Manipal Academy of Higher Education (MAHE)
- Fees: ₹ 837000
The Nuclear Medicine Technology course deals with the study of imaging of internal organs of the human body using radioactive isotopes. The inception of Nuclear Medicine was with the invention of the cyclotron in 1930 by Ernest Orlando Lawrence. Nowadays, around 35 colleges in India offer Nuclear Medicine courses at undergraduate and postgraduate levels.
Without Nuclear Medicine Technology, it was very difficult to visualise the soft tissues like body muscles, intestines, blood vessels, and other internal organs using X-Ray. In Nuclear Medicine, a tiny amount of radioactive chemicals/substances is induced by the person's body via injection, tablet, or gas through the nose. The tiny radioactive substance is absorbed by body tissues which then gives out radiation and is detected by radiation detectors.
Particulars | Values |
Branch Name | Nuclear Medicine |
Degree | |
Eligibility | UG: 10+2 in science PG: Bachelor’s degree in a related discipline |
Admission Process | UG: Entrance exam PG: Entrance Test |
Entrance Exam | UG: JET, MET PG: NEET PG, INI CET |
Course Fees | Rs. 2,700- Rs. 76.1 Lakhs |
Career Options | Radiologist, Lab Leader, Research Assistant, Professor, Nuclear Medicine Technologist |
Average Salary | Rs. 24.8 LPA (Radiologist) |
Recruiting Companies | Medpace, Allegro capital advisor, Clearmedi Healthcare Pvt. Ltd., Nuclear Healthcare Ltd., World-renowned hospitals like Apollo, SGPGI |
Nuclear Medicine is a very diverse and comprehensive discipline in the field of Science. Mentioned below are some specialisations similar to or related to Marine Biology:
BSc Nuclear Medicine Technology | MSc Nuclear Medicine Technology |
BSc Nuclear Medicine | MSc Nuclear Medicine |
MD Nuclear Medicine | - |
A lot of private colleges in India provide Nuclear Medicine degrees. The tuition fee charged by a private college is more compared to a government college. Some of the popular private universities are mentioned below with their respective fees:
Top Colleges | Fees |
Rs. 3.75 Lakhs | |
Rs. 1.4 Lakhs | |
Rs. 24,130 | |
Rs. 1 Lakhs | |
Rs. 5.4 Lakhs | |
Rs. 55,200 | |
Rs. 8.37 Lakhs | |
Rs. 60 Lakhs | |
Rs. 76.11 Lakhs | |
Rs. 8.37 Lakhs |
Note: The fee structure provided above can be for any particular Nuclear Medicine(Diploma/ Degree/PGD).
Numerous government institutes in India offer Nuclear Medicine at undergraduate and postgraduate levels. The fees at these government nuclear medicine colleges are affordable for students pursuing nuclear medicine courses. Below are a few top government Nuclear Medicine universities:
Top Colleges | Fees |
Rs. 2,710 | |
Rs. 12,410 | |
Rs. 1.12 Lakhs | |
Rs. 5,730 | |
Rs. 5,730 | |
Rs. 2 Lakhs | |
Rs. 39,600 | |
Rs. 1.22 Lakhs | |
Rs. 70,500 | |
- |
The eligibility criteria for different study programmes in Nuclear Medicine vary depending on the university and institution. Eligibility criteria is the minimum prerequisites given by the admission conducting authorities to screen eligible students for their programme. Students who successfully meet all the requirements are eligible to go through the admission process and get admission to their desired course of study.
Candidates have to fulfil the minimum eligibility for admission to the UG Nuclear Medicine course. The eligibility criteria are as follows:
The admission process for a B.Sc. in Nuclear Medicine Technology is based on either direct admission or an entrance exam. The entrance exam and counselling take place every year.
Exam Name | Level | Conducting Body | Exam Schedule |
University | MAHE | ||
University | Jain University | - |
Many Nuclear Medicine Technology degrees are offered at PG levels and most of them have similar eligibility criteria. The PG Nuclear Medicine eligibility criteria are mentioned below:
Below is the list of exams that candidates can take for admission to Nuclear Medicine postgraduate courses.
Exam Name | Level | Conducting Body | Exam Schedule |
National | NBE | ||
National | AIIMS |
Nuclear Medicine has a very wide array of scope in India as well as Abroad. As Nuclear Medicine Technology deals with radioactive substances and medicines, special care should be taken. Hence, the person handling the work has to be skilled and knowledgeable. The most widely performed practice is of a Radiologist.
The radiologist performs the imaging of the body of the patient and treats them based on the outcomes. A graduate from this field can work as a research assistant or lab associate just after their degree. If a candidate has completed a PG degree, then he can opt for a higher job profile. Graduates can also work in any hospital in the MRI department or as a Lab manager.
Minimum Fees | Maximum Fees | |||
---|---|---|---|---|
Private | Government | Private | Government | |
UG | ||||
PG | ||||
DIPLOMA |
The course curriculum has a wide range of topics. The Oncology syllabus includes varied topics such as Biochemistry, Microbiology, Orthopedics, and Tumour Virology. It provides in-depth knowledge to candidates about Oncology.
The courses at the undergraduate level are offered in degrees such as BSc.The duration of the Oncology course at the undergraduate level is three years. In the table below we have mentioned the Oncology UG syllabus:
Year 1 | Year 2 |
Human anatomy and physiology | Physics of Nuclear Medicine Technology (Advanced) |
Basics of computers and image copy production | Radiochemistry and Radiopharmacy |
Physics and Nuclear Physics | Nuclear Medicine procedures |
English | Relevant Patient care |
Medical ethics | - |
Hospital practice principles | - |
Year 3 | |
Advances in Nuclear medicine techniques | Radiation Biology and safety measures |
Maintenance of Nuclear Machines | - |
The syllabus of the PG course is usually divided into two parts; 1st Year and 2nd year. This covers the entire specialty required in medicine or the medical profession. The syllabus for the MSc in Nuclear Medicine is as follows:
Year 1 | Year 2 |
Nuclear Medicine Instrumentation- Part II | |
Clinical Medicine Nuclear Techniques- Part II | |
Therapeutic Nuclear Medicine Procedure | |
Computer technology | Quality Control of Nuclear Medicine Equipment |
Basic electrical and electronics | Radiopharmacy- Part II |
Mathematics | Health Physics and Radiation Protection |
Patient Care and Hospital Practice | |
Radiation physics | Practical |
Radiation chemistry | Project |
Radiation biology | - |
Nuclear medicine instrumentation | - |
Radiopharmacy- Part I | - |
Clinical Nuclear Medicine Technique- Part I | - |
Following the trends in the medical field, Nuclear Technology demands much more attention and experience than any other. One can expect an array of career options in this field. With more technological advancements, more operators are needed to comply with the demand. Also, the jobs offered have a handsome salary package too.
This is a rewarding career, and one will get to work with many different prospects. A Nuclear Medicine Technologist is needed at many different places like hospitals (government or private), clinics, or any other organisation dealing with medical science.
Nuclear Medicine Technology relies on different methods to produce images of internal organs with anaesthesia or simply without any pain. Positron Emission Tomography (PET) and Nuclear Cardiology (NCT) are the most famous ones. A graduate can then specialise in any of the ones. Single Photon-Emission Computed Tomography (SPECT) is also a similar method.
The upcoming trends are as follows:
As there is much advancement in this particular field, there are many new opportunities for graduates. Some job profiles in Nuclear Medicine Technology are listed below.
Job Profile | Job Description |
Radiologist | A radiologist is a person/medical doctor who treats patients based on the images of CT scans, X-rays, ultrasounds, and MRIs. He/she is performing image-guided procedures, but he/she is not the one to handle general medical practices. |
Associate or Lab Leader | Lab Leaders are the lab managers who are responsible for assigning the equipment usage time to everyone working in the lab. More frequently they can also run tests on the equipment and check for the supplies of the equipment. |
Research associates are the students hired by professors to help with particular agendas. They have to help the professors with some measurements or run tests in the lab. They are generally less paid than other disciplines. | |
Nuclear Medicine Technologist | Nuclear Medicine Technologist is the most course-oriented profession out of all. The job of the person is to create images of different body parts of the patient. Other responsibilities include preparing radioactive drugs, handling the patients, and inducing the drugs into the body. |
A graduate from this field, after gaining some experience, can also opt to teach students in different institutions. For this role, one has to be very skilled and should have practised for some time. |
The world has advanced so much in medicine that there is a need for good individuals to handle the responsibilities. Nuclear Medicine has had many big milestones in recent years; therefore, there are many recruiters also who look for good people/individuals to handle the tasks.
Some of the top recruiters are:
The salary after a Nuclear Medicine course depends on many factors such as the job location, job profile applied by the candidate, experience of the candidate, and location of the company. We have mentioned the average salary of some popular career options in the field of Nuclear Medicine in the table below:
Job Profiles | Average Salary |
Radiologist | Rs. 24.8 LPA (Approx.) |
Associate or Lab Leader | Rs. 9.7 LPA (Approx.) |
Research Assistant | Rs. 3.8 LPA (Approx.) |
Nuclear Medicine Technologist | Rs. 6.5 LPA. (Approx.) |
Professor/Academician | Rs. 9 LPA(Approx.) |
Source: Ambition Box
Note: Salary may vary depending on various factors.
As this field deals pretty much with both medicine and technology, the person should be comfortable with working on computers and also know human anatomy.
The required skill sets are:
Nuclear Medicine involves handling and dispensing the radioactive substance and also taking care of the patients. The course is, therefore, divided into a syllabus which helps in the overall development of the student. All the subjects deal with topics like radioactive substances and their physics, computer technology, and electronic, and electrical basics.
As these professions are related to radioactive materials and curing patients by using the relevant techniques, hence proper practice is needed. So the subjects are hence divided into proper portions. The course goes from theoretical knowledge to practical knowledge.
Answer :
A Nuclear Medicine Technologist is a highly trained professional who treats patients using radioactive imaging. They prepare and induce a small amount of radioactive substance into the patient's body and diagnose the disease. The drugs they prepare are known as "Radiopharmaceuticals".
Answer :
Honestly, the working hours are dependent on the organisation. But you can expect that you will have to donate 40-50 hours per work. This is a highly sophisticated job and requires the utmost attention of the person. The machines they are going to work on are worth crores sometimes.
Answer :
The answer here, again, depends on your capabilities and the organisation's status. A Nuclear Medicine technologist gets highly paid if he is skilled at superior levels. Although professors are highly paid, you need ample experience and recommendations in the field to find a good job.
Answer :
A Nuclear Medicine Technologist is a physician who uses radioactive pharmaceuticals to treat and diagnose the diseases in the patients.
Answer :
The duration of the course varies from institute to institute. In India, it is 3 years, but it can also be extended to 4 years in some institutes.
Dear aspirant
Hope you are doing well !
Post graduate training programme in Nuclear Medicine consists of an integrated training course of three years duration and would enable the post graduate student to practice nuclear medicine safely.
The following college are there in India for this course
Hope it helps you !!
Thanking you !
Hello aspirant
Bachelor of science in nuclear medicine is study of imaging internal organs of our body using radioactive isotopes.
Eligibility criteria for the course- The candidate must have passed class xii with minimum 50% marks in physics, chemistry and biology .
Institutes offering BSc in nuclear medicine
IIT , Kharagpur
Sanjay Gandhi post graduate Institute of Medical Sciences, Lucknow
Arya bhatta knowledge university, patna
Jipmer puducherry
To know more kindly refer the following link
https://www.careers360.com/courses/nuclear-medicine-course
Nuclear medicine previous year question paper
Hello,
As you have told that you have done your BSc in Medical Imaging Technology and now you are interested in pursuing MSC for Nuclear Medicine, but unfortunately you are not eligible for it as the requirement for the MSC in Nuclear Medicine is that you should have passed in Nuclear Medicine from a recognised college and any different degree is not acceptable.
Thank you..
Hello aspirant,
The most recent data indicate that a Bachelor's degree in the same field is required for admission to the M.Sc. Nuclear Medicine programme. The prerequisite for the postgraduate study, the M.Sc. in Nuclear Medicine Technology, is completion of a B.Sc. in the related discipline from an accredited institution. For this, different universities may have different minimum score or percentage requirements. Some of them also administer their entrance tests.
For more information you can visit our site by clicking on the link given below.
https://www.careers360.com/courses/nuclear-medicine-course
Thank you
Hope this information helps you.
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