seminar: Cardiac technology based project and presentation.
- Hospital Management & Documentation: Patient records, workflow, and reporting support.
- Final Practical & Viva: Practical examination, viva, and clinical evaluation.
Recommended Books for BSc Cardiac Care Technology
| Subject | Book Title | Author |
|---|---|---|
| ECG | ECG Interpretation Made Easy | John R. Hampton |
| Cardiology Basics | Clinical Cardiology | Reference Book |
| Human Physiology | Human Physiology | Guyton & Hall |
| Emergency Care | Basic Life Support (BLS) Manual | Training Reference |
BSc Cardiac Care Technology Syllabus FAQs
Q1: What is the syllabus structure of BSc Cardiac Care Technology and how is the course divided into 3 years with semester-wise subjects?
BSc Cardiac Care Technology is a 3-year undergraduate course divided into 6 semesters. The first year covers anatomy, physiology, and basic medical subjects. The second year focuses on ECG, TMT, Holter monitoring, and echo basics. The final year includes ICU/CCU monitoring, cath lab exposure, and internship training.
Q2: Which subjects in BSc Cardiac Care Technology syllabus are most important for learning ECG, TMT, Holter monitoring, and cardiac tests properly?
ECG subject is important for learning lead placement and waveform understanding. TMT technology helps students learn stress test procedures and monitoring. Holter monitoring teaches long-term rhythm observation methods. Echo basics and ICU monitoring subjects support strong cardiac department skills.
Q3: Is practical training compulsory in BSc Cardiac Care Technology and what type of clinical exposure students get in hospitals?
Yes, practical training is compulsory in every year of this course. Students practice ECG recording, patient preparation, and monitoring procedures. Hospital exposure includes cardiology departments, ICU/CCU units, and diagnostic labs. Practical learning builds strong job-ready skills for cardiac technician roles.
Q4: Is ICU and CCU monitoring included in the syllabus and why is it important for cardiac care technology students?
Yes, ICU and CCU monitoring is an important part of the final year syllabus. Students learn about cardiac vital monitoring and emergency response systems. This helps in working with critically ill cardiac patients. ICU skills improve placement chances in multi-specialty and cardiac hospitals.
Q5: Does BSc Cardiac Care Technology syllabus include internship and how does internship training help students in getting jobs?
Yes, internship is included in the final year in most institutes. Students work in cardiology departments, ICU/CCU units, and diagnostic labs. Internship improves real patient handling skills and clinical confidence. It also increases job opportunities through hospital experience and exposure.
Q6: Is ECG interpretation difficult for beginners and what topics should students focus on to understand ECG properly?
ECG interpretation may feel difficult at first, but it becomes easy with practice. Students should focus on ECG waves, heart rate calculation, and lead placement. Learning common cardiac rhythms helps in quick understanding. Practical ECG recording sessions improve skills and exam performance.
Q7: Does the syllabus include emergency cardiac care and CPR training and why is it important for cardiac technologists?
Yes, emergency cardiac care and CPR basics are included in the final year syllabus. It teaches students how to respond during cardiac arrest or emergency heart conditions. CPR knowledge is important in ICU/CCU and emergency departments. Emergency care training improves confidence and professional responsibility.
Q8: How are students evaluated in BSc Cardiac Care Technology and does practical performance affect final marks and passing criteria?
Students are evaluated through theory exams, internal assessments, and practical examinations. Practical marks are important because clinical skills are required in cardiac care jobs. Colleges also conduct viva and practical record submission evaluations. Strong practical performance helps students score better and get placed faster.
Q9: What are the best books and study resources for BSc Cardiac Care Technology students to prepare the syllabus effectively?
John R. Hampton is one of the best books for ECG interpretation basics. Guyton & Hall is useful for physiology and heart function understanding. Practical hospital notes and ECG practice charts help in better learning. Regular clinical practice is the best resource to become strong in cardiac technology.