The Master of Science in Cardiovascular Technology (M.Sc. CVT) is an advanced postgraduate programme designed to develop highly skilled cardiovascular technologists with expertise in diagnostic, interventional, and critical cardiac care.
The programme focuses on building advanced clinical competencies in areas such as echocardiography, electrophysiology, cardiac catheterization, hemodynamic monitoring, and cardiac critical care. Students are trained to interpret complex cardiovascular data, assist in high-risk procedures, and contribute to evidence-based cardiac practice.
With a strong emphasis on clinical exposure, simulation-based training, and research, the programme prepares graduates to function independently in advanced cardiac care settings. It also develops leadership, decision-making, and analytical skills required in modern healthcare environments.
The programme is conducted by the Symbiosis Institute of Health Sciences (SIHS) and is aligned with evolving standards in allied healthcare education.
Graduates of M.Sc. Cardiovascular Technology have diverse and advanced career opportunities in clinical, academic, and industry domains:
Total Duration: 2 Years (24 Months) – Full Time
English
Semester Pattern
Master of Science in Cardiovascular Technology will be awarded upon successful completion of all semesters and achieving the required academic performance (Minimum CGPA 4/10).
The programme aims to:
The programme follows a semester-based structure integrating:
This structure ensures a balance between academic rigor, clinical expertise, and research competency.
Total Intake: 7 Seats
Candidates must have:
OR
OR
Important: It is the responsibility of the Candidates to ascertain whether they possess the requisite qualifications for admission. Having been admitted provisionally does not mean acceptance of eligibility. Final eligibility for admission will be decided by Symbiosis International University.
| Particulars | Amount (in ₹) |
|---|---|
| Academic Fee (Per Annum) | 2,30,000 |
| Institute Deposit (Refundable) | 20,000 |
| Total Annual Fee | 2,50,000 |
The programme adopts an advanced, competency-based teaching framework:
Students must pass both components independently.
Students receive intensive training in:
The training ensures competency in handling complex cardiac cases and technologies.
A structured research component is included:
The programme utilizes advanced institutional infrastructure including:
Admission is based on:
