Medical Electronics Engineering Course
Medical Electronics Engineering is a popular branch of engineering that studies the development and manufacturing processes of different devices which are useful for providing health-related data.
Medical electronics engineering includes most of the engineering components when compared to biology components. Machinery which is useful in the healthcare sector is designed for this field. The field of Medical Electronics Engineering aims to manufacture devices for the medical sector. The ultrasound machine, CT Scan, MRI, and X-ray machines are created by the research department of this field. Many people use and trust these devices when it comes to confirming the disease. This branch of engineering includes the study of engineering with biomedical sciences and clinical practice. Medical electronics also teaches some core subjects like Instrumentation of Electronics, Basics of Medical Science, Data Communication, Circuital Study and its Applications, Control System Development, Instrumentation of Biomedical Devices, C++, and Data structures. After the completion of courses in this field, candidates have huge job opportunities. Candidates interested in Medical Electronics Engineering courses can check the below carefully.
Are Medical Electronics Engineering Courses Suitable for Everyone?
Candidates who have passed class 12 are suitable to pursue Medical Electronics Engineering. Also, it is mandatory for candidates to study mathematics, chemistry, and biology subjects in their 12th standard. After passing class 10, the candidate is not accepted for the Bachelor’s degree course in this field. As well, those who have passed 12th from the Arts and Commerce stream are not eligible to take admission to the medical Electronics Engineering courses.
Best Courses to Pursue in Medical Electronics engineering?
The Medical Electronics Engineering field has many courses at the undergraduate and postgraduate levels. Candidates who find this field extremely exciting can check the below list of courses for their studies.
- Bachelor of Engineering in Medical Electronics
- Bachelor of Technology in Medical Electronics
- Bachelor of Engineering in Medical Electronics Engineering
- Master of Engineering in Medical Electronics
- Master of Technology in Medical Electronics
- Master of Engineering in Medical Electronics Engineering
Medical Electronics engineering Courses Duration
A Bachelor of Engineering or B.E in Medical electronics is an undergraduate programme of four years. A Bachelor of Technology or B. Tech in Medical Electronics is a full-time course that takes 4 years to complete. After pursuing a bachelor’s degree, candidates can continue with the master’s programme. The duration of a Master of Engineering or M.E. in Medical Electronics and Master of Technology or M. Tech in Medical Electronics is two years and these are postgraduate level programme.
Required skills in Medical Electronics Engineering Course
Some skills are important to becoming a Medical Electronics professional. Basic knowledge of physics, chemistry, biology, and mathematics are required to study these courses. In order to understand the mechanics, candidates must develop an interest in them because without having an interest it will become more difficult to study. Other skills such as excellent communication skills, knowing concepts of mathematics and biology, and lab handling skills will be helpful in studies.
Medical Electronics Engineering Courses Top Colleges
In India, the top colleges or universities offer medical engineering courses for candidates. Candidates can have a look at the below list to choose the institute for medical electronics engineering of their choice.
1.) IITs
2.) BMS College of Engineering, Bengaluru.
3). Dayananda Sagar College of Engineering,
Bengaluru. AFFILIATED TO VTU, APPROVED BY
AICTE & UGC, ACCREDITED BY NAAC
4.) Dr. Ambedkar Institute of Technology,
Bangalore. is affiliated with Visvesvaraya.
Technological University, Belgaum and
accredited by AICTE
Medical Electronics Engineering Course Eligibility Criteria
- All the institutes ask for the eligibility criteria before applying to the Medical Electronics engineering courses.
- For the undergraduate courses, candidates should have passed 12thstandard or 10+2 level. A minimum aggregate with science stream (Physics, chemistry, mathematics, and biology) is also required for the bachelor’s degree in Medical Electronics engineering.
- For the post-graduate courses, candidates must have completed a bachelor’s level courses in the same field along with the minimum 65% marks in it.
Medical Electronics Engineering Course Admission Process
Many institutes or colleges release their own admission processes when they will be open to taking admissions. Few colleges allow candidates to apply for admission to medical electronic engineering courses on the basis of entrance exams. Some institutes consider both merit and scores of the entrance tests for the B. Tech in Medical Electronics and other engineering courses. Entrance exams like JEE Mains (Common Entrance Exam), JEE Advanced, AIEEA (Online /Offline Entrance Exam), UPSEE, and KIITEE are accepted for this engineering admission. So, candidates will be only eligible after having qualified scores in the entrance exam.
Medical Electronics Engineering Course College Fees
|
Sr. no. |
Colleges or Universities
|
Fees |
|
1. |
IITs |
INR 1,80,000 |
|
2. |
BMS College of Engineering, Bengaluru. |
INR 10,00,000 |
|
3. |
Dayananda Sagar College of Engineering, Bengaluru. AFFILIATED TO VTU, APPROVED BY AICTE & UGC, ACCREDITED BY NAAC
|
INR 17,00,000 |
|
4. |
Dr. Ambedkar Institute of Technology, Bangalore. is affiliated with Visvesvaraya Technological University, Belgaum and accredited by AICTE
|
INR 1,75,000 |
Medical Electronics Engineering Course Subjects and Syllabus
The subjects and syllabus for Medical Electronics Engineering courses are divided into semester patterns. Candidates who want to pass this exam successfully can check the following table to know the topics of the syllabus
Subjects and Syllabus of Bachelor of Engineering in Medical Electronics, Bachelor of Technology in Medical Electronics, Bachelor of Engineering in Medical Electronics Engineering, Master of Engineering in Medical Electronics, Master of Technology in Medical Electronics, and Master of Engineering in Medical Electronics Engineering
| Biological control systems | Engineering Mathematics |
| Analogue Electronic Circuits | Analogue Communication |
| Engineering Mathematics | Advanced Biomedical DSP |
| Bio-Signals and Measurements | Digital communication |
| Medical DSP | DSP and Applications in Medicine |
| Digital Image Processing | Environmental science |
| Basic Electrical engineering | Fundamentals of HDL |
| Engineering Chemistry | Engineering Physics |
| Electric Instrumentation | Control Systems |
| Fibre Optics | Lasers in Medicine |
| Micro-Controllers | Logic Design |
| Field Theory | Elements of Mechanical Engineering |
| Computer- Aided Engineering Drawing | HDL Lab |
| Operation Research and Management | Medical Science |
| Network Analysis | Elements of Civil Engineering/ CCP |
| Linear IC’s and Applications | Patient Monitoring Systems |
| Seminar /Dessertation | Object oriented Programming C++ |
| Principles of Medical Imaging | Signals and Systems |
| VLSI Design | Adaptive Signal Processing |
| Artificial Organs and Bio-Materials | Computers in Medicine |
| Pattern of recognition | Applications in Medicine |
| Bio-statistics | Artificial Intelligence and Expert Systems |
| Bio Sensors | Neural Networks |
| Linear Algebra | Wavelet Transforms |
Responsibilities of Medical Electronics engineering
The graduates of Medical electronics engineering are responsible for all the engineering work from designing, manufacturing, testing, validating, and prototyping of products. The individuals produce concise abstracts and are responsible for the identification of new innovations. Other job roles of these professionals include administrative tasks, hiring staff, operating medical offices, looking into service contracts, investigations, trials, and experiments. These are the duties of a medical electronics technician.
Medical Electronics Engineering Job Opportunities and Salary
The Medical electronics engineering field provides huge job opportunities for graduates. In India, candidates can apply to get a job after successful completion of the B. Tech or B.E and M. Tech or M.E in medical electronics. Business Managers, Clinical Engineers, Research Scientists, Patent Analysts, and Biomaterials Engineers are job profiles where candidates can give application to work. The average salary of a Biomaterial Engineer, Clinical Engineer, and Research scientist ranges from INR 3,00,000 to INR 3,80,000 per annum. A Patent analyst is the one who identifies key areas of interest regarding new innovations and they get INR 4,00,000 per annum for their job. The salary of a Business Manager is around INR 5,00,000 per annum. This is the highest-paying job profile in the medical electronics engineering area.
Frequently Asked Questions
What is the full form of M. tech Medical Electronics?
The full form of M. Tech Medical Engineering is Master of Technology in Medical electronics.
What are the best courses that Medical Electronics Engineering offers?
The courses which are offered by medical electronics engineering are given below:
1.) Bachelor of Engineering in Medical Electronics
2) Bachelor of Technology in Medical Electronics
3.) Bachelor of Engineering in Medical Electronics Engineering
4.) Master of Engineering in Medical Electronics
5.) Master of Technology in Medical Electronics
6.) Master of Engineering in Medical Electronics Engineering
What is the average salary of Medical Electronics Engineering graduates?
The medical electronics engineering graduate gets INR 3,00,000 to INR 6,00,000 on average per year. The average salary of these professionals can vary from job profile to job profile.
Which entrance exam is there for the B. Tech in medical electronics admission?
Candidates can give MHT CET, TANCET, WBJEE, or KCET to get admission to B. Tech Medical Electronics.
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