B.Sc

BSc Medical Technology course graduates can significantly contribute to improving healthcare systems by enhancing the quality and efficiency of cardiac and transplant surgeries. With their expertise in operating perfusion equipment, they ensure the optimal functioning of heart-lung machines and other devices critical for complex procedures. By maintaining blood circulation and oxygenation during surgeries, they help improve patient outcomes and reduce complications. Moreover, their technical knowledge aids in the development of better perfusion techniques, supporting organ preservation and minimizing organ rejection in transplants. 

During a BSc Perfusion Technology course, gaining hands-on experience is a crucial aspect of learning, as it helps bridge theoretical knowledge with practical application. In BSc Medical Technology, students typically have opportunities to work in clinical settings, such as hospitals, where they can observe and assist in various procedures involving cardiopulmonary bypass machines and other perfusion equipment. Internships or clinical rotations are often part of the curriculum, allowing students to work under the supervision of experienced perfusionists. Additionally, students may participate in simulation labs, where they can practice operating equipment in a controlled environment. 

BSc Perfusion Technology course is specifically tailored to train students in the operation and management of cardiovascular equipment, particularly heart-lung machines used during surgeries like coronary artery bypass grafting (CABG) and open-heart surgery. BSc Perfusion Technology course focuses heavily on circulatory support, monitoring blood flow, and ensuring the success of cardiac procedures.On the other hand, BSc Medical Technology is a broader programme that encompasses various aspects of medical technology, including diagnostic, therapeutic, and laboratory equipment used in healthcare settings. BSc Medical Technology may cover a wider range of topics such as medical imaging, clinical laboratory technology, radiology, and biotechnology.