BSc Perfusion Technology 2025 - Course, Syllabus, eligibility
Course Overview
A BSc in Perfusion Technology is a 3-year undergraduate course that prepares students to become competent cardiac perfusionists. They are key personnel in cardiac surgery, running and controlling heart-lung machines and other advanced equipment that assists and substitutes the function of the heart and lungs during surgery.
Students in a Perfusion Technology course acquire practical experience in handling life-supporting machines to ensure blood circulation and oxygen supply in patients who are undergoing complicated surgical procedures. The Perfusion Technology courses are available at the UG and PG course levels.
After graduating with Perfusion Technology courses, the candidates can choose job profiles like Cardiac Perfusionists, Medical Case Review Physicians, Perfusionists in ICU, Lecturers and Professors, etc. The average salary that a candidate can receive after a Perfusion Technology course is between INR 2.97 LPA - INR 15 LPA.
What is BSc Perfusion Technology
Perfusion Technology is a specialized field in medical science which focuses on operating heart-lung machines and other advanced equipment used during cardiac surgeries. Perfusionist, a trained professional in this field, who is responsible for managing the physiological and metabolic needs of patients undergoing surgeries that require the heart or lungs to be temporarily stopped.
Ensuring continuous blood circulation and oxygenation of the patient using machines. Perfusion technology plays a critical role in life saving procedures such as open-heart surgery, organ transplantation, and other complex operations. This field combines knowledge of anatomy, physiology, pharmacology, and advanced technology, making it a vital component of modern surgical care.
Key Aspects of Perfusion Technology
|
Key Aspect |
Description |
|
Cardiopulmonary Bypass (CPB) |
Operating heart-lung machines during cardiac surgeries to support circulation. |
|
Oxygenation and Circulation |
Ensuring blood is properly oxygenated and circulated while the heart is stopped. |
|
Vital Monitoring |