BSc Perfusion Technology: Admission 2024, Fees, Syllabus, Entrance Exam, Top Colleges, Career Scope

BSc Perfusion Technology is a 3-year UG degree focused on training students to operate advanced medical equipment used in cardiac surgeries and critical care. BSc Perfusion Technology involves managing life-support machines like heart-lung machines during procedures such as open-heart surgery, ensuring the patient’s circulatory and respiratory functions are maintained. 

BSc Perfusion Technology covers a range of subjects including anatomy, physiology, cardiovascular technology, and clinical perfusion techniques. 

A perfusion technologist, also known as a perfusionist, is a specialised healthcare professional who operates the heart-lung machine during cardiac surgery and other medical procedures. 

The heart-lung machine takes over the functions of the heart and lungs, allowing the surgeon to perform procedures on the heart or other organs while maintaining oxygenation and circulation throughout the body. 

A Perfusion Technology course is a specialised educational programme aimed at training individuals to become skilled perfusionists. Perfusionists are healthcare professionals who operate heart-lung machines and other advanced medical equipment during cardiac surgeries.

Perfusion Technology course students learn to manage extracorporeal circulation, ensuring proper blood flow and oxygenation while the patient's heart is temporarily stopped. Perfusion Technology course graduates play a critical role in the cardiac surgical team, contributing to the success of complex surgical procedures and patient care.

The duration of the perfusionist course varies based on the type of program. Generally, a BSc in Perfusion Technology spans 3 years. This period includes theoretical coursework, practical training, and clinical internships, providing students with a comprehensive understanding of perfusion techniques.

BSc Perfusion Technology is closely related to cardiology, as it plays a critical role in supporting cardiovascular treatments and procedures. Perfusionists work alongside cardiologists and cardiovascular surgeons to manage the heart-lung machine during surgeries such as coronary artery bypass grafting (CABG) or valve replacements, where they ensure proper circulation and oxygenation of the blood. 

This collaboration is vital in Cardiology, where precise and efficient perfusion techniques directly impact the success of heart surgeries and other cardiovascular interventions. 

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. 

To stay updated with the latest advancements in perfusion technology, you can:

• Subscribe to medical and perfusion journals (e.g., Journal of Extracorporeal Technology).

• Join professional associations (e.g., American Society of Extracorporeal Technology).

• Attend conferences and workshops related to perfusion and cardiovascular technology.

• Participate in online courses and webinars on perfusion technology.

• Follow industry experts and thought leaders on social media platforms like LinkedIn.

• Engage in networking with professionals in perfusion through online forums or social media groups.

• Read news from health-tech websites and publications that cover advancements in medical technology.

• Stay updated with FDA approvals and new devices in the field of perfusion.

• Collaborate with academic institutions or research teams working on perfusion technologies.

The most common challenges faced during perfusion procedures are as follows:

• Equipment malfunctions

• Managing patient vitals during emergencies

• Working in high-pressure environments

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. 

Perfusion technology deals with the study of physiology and the pathology of the respiratory organs of the human body. Perfusion Technology is basically the study of the heart & lungs and various such equipment that are a pivotal part of all top surgical processes. Perfusion Technology comes under the Paramedical section. Perfusion Technology is a three-year UG course.

Students must have cleared 10+2 from a recognised board with 45% under the Science stream with compulsory subjects Physics Chemistry Biology. 

No, NEET is not typically required for admission to BSc Perfusion Technology. Admission to BSc Perfusion Technology is usually based on merit from Class 12, particularly in subjects like Physics, Chemistry, and Biology. 

NEET is mandatory for medical programs like MBBS and BDS, but not for paramedical or allied health Science courses like Perfusion Technology. 

No, Perfusion Technology does not necessarily need NEET.

The NEET is a common entrance examination required for admission to medical and dental programs. However, the specific requirements for admission to perfusion technology programs may vary by country and educational institution.

In India, if you are aspiring to pursue a Bachelor's degree in Perfusion Technology, candidates must have 50-55% aggregate marks in the Class 12 examinations or its equivalent.

Mostly, colleges accept candidates who are 17 years of age. However, the eligibility criteria may vary slightly across different institutions. Most colleges and universities require candidates to have completed their higher secondary education (12th grade) with a background in Science, including subjects like Physics, Chemistry, and Biology. 

To gain admission to a BSc Perfusion Technology, follow these steps:

• Research Institutions: Identify universities or colleges that offer BSc Perfusion Technology. 

• Eligibility Criteria: Ensure you meet the eligibility criteria, which typically include completing your higher secondary education (Class 12) with a background in PCB. 

• Application Process: Complete the application form for the chosen institution. 

• Selection Process: Some institutions may conduct interviews or a selection process as part of their admission procedure. 

• Submit Documents: Provide necessary documents such as identity proof, academic certificates, and any other forms required by the institution.

• Enrollment: Once accepted, follow the institution’s enrollment procedures, which may include paying the admission fee and completing additional paperwork.

Eligibility for Admission:

• Candidates over 17 years of age are eligible to apply.
• The candidate must have passed 10+2, A Level, IB, American 12th Grade or equivalent with Physics, Chemistry, English and Biology with a minimum of 45% marks taken together in Physics, Chemistry and Biology.

Pursuing Paramedical courses like BSc Cardiac Technology or BSc Perfusion Technology is an excellent decision if you are passionate about healthcare and want to work in specialized, high-demand areas. Both courses prepare you for critical roles in medical teams, particularly in cardiac care and surgeries.

BSc Cardiac Technology focuses on diagnosing and managing heart-related conditions, while BSc Perfusion Technology trains you to operate life-support machines during complex surgeries. These careers offer stability, respectable salaries, and growth opportunities in hospitals, clinics, and research centers. With advancements in healthcare and increasing cardiac cases, professionals in these fields are in great demand, making it a rewarding career choice.

No, there is no specific entrance exam required for BSc Perfusion Technology admission in most institutions. Admission to the course is generally based on merit, considering the candidate's performance in the qualifying examination, such as the 12th grade. 

Some colleges may also conduct their internal assessments or interviews as part of the selection process. However, it is advisable to check the admission guidelines of individual colleges, as requirements may vary.

Yes, BSc Perfusion Technology programs typically include internships or clinical training opportunities as part of the curriculum. These hands-on training experiences are crucial for students to apply theoretical knowledge in real-world clinical settings. 

During the BSc Perfusion Technology course, students are usually required to undergo practical training in hospitals or specialised cardiac centres, where they work alongside experienced perfusionists and other healthcare professionals. This clinical exposure helps students develop the necessary skills to operate heart-lung machines, manage perfusion procedures, and handle various medical equipment used during cardiac surgeries. 

Candidates can keep the following points in mind while preparing for BSc Perfusion Technology admission:

• Focus on subjects like biology, physics, and chemistry

• Prepare for entrance exams

• Research universities offering the course

• Keep track of admission deadlines

• Gather the necessary documents for the application

Several cities in India offer excellent opportunities to pursue BSc Perfusion Technology, with renowned medical colleges and healthcare institutions providing specialised training in this field. 

Cities like Delhi, Mumbai, Bengaluru, Chennai, and Hyderabad stand out due to their advanced healthcare infrastructure and the presence of leading medical universities. 

No, Perfusion Technology does not necessarily need NEET.

The NEET is a common entrance examination required for admission to medical and dental programs. However, the specific requirements for admission to perfusion technology programs may vary by country and educational institution.

In India, if you are aspiring to pursue a Bachelor's degree in Perfusion Technology, candidates must have 50-55% aggregate marks in the Class 12 examinations or its equivalent.

The major subjects in BSc Perfusion Technology are as follows:

• Anatomy

• Physiology

• Pathology

• Pharmacology

• Cardiovascular Physiology

• Clinical Perfusion Technology

• Medical Instrumentation

• Hemodynamics

• Cardiac Surgery Procedures

• Patient Care and Monitoring

• Emergency and Critical Care

• Research Methodology

BSc Perfusion Technology can be challenging due to the specialised nature of the field. The coursework of BSc Perfusion Technology involves understanding complex medical equipment, cardiovascular physiology, and critical patient care techniques. Students must grasp intricate details about the operation of heart-lung machines, hemodynamics, and surgical procedures, which requires a strong foundation in Science and a high level of technical skill. 

Additionally, practical training and clinical placements demand precision, quick decision-making, and the ability to work under pressure.

The skills required to pursue a BSc Perfusion Technology are as follows:

• Strong understanding of human anatomy and physiology

• Technical proficiency in medical equipment

• Attention to detail and precision

• Excellent problem-solving abilities

• Ability to work under pressure

• Teamwork and communication skills

BSc Nursing offers a broad foundation in patient care, covering various aspects of healthcare and allowing for diverse career opportunities in hospitals, clinics, community health, and specialised fields. 

On the other hand, BSc Perfusion Technology focuses specifically on operating heart-lung machines and other equipment during cardiac procedures. BSc Perfusion Technology offers a niche but important role in the healthcare system with potential for high job satisfaction for those interested in cardiac care and technical roles.

Ultimately, the decision should be based on one's interest in general patient care versus a specialised technical role, as well as long-term career aspirations and job market considerations.

Perfusion Technology is more specialised and specific to the field of cardiac surgery, focusing on the operation of the heart-lung machine. On the other hand, BPT provides a broader education in physical therapy, preparing individuals to work with patients across a range of conditions and settings. 

Candidates can check the table below to see the comparison between the two.

B.Sc. Cardiology is a 3-year undergraduate degree in the allied specialisation in Medicine. It is also offered as B.Sc. Cardiac Technology and prepares students to operate cardiovascular technologies and equipment to assist doctors during cardiovascular testing. Furthermore, you will carry out tasks that do not require extensive medical training but can help a doctor in numerous ways.

Whereas, Perfusion Technology is a branch of Science which deals with the study of physiology, pathology and associated equipment used to support and/or assume the function of the heart and/or lungs during medical procedures. It is a three years course having six semesters. The students of perfusion technology must have a thorough understanding of both respiratory and circulatory systems, and be able to operate complex equipments.

Cardiovascular Technologist typically earns around INR 46,600 INR per month. The highest salary in this field is INR 72600 INR and the lowest Salary is INR 22800. In B.Sc. Cardiac perfusion technology the average salary is  INR 4.8 LPA. The take home salary varies from  INR  36,000 - INR 38,000.

No, IIIT Manipur is currently not providing any B.Sc. Undergraduate courses. It provides B.Tech courses in 4 subjects :

1.CSE

2.ECE

3. CSE with AI

4. ECE with VLSI

Hi, please refer to the table below for the best BSc Perfusion Technology colleges in Kerala:

Sure, you can find the top colleges that offer BSc in Perfusion Technology below:

A BSc Perfusion Technology offers promising career prospects in the healthcare sector. BSc Perfusion Technology graduates are trained to operate heart-lung machines and other advanced equipment during cardiac surgeries and other medical procedures. 

With advancements in medical technology, opportunities are also growing in areas like research, clinical trials, and medical equipment companies.

Yes, BSc Perfusion Technology can be a rewarding career for those interested in healthcare. As trained professionals in operating life-saving medical equipment during cardiac surgeries, perfusionists are essential members of surgical teams. 

The demand for skilled BSc Perfusion Technology graduates is growing with the rise in cardiac diseases and advancements in medical procedures. The role offers a blend of technical expertise and patient care, making it both challenging and fulfilling. 

The annual salary of a BSc Perfusion Technology graduate in India varies based on experience, location, and the type of healthcare institution. 

Here's a general breakdown:

• Entry-Level (0-2 years experience): INR 2.5 - INR 4.5 LPA

• Mid-Level (3-5 years experience): INR 4.5 - INR 7 LPA

• Senior-Level (5+ years experience): INR 7 - INR 12 LPA

After completing a BSc Perfusion Technology, there are several career and academic paths you can pursue:

• Advanced Certifications: Pursue additional certifications or training to specialize further in areas such as pediatric perfusion or advanced cardiac care.
• Clinical Practice: Work as a perfusionist in hospitals, especially in cardiac surgery departments, transplant centers, or other specialised medical facilities.
• Further Education: Consider enrolling in a Master’s programme related to healthcare or medical technology. 
• Research and Academia: Engage in research related to perfusion technology or medical devices. 
• Healthcare Administration: Transition into roles within healthcare administration or management (like MBA in Healthcare Management), leveraging your clinical experience to oversee operations in medical settings.

Perfusion Technology is a good career option to pursue, please refer below for more details:

• High Demand: Perfusionists are in demand, especially in hospitals that perform cardiac and transplant surgeries. 
• Good Income: Perfusionists typically earn a competitive salary due to the specialized nature of their work.
• Job Stability: Healthcare professions, including perfusion technology, tend to offer job stability, as there will always be a need for healthcare services.
• Critical Role: Perfusionists play a critical role in life-saving surgeries, which can be personally rewarding.

Yes, Perfusion Technology can be a demanding and stressful job, primarily due to the critical nature of the role and the high-stakes surgical procedures perfusionists are involved in. 

• Life-Saving Procedures: Perfusionists are responsible for operating the heart-lung machine during surgeries like open-heart surgery and organ transplants. These procedures can be life-saving, and any errors or complications during surgery can have serious consequences. The high level of responsibility can lead to stress.

• High-Stress Environments: Operating rooms (ORs) are high-pressure environments. Surgeons, anesthesiologists, and other members of the surgical team rely on perfusionists to maintain the patient's vital functions, which can be challenging and stressful.

• Long Hours: Surgical procedures can be lengthy, and perfusionists may need to work long and irregular hours. This can lead to physical and mental fatigue, contributing to stress.

The salary of perfusionists can vary depending on factors such as location, level of experience, education, and the specific healthcare facility or organization where they work. However, on average, perfusionists tend to earn competitive salaries due to the specialized nature of their profession.

Entry Level: INR 3 LPA - INR 6 LPA 

Senior Level: INR 6 LPA - INR 10 LPA

Yeah, for perfusionist there is mainly only one job but increasing rate of successes in medicine and more of surgeries being performed for heart-lung cases, the perfusionist is required in government and private hospitals alike. You can always have a call for extra assistance in private hospitals as a freelancing service.

The scope will ever expand as there is a growing confidence in surgery and successful surgery rates every year due to advancement in technology, and this will continually be on the high in years to come. As a perfusion technologist, you can expect to start with INR 150,000 per annum on the average. 

With higher qualification and experience level in perfusion technology, you stand to earn over INR 500,000 per annum in some cities in India. To get hired after graduating from college, some opportunities abound with companies like Ruban Patil hospital, all government run hospitals and colleges including the teaching hospitals. The private hospitals offer much more opportunities for people aspiring to pursue a career with them.

Hope It Helps. Good Luck!

The average salary for a dialysis technician in India is between INR 49,000 and INR 6 LPA. Whereas, the average annual salary for a B.Sc in Perfusion Technology in India is between INR 2.97 Lacs and INR 15 lakhs. 

If you're more interested in working with patients who need kidney care,  BSc Dialysis would be a good choice. However, if you’re fascinated by cardiac surgeries and want to work in highly specialised environments, BSc Perfusion Technology could be a better option.

Both fields offer rewarding careers, but perfusion technology may offer higher specialisation and scope for advancement.

The average salary for a BSc in Perfusion Technology in India is between INR 2.97 - INR 15 LPA. Whereas, the average salary for a BSc in Optometry in India is between INR 2 - 5.2 LPA.

For those looking for specialised roles with high technical skills,  BSc Perfusion Technology may have an edge in niche placements. However, BSc Optometry provides a wider range of opportunities and better scope for independent practice, making it more versatile.

Hello Soudeep,

It has the same scope cardiovascular or cardio pulmonary perfusionists once graduated with the degree. Montreal offers a Bachelors in perfusion technology, while other Canadian schools offer post graduate diplomas. In the United States, it is similar with Bachelors, postgraduate and Master’s degree programs all offering similar education.

Perfusionists are the technical experts relating to heart lung machines and extracorporeal technology. They operate, maintain, set up and customize these large complicated circuits that take over the heart and lung function of patients.

Perfusion Technology involves the operation of heart-lung machines and other life-support equipment during surgeries. Perfusionists monitor and manage the patient's blood flow, oxygen levels, and other critical parameters during procedures such as cardiac surgeries, organ transplants, and certain medical emergencies.

No, a perfusionist is not a nurse. 

A perfusionist is a specialised healthcare professional who is trained to operate the heart-lung machine during cardiac surgery and other medical procedures. The primary responsibility of a perfusionist is to manage the patient's cardiopulmonary (heart and lung) function while the surgeon performs procedures on the heart or other organs. 

On the other hand, a nurse is a healthcare professional who provides general patient care and support. Nurses may work in various healthcare settings, including hospitals, clinics, and long-term care facilities. 

In AIIMS, the salary of a perfusionist depends on experience and job level:

• Entry-level (0-2 years): INR 40,000 -  INR 60,000 per month

• Mid-level (2-5 years):  INR 60,000 -  INR 80,000 per month

• Senior-level (5+ years):  INR 90,000 -  INR 1,20,000 per month

Yes, perfusionists are in demand, particularly in cardiac and transplant surgeries. As healthcare services evolve and surgeries become more complex, the need for skilled perfusionists continues to grow.

The salary for BSc Cardiac Technology graduates can vary based on several factors such as the employer, location, experience, and additional certifications or specializations. Here's a general overview of potential salary ranges based on different levels of experience:

• Entry-Level: INR 2-5 LPA
• Mid-Level: INR 5-8 LPA
• Senior-Level: INR 8 - 12 LPA

The industries that hire BSc Perfusion Technology professionals are as follows:

• Hospitals (especially cardiac and transplant centres)

• Healthcare clinics

• Medical device manufacturing companies

• Research institutions

The job demand for perfusionists in India is steadily increasing due to the growing prevalence of cardiovascular diseases and advancements in medical technologies. Perfusionists play a crucial role in heart surgeries, particularly during coronary artery bypass grafting (CABG) and open-heart surgeries, where they manage the heart-lung machine. 

As the healthcare industry expands with more specialised cardiac centres, the demand for trained perfusionists is rising. 

Perfusionists play a crucial role in maintaining circulation during cardiac surgeries by using heart-lung machines to take over the heart's function, ensuring the patient's organs continue to receive oxygenated blood.

The scope of research and development (R&D) in Perfusion Technology is expanding, driven by advancements in medical Science and technology. As the field of cardiovascular care evolves, there is an increasing need for innovative solutions to improve patient outcomes during heart surgeries and other critical procedures. 

R&D in Perfusion Technology focuses on the development of more efficient heart-lung machines, better perfusion techniques, and improved equipment for monitoring and managing blood flow during surgeries. 

Additionally, research is exploring ways to enhance the safety, effectiveness, and longevity of artificial organs and blood circulation systems. 

Candidates can improve their chances of getting a good job in perfusion technology in the following ways:

• Gain hands-on experience

• Obtain certification in related areas

• Network within the healthcare industry

• Stay updated with technological advancements

Perfusion Technology plays a vital role in critical care units, particularly in managing patients undergoing complex surgeries or suffering from severe cardiovascular conditions. Perfusionists are responsible for operating heart-lung machines during surgeries such as open-heart surgery, where they temporarily take over the function of the heart and lungs to maintain blood circulation and oxygenation. 

In critical care settings, perfusion technology is also used for extracorporeal membrane oxygenation (ECMO), a life-saving procedure that provides prolonged cardiac and respiratory support for patients with severe heart or lung failure. 

Additionally, perfusion technology is crucial in stabilizing patients during organ transplants and managing complex procedures like ventricular assist device (VAD) implantation. 

Yes, there is a growing demand for perfusionists in private hospitals in India. With the increasing number of advanced cardiac surgeries, such as coronary artery bypass grafting (CABG), heart valve replacements, and organ transplants, private hospitals are continually expanding their cardiac care departments. 

Perfusionists play a crucial role in these procedures by operating heart-lung machines and ensuring that proper blood circulation and oxygenation are maintained during surgeries. As private healthcare facilities adopt cutting-edge technology and offer specialised treatments, the need for trained perfusionists has risen. 

Yes, you can switch to a related field like cardiac nursing after completing your BSc Perfusion Technology. While both fields focus on heart-related care, cardiac nursing involves direct patient care and monitoring during and after cardiac procedures, such as surgeries or heart attacks. 

With your background in perfusion technology, you would have a solid understanding of cardiovascular physiology and the equipment used in cardiac care, which would be beneficial in cardiac nursing. 

However, to transition, you may need to pursue additional training or certification in Nursing, depending on the nursing requirements in your region, and gain hands-on experience in patient care.

Future trends in perfusion technology include:

• Automation: Increased use of automated perfusion systems for improved precision and efficiency during surgeries.

• Miniaturization: Development of smaller, portable perfusion devices for easier use in various clinical settings.

• Advanced Monitoring Systems: Integration of real-time monitoring systems for better tracking of organ health and patient vitals during procedures.

• Artificial Intelligence (AI): Incorporation of AI for predictive analytics and decision support during perfusion management.

• Organ Preservation: Improved techniques and technologies for preserving donor organs, particularly for extended periods.

• Wearable Perfusion Devices: Research into wearable devices for continuous perfusion support in patients with heart failure.

• Personalized Medicine: Tailoring perfusion parameters based on individual patient needs for better outcomes.

• Training Simulators: Development of more sophisticated simulation tools for training perfusionists without risking patient safety.

No, a BSc Perfusion Technology graduate is not a doctor. Perfusionists are specialised healthcare professionals trained to operate heart-lung machines and other equipment during cardiac surgeries. While they work closely with surgeons, anesthesiologists, and other medical staff, their role is focused on managing the patient's circulatory and respiratory functions during procedures. 

Unlike doctors, perfusionists do not diagnose or prescribe treatments but play a critical role in maintaining the patient's vital functions. 

Yes, BSc Perfusion Technology can be a high-stress job due to the critical nature of the work involved. Perfusionists are responsible for operating heart-lung machines and managing a patient’s circulatory and respiratory functions during complex cardiac surgeries. 

The role demands precise attention to detail, quick decision-making, and the ability to remain calm under pressure. The stakes are high, as errors can have serious consequences for patient outcomes. 

No, a perfusionist is not a medical doctor (MD or DO).

A perfusionist is a healthcare professional who specializes in the operation of the heart-lung machine, also known as the cardiopulmonary bypass machine, during surgical procedures. Their primary role is to maintain the patient's blood circulation and oxygenation when the patient's heart is temporarily stopped during surgeries like open-heart surgery, cardiac bypass surgery, or organ transplant procedures.

While perfusionists are vital members of the surgical team and play a critical role in maintaining a patient's physiological stability during surgery, they do not hold medical degrees and are not authorized to diagnose medical conditions or perform medical procedures outside their specialized role in perfusion technology.

No, a person with a BSc in Perfusion Technology cannot become a food inspector.

Given that a BSc in Perfusion Technology may not directly align with the typical educational qualifications for a food inspector, individuals interested in pursuing a career in food inspection may need to explore additional educational options. This could involve obtaining a postgraduate degree or Diploma in a field related to food science, food technology, or a closely related discipline.

B.Sc in Cardiac Technology is a 3-year full-time undergraduate course divided into 6 semesters. Cardiac Technology is an allied course in medicine. Cardiac Technologists assist physicians during invasive cardiovascular testing; a tube is inserted into one of the blood vessels that carry blood into the heart.

The job of a technician is to perform tasks that require less medical training before and during the procedure so doctors can focus on the results of the test.

The key responsibilities of a perfusionist are as follows:

• Operate heart-lung machines

• Monitor patient vitals during surgeries

• Prepare equipment and manage blood flow during surgeries

• Assist with transplant surgeries

• Ensure patient safety and recovery post-surgery

The challenges faced by professionals in the field of perfusion technology are as follows:

• High stress in critical situations

• Technical complexity of equipment

• Long working hours, especially in emergencies

• Continuous learning and adaptation to new technologies

Perfusion Technology plays a critical role in transplant surgeries by ensuring the viability of donor organs during the transplant process. BSc Medical Technology involves using specialised equipment to maintain the blood circulation and oxygenation of organs outside the body, allowing them to remain functional while awaiting transplantation. 

In heart, liver, kidney, or lung transplants, perfusion technology helps preserve the organs' health by maintaining optimal conditions such as temperature and pressure.

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.