B.Sc. Cardiac Perfusion Technology

Career Prospects

Cardiac Perfusionist

ICU & ECMO Specialist

Cardiovascular Technologist (Perfusion)

Perfusion Application Specialist

Research Assistant

Lecturer / Clinical Instructor

Cardiac Hospitals & Multispecialty Centres

Cardiac OT (Operation Theatres)

Cardiothoracic ICUs

ECMO & transplant support teams

Pediatric cardiac units

MedTech Companies

    • Roles: Application specialists for perfusion systems, ECMO, blood purification equipment
    • Allied Health & Medical Colleges
    • Clinical Research & Academic Projects

AIIMS, SCTIMST, PGIMER, and institutions doing perfusion & circulatory research

 

B.Sc. Cardiac Perfusion Technology

B.Sc. Cardiac Perfusion Technology is a 4-year (3 years study + 1-year clinical internship) paramedical degree that trains students to manage extracorporeal circulation using heart-lung machines during cardiac surgeries. Perfusion technologists are essential in open-heart procedures, cardiac bypass, organ transplants, and ECMO (extracorporeal membrane oxygenation) support.

Eligibility

Passed with at least 45% (40% in case the candidates belong to reserved category) marks with Botany, Zoology, Physics and Chemistry / Mathematics or Inter vocational with Bridge course of Biological and Physical Sciences (or) TGBIE/BIEAP/TOSS/APOSS/NIOS with Biological Sciences and Physical Sciences from a recognized board or other equivalent board or Intermediate and attain 17 Years as on 31st December of Calendar Year.

Admission

Admission on Merit Basis / Qualify AURUM UG.

Internships

All students are provided with ample opportunities to pursue multidisciplinary internships during the final term of each year. With multiple Internships, our students engage with Private Hospitals, Multi-Specialty hospitals, Government Hospitals, Nursing Homes, Diagnostic Centres, Research Institutes, Healthcare Institutions and many more. Our exclusive Internship programs offer students great flexibility to explore different domains and attain practical, clinical rotations, and real-time exposure. Image