B.Sc Neurophysiology Technology in India is a 3 years long full time program inclusive of 6 semesters scheduled 6 months each. Neurophysiology deals with physiology and neuroscience which directly connects with the core study of nervous system functionality.
The basic requirement to pursue bsc neurophysiology Technology is to clear 10+2 examinations from a recognized education institute with physics, chemistry and Biology as principal subjects of study.
Read more: BSc Admission Process 2023
In today's era of modern medicine Neurophysiologists use these techniques from physics, chemistry and molecular biology, whereas chemistry includes calcium imaging, physics includes functional magnetic resonance imaging (FMRI) and molecular biology has site directed mutations. All these subjects support the Neurophysiologists to study brain function.
The basic requirement to pursue bsc neurophysiology Technology is to clear 10+2 examinations from a recognized education institute with physics, chemistry and Biology as principal subjects of study.
Know More: BSc Courses in India
Table of Content
- B.Sc Neurophysiology Technology: Course Highlights
- B.Sc Neurophysiology Technology: What is it About?
- B.Sc Neurophysiology Technology: Admission Process
- B.Sc Neurophysiology Technology: Top Colleges
- B.Sc Neurophysiology Technology Syllabus
- B.Sc Neurophysiology Technology: Job Profiles
6.1 Future Scope
B.Sc Neurophysiology Technology: Course Highlights
Program level | Undergraduate |
Program Duration | Full time 3 years |
Examination Type |
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Program Eligibility | 10+2 Passed with physics, chemistry and Biology |
Course Admission |
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Course Fee | INR 11,000 to INR 1,50,000 |
Average Salary range | INR 2,00,000 to INR 17,00,000 |
Job Types |
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B.Sc Neurophysiology Technology: What is it About?
Basically a candidate who has taken up BSc neurophysiology Technology will get exposed to in depth knowledge into neuroanatomy, Neurophysiology, Neuropathology, Basics of electric concepts related to neurophysiology, Neuro electrophysiology, Neuro-Biochemistry, Clinical practice EEG in OPD, Computer science fundamentals, EMG & NCV which includes instrumentation and clinical practice, Patient care management, clinical care, Pharmacology related to neurophysiology and clinical practice, EEG and EMG Machines , Clinical practice in OPD, EEG, EMG in different disease, Intra-operative Neuro Monitoring, Sleep Studies , NeuroImaging Modalities, and also acquire industry level training in communication and personality development skills.
B.Sc Neurophysiology Technology: Admission Process
Based on the candidates performance in the examination conducted for qualifying which is commonly known as Undergraduate entrance test which in most of the locations is conducted by the controller of examination. The candidate must clear the entrance exam to step forward in the bsc neurophysiology Technology admission process.
Read More: Bsc Entrance Exams In India
B.Sc Neurophysiology Technology: Eligibility Criteria
The basic requirement to pursue bsc neurophysiology Technology is to clear 10+2 (Higher secondary school certification) examinations or equivalent qualification examination from a recognized education institute with physics, chemistry and Biology as principal subjects of study.
Important Dates
Name of the Exams | Exam Dates |
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NPAT | Check Here |
CUET | Check Here |
CUCET | Check Here |
SET | Check Here |
B.Sc Neurophysiology Technology: Top Colleges with Fees
Name of the College | Average Fee |
Christian Medical College, Vellore | INR 1,31,000 |
Parul University | INR 60,000 |
JIPMER | INR 60,000 |
KLE University, Belgaum | INR 80,000 |
SGT University, Haryana | INR 62,500 |
SVC, Andhra Pradesh | INR 11,540 |
What is the B.Sc Neurophysiology Technology Syllabus?
In India, BSc neurophysiology Technology is a 3 years full time program which is categorized into 6 semesters. A semester- wise breakup of the course’s syllabus is tabulated below.
Semester 1 | Semester 2 |
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Semester 3 | Semester 4 |
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Semester 5 | Semester 6 |
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B.Sc Neurophysiology Technology: Job Profiles
Below mentioned are some of the best career options for a professional graduation from the neurophysiology discipline. The career options include both medical and non-medical roles such as:
- Neurosurgeons
- Neurophysicians
- Neurologists
- Neuro-anaesthetists
- Neuropathologists
- Neuro-ophthalmologists
- Neuro-radiologists
Below are some job profiles with detailed descriptions:
Job Role | Job description | Average Salary |
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Neurosurgeon |
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INR 2,40,000 |
Neuro-anesthetist |
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INR 12,00,000 |
Lecturer |
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INR 3,00,000 |
Medical Representative |
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INR 2,57,000 |
B.Sc Neurophysiology Technology: Future Scope
Successful professionals of the discipline can pursue both medical and non-medical career options, as Neurosurgeons, Neurophysicians, Neurologists, Neuro-anaesthetists, Neuropathologists, Neuro-ophthalmologists, Psychiatrists, Clinical psychologists, Physic, Rehab and Occupational therapists, or Speech therapists.
Students can also go for higher studies in this course, such as postgraduate and doctoral studies in the field of Neuroscience and Neurophysiology.
Read more: MSc Neuroscience
B.Sc Neurophysiology Technology: FAQs
Ques. What is the basic average salary one can expect after completing BSc neurophysiology Technology?
Ans. After completion of B.Sc neurophysiology Technology, the graduate based on his excellence in course subject and practical expertise can expect a starting basic package of INR 2,50,000. However, placement and salary opportunities vary with colleges with places of work.
Ques. What are the career options after BSc neurophysiology Technology?
Ans. The graduate can either opt to make a career in medical and non medical roles. Most common roles are Neurosurgeons. Neurophysicians, Neurologists, Neuro-anaesthetists, Neuropathologists,Neuro-ophthalmologists, Neuro-radiologists, Neuro-physiologists, Psychiatrists, Clinical psychologists, Physic,Rehab and Occupational therapists, Speech therapists.
Ques. Is the candidate required to take NEET exam for admission into BSc neurophysiology Technology?
Ans. No, the candidate is not required to take NEET exam for admission into BSc neurophysiology Technology. However, interested students might need to apply for other entrance examinations, if any asked by the respective colleges during admission.
Ques. What is the basic eligibility required for admission to BSc neurophysiology Technology?
Ans. The basic requirement to pursue BSc neurophysiology Technology is to clear 10+2 (Higher secondary school certification) examinations or equivalent qualification examination from a recognized education institute with physics, chemistry and Biology as principal subjects of study.
Ques. Why is BSc neurophysiology Technology a trending subject?
Ans. Neurophysiology deals with physiology and neuroscience which directly connects with the core study of nervous system functionality. A neurophysiology Technology specialist, commonly known to be a healthcare scientist, will be investigating the functions of the nervous system to monitor and diagnose neurological disorders.
Ques. What are the core subjects covered in BSc neurophysiology Technology?
Ans. A candidate who has taken up BSc neurophysiology Technology will get exposed to in depth knowledge into neuroanatomy, Neurophysiology, Neuropathology, Basics of electric concepts related to neurophysiology, Neuro electrophysiology, Neuro-Biochemistry & more. Also acquire industry level training in communication and personality development skills.
Ques. How to prepare for the entrance examination for BSc neurophysiology Technology course?
Ans. The eligibility criteria says, the candidate must pass 10+2 with physics, chemistry and Biology as principal subjects of study. So focus on these 3 subjects because the majority of questions in the entrance exam will be based out of these 3 subjects.
Ques. What are the higher education options after BSc neurophysiology Technology?
Ans. After completing B.Sc neurophysiology Technology, the graduate can opt to pursue M.Sc neuroscience and also can do MD in subject specialization. In the field of medicine, the candidate keeps on learning and evolving every single day.
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