2. How long is the B.Sc Cardiac Technology course?
The programme typically lasts 3 years, and many colleges also include a 6‑month to 1‑year internship to give hands‑on clinical experience.

3. Who is eligible to study this course?
To be eligible, students need to have completed Class 12 (10+2) with Physics, Chemistry, Biology (PCB) and English from a recognised board, usually with a minimum 50% aggregate marks (and sometimes 45% for reserved categories).

4. What subjects are studied in B.Sc Cardiac Technology?
Key subjects include human anatomy, physiology, biochemistry, pathology, microbiology, applied pharmacology, and specialised cardiac technology topics such as ECG, echocardiography, and clinical cardiac care procedures.

5. How do admissions to this course work?
Admissions are generally based on Class 12 merit, and some institutes may conduct entrance exams or counselling for selection.

6. What skills will I gain from this degree?
You’ll develop skills in operating cardiac diagnostic equipment (like ECG and echo machines), patient monitoring, clinical support procedures, critical thinking, communication, teamwork, and emergency response.

7. What career options are available after B.Sc Cardiac Technology?
Graduates can work as Cardiac Technologist, Cardiovascular Technician, Cath Lab Technician, Echocardiographer, Cardiac Sonographer, Catheterization Lab Technologist, ICU Cardiac Care Technologist, and other allied health roles.

8. Where can B.Sc Cardiac Technology graduates work?
Job opportunities exist in hospitals, cardiac and multi‑speciality clinics, diagnostic labs, cardiac centres, rehabilitation units, research labs, and healthcare training institutions.

9. What is the average starting salary after this course?
In India, entry‑level salaries typically range from around ₹2.5 LPA to ₹5 LPA, and with experience, specialisation, or advanced roles (like echocardiography specialist) it can rise further.

10. Is B.Sc in Cardiac Technology a good career choice?
Yes — it’s a good course if you’re interested in healthcare technology, cardiac care, and patient support, especially given the rising prevalence of heart diseases and the ongoing demand for trained cardiac care professionals in clinical settings.