About B.Sc. in Neurophysiology Technology

B.Sc. in Neurophysiology Technology is an undergraduate degree course that focuses on the functions and measures of the nervous system. Neurophysiology is a discipline under Healthcare Science in which, healthcare scientists and healthcare practitioners diagnose and monitor the progress of neurological disorders. 

Most of the neurological centers are linked to Clinical Neurophysiology departments based in hospitals. The studies of neurophysiology measure the role and function of the peripheral nerves that are responsible for the sensation and movement in a living organism. Through B.Sc. Neurophysiology Technology course, candidates are offered the requisite skills, knowledge, and practical experience in the field of Neurophysiology to work professionally in the healthcare sector.  

A Neurophysiology Scientist gains the confidence and understanding of executing a specialist procedure in the field that includes EEG (Electroencephalography), evoked potentials, NCS (Nerve Conduction Studies), and EMG (Electromyography).

B.Sc. in Neurophysiology Technology Eligibility Criteria

The common eligibility criteria for a B.Sc. in Neurophysiology Technology have been mentioned below. 

Candidates must have completed 10+2 or equivalent level of education.

The Higher Secondary School Certificate must have been issued by CBSE or any recognized board.

Candidates must have scored at least 45 percent marks in class 12th or equivalent. 

Some colleges may offer relaxation in the cut-off percentage for reserved category students. 

B.Sc. in Neurophysiology Technology Admission Process

Candidates who are wondering, “How to get admission to B.Sc. in Neurophysiology Technology?” can check out the points below. 

The admission to B.Sc. in Neurophysiology Technology depends on the intended institution as it may vary.

For most of the colleges/ universities/ institutes, admissions are conducted based on candidates' performance in the qualifying examination. The merit list is prepared based on the same. Those candidates whose names appear in the merit list will be eligible for admission.

The qualifying examination is a competitive entrance exam called as Undergraduate Entrance Test. 

The examination is conducted at multiple locations by the Controller of Examinations. 

B.Sc. in Neurophysiology Technology - Course Fee

The course fee for a B.Sc. in Neurophysiology Technology can vary highly from college to college. 

For instance, the average annual fee for the program at Christian Medical College, Vellore is INR 1.3 LPA whereas, at SVC, Andhra Pradesh, the course fee is INR 11,540 per annum.

At JIPMER, Pondicherry the fee is INR 60,000 per annum whereas, at SGT University, it is INR 1.2 LPA.

The average course fee for a B.Sc. in Neurophysiology Technology can be calculated at around INR 50,000 per annum.

B.Sc Neurophysiology Technology: What is it About?

A candidate who has taken up BSc neurophysiology Technology will be exposed to in-depth knowledge of 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.

What is the B.Sc Neurophysiology Technology Syllabus?

In India, BSc neurophysiology Technology is a 3 years full-time program that is categorized into 6 semesters. A semester-wise breakup of the course’s syllabus is tabulated below.

BSc neurophysiology Technology Semester 1 syllabus

• Neuro-Anatomy I
• Neuro-Physiology I
• Neuro-Pathology
• Basics of electronic concepts related to neurophysiology
• Neuro electrophysiology lab and DSA lab
• Communication Skills and Personality Development

BSc neurophysiology Technology Semester 2 syllabus

• Neuro-anatomy –II
  
• Neurophysiology II
• Neuro-Biochemistry
• Clinical practice EEG in OPD
• Fundamentals of Computer Science

BSc neurophysiology Technology Semester 3 syllabus

• Basics of EEG
• Basics of EMG & NCV
• Patient care management and clinical care
• Neuro electrophysiology lab and DSA lab
• Environmental Science

BSc neurophysiology Technology Semester 4 syllabus

• Instrumentation of EEG
• Instrumentation of EMG & NCV
• Clinical practice EMG & NCV in OPD
• Pharmacology related to neurophysiology and clinical practice
• Evoked potential (BERA/VEP/SSEP)

BSc neurophysiology Technology Semester 5 syllabus

• EEG and EMG Machines and clinical practice
• Instrumentation & technique and clinical practice on EEG, EMG & NCV
• EEG, EMG in different disease states –I
• Clinical practice in OPD
• Research Methodology & Biostatistics

BSc neurophysiology Technology Semester 6 syllabus

• EEG, EMG in different disease states – II
  
• Intra-operative Neuro Monitoring
• Introduction to Sleep Studies
• Basics of NeuroImaging Modalities
• Instrumentation and technique and clinical practice on EEG, EMG & NCV

B.Sc Neurophysiology Technology: Job Profiles

Below 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:

1. Neurosurgeons
2. Neuro physician
3. Neurologists
4. Neuro-anesthetists
5. Neuropathologists
6. Neuro-ophthalmologists
7. Neuro-radiologists

B.Sc Neurophysiology Technology: Future Scope

Successful professionals of the discipline can pursue both medical and non-medical career options, such as Neurosurgeons, Neurophysicians, Neurologists, Neuro-anaesthetists, Neuropathologists, Neuro-ophthalmologists, Psychiatrists, Clinical psychologists, Physics, Rehab, and Occupational therapists, or Speech therapists.

B.Sc. in Neurophysiology Technology - Advanced Courses

After completing a B.Sc. in Neurophysiology Technology, if candidates wish to continue their studies in the same field, they can pursue the following programs. 

1. M.Sc. in Neuroscience
2. PhD in Neurophysiology
3. M.Phil in Neurophysiology