B.Tech Medical Electronics is a four-year engineering undergraduate course that deals with a combination of biology, medicine and engineering to design instruments and measures that address medical or health-related issues. There are many job roles available for fresh graduates such as biomechanics engineer, clinical engineer, bio instrumentation engineer, technical writer, etc. There's a growing need for medical electronics engineers due to the demand for the best and reliable health service. Gradutes have numerous job opportunities in sectors like healthcare, medical robotics, R&D and much more in both public and private sectors.
|Full Form||Bachelor of Technology in Medical Electronics|
|Duration||Course Duration of Bachelor of Technology [B.Tech] (Medical Electronics) is 4 Years.|
|Age||17 - 23 years|
|Minimum Percentage||50% in 10+2 from any Recognized Education Board|
|Average Fees Incurred||INR 1.5 - 9 LPA|
|Similar Options of Study||B.Tech Biotechnology, B.E Medical Electronics|
|Average Salary Offered||INR 7.5 - 10 LPA|
|Employment Roles||Clinical Engineer, Patent Analyst, Professor/Teacher, Research Scientist, Technical Writer, Biomechanics Engineer, Biomaterials Engineer, Business Manager, Bioinstrumentation Engineer, etc.|
According to Britannica “Medical electronics refers to the study of electronic tools and technologies used for health diagnosis and care. It is the design of medicine and biology-applied embedded systems.&rdquo
In taking medical applications to the real world, sensors play a predominant role. Medical electronics engineers use sensing components such as airflow, temperature, humidity, pressure transducers, thermistors, etc., to incorporate medical solutions. Some subjects taught in B.Tech Medical Electronics in India are electronic circuits, control system engineering, microprocessor, microcontroller, biomedical instrumentation, etc. Medical electronics engineers' job scope in India is also increasing rapidly, as there are job opportunities in businesses, engineering institutions, universities, hospitals, pharmaceuticals, and research laboratories.
Tools and Techniques used in B.Tech Medical Electronics Engineering are:
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For admission into B.Tech Medical Electronics course, aspirants must have passed 10+2 from a recognised board with subjects like physics, chemistry, and mathematics. The students must score at least 50% aggregate marks to be eligible for admission. The student must be a minimum age of 17 years old and above. Additionally, students must ensure that they give any of the state -level or national level enterance exams like JEE, BITSAT,etc.
The admission process for B.Tech Medical Electronics may differ from one college to another. Students must ensure that they know about the different eligibility criteria required for the admisssion.Apart from the basic eligiblity criteria, students must also clear respective enterance exam for admission via merit quota. Some universities conduct enterance exams on university-level, which is used for cut-off calculation for merit based admission. Apart from merit admissions, students are also admitted via management quota which involves some capitation fee for joining.
The first step in this process is filling up the college admission form online or offline. Attach all the documents necessary for admission like the Aadhar Card, 10th and 12th mark sheet, etc.
Colleges publish a list of selected aspirants based on their entrance exam and board exam scores. The selected aspirants will then have to attend counselling, where usually an aspirant is interviewed. The aspirant might have to participate in group discussions as well, depending on the college’s procedure
The selected aspirants receive an allotment letter. After this, the selected students will have to get all their documents verified. The aspirants who qualify after all these procedures are then granted admission into the college.
There are numerous exams held across the country for this course. Students prepare for B.Tech entrance exams well in advance to score well and get admission to top colleges. Some of the popular ones are listed below:
The eligibility criteria for the entrance exam may differ according to the colleges/universities. However, there are few similarities among the popular entrance exams to give students a heads up:
Due to this field's popularity, many colleges have now started offering the B.Tech Medical Electronics course. Listed below are the top colleges in the field of medical electronics:
|14||Anna University Chennai|
|16||Jadavpur University Calcutta|
|29||Thapar Institute of Engineering & Technology Patiala|
|30||Amity University Noida|
|35||Manipal Institute of Technology Manipal|
|41||SRM University Chennai|
|42||Kalinga Institute of Industrial Technology Bhubaneswar|
B.Tech Medical Electronics fees range from INR 1.5 - 9 LPA depending on the facilities and services provided at the institute. Following are B.Tech Medical Electronics fees in top colleges:
|Sr No.||College||Fees Per Annum|
|1||Kalinga Institute of Industrial Technology, Bhubaneswar||INR 3 Lakhs|
|2||Anna University, Chennai||INR 55 Thousand|
|3||SRM University, Chennai||INR 2.4 Lakhs|
|4||UPES, Dehradun||INR 2.2 Lakhs|
Medical Electronics is one of the most diverse fields and has a lot to offer to an aspirant. The curriculum includes practicals, medical and electronics core topics, and electives. While the general curriculum may be the same, the electives may vary from one college to the next. Aspirants are taught not just through theoretical learning but also practically through projects, research, group discussion, etc.;
Listed below are some B.Tech Medical Electronics subjects:
Read More about B.Tech Medical Electronics Syllabus & Subjects
The medical electronics industry has a bright future, according to the global manufacturing industry. Indeed, according to one of MarketsandMarkets' research, the medical electronics industry is projected to hit INR 3.1 Thousand Crores by 2022, up from INR 2.25 Thousand Crores in 2015.
The industry can do this due to the innovation such as customizing medical devices to an individual’s needs by using the Internet of Things (IoT). So, with this exponentially growing industry, the demand has also increased for competent medical engineers. Following are a few more questions to learn more about B.Tech Medical Electronics:
B.Tech Medical Electronics is a four-year long engineering undergraduate course that offers a study of combined understanding of biology and medicine with engineering design instruments and other solutions for medical and health-related issues. The coursework offers basic engineering subjects combined with core based subjects like measurement and instrumentation, medical informatics, linear digital circuits,etc.,which provides an understanding on basic electronics concepts and application in medical field. Graduates of the course have numeorus job opportunities across healthcare sector and applied electronics sector. One of their important tasks of graduates of this course is to research new devices, find ways to develop newer, cheaper, and better medical devices.
These courses are in demand right now due to the increasing importance of good health service. Let's dive deep into the essential tasks of a B.Tech Medical Electronics professional:
Doctor of Equipment: A medical electronics engineer is known as the "Doctor of Equipment" and without them, a doctor, a physician, or a multispecialty hospital would be powerless. They are also experts in the mechanism, service, and upkeep of these machines.
Designing Devices for Medical Procedure: Medical electronics engineers also create applications for various medical treatments, imaging systems like magnetic resonance imaging (MRI), devices for automating insulin injections, monitoring body functions, biomaterials, biomechanics, etc.
Growing Industry: This is an industry that is growing at an exponential rate so due to the increase in awareness about health so we see a surge in demand for qualified professionals of medical engineering.
Opportunity to do Good: This is also an industry where aspirants get a chance to do good for society by developing and improving medical devices which will save lives.
Job Growth: The salary is excellent, and there are many perks with an increase in job designation.
Read More about B.Tech Medical Electronics Jobs
The B.Tech Medical Electronics course can enrich students interested in science, research, and development. Listed below are some tips for B.Tech Medical Electronics:
Syllabus: Take a close look at the syllabus and make a schedule according to that.
Exam Pattern: Go through the exam pattern and prepare accordingly by giving mock papers and improving speed.
Connect with students: Talk to students who have already completed the course or are currently pursuing it and take valuable tips from them.
Be Proactive: Students need to be proactive in asking questions and even reading beyond the syllabus.
The scope for higher education in this field is excellent in India and abroad. Specialised M.Tech courses are available. After completing M.Tech, students can go for research, e.g. PhD Medical Robotics, Imaging, etc. Many reputed colleges and universities are offering higher education courses in this field. Listed below are some areas of higher education:
The average starting salary is around INR 7 LPA (Source: Payscale). Also, the possibility of growth in this field is immense. The salary increases with experience, qualification, skills, designation, etc.
Read More about B.Tech Medical Electronics Salary
Medical researchers are in charge of developing products and treatments to solve medical issues. The B.Tech Medical Electronics graduates may plan, develop, and test medical devices, artificial organs, medical tools, and information systems. The bulk of medical engineers work full-time in businesses, engineering institutions, universities, hospitals, and research laboratories. Listed below are some career option in this field:
Many famous medical engineers have changed the world and have left a lasting impression on this planet. Listed below are some skills required to become the best medical electronics professional:
Design Creativity: One of the jobs of a medical electronics engineer is designing and manufacturing medical devices. They should have a creative mindset to design a device that is both easy to use and accurate.
Troubleshooting Skills: Medical engineers should know all the medical devices' ins and outs to troubleshoot all problems effectively and efficiently.
Being Aware of New Technologies: Medical electronics is one field that is developing very fast. Every few months, a new revolutionary device is created. So, medical electronics engineers should be aware of such developments.
What are the job opportunities for Medical Electronics Engineering in India?
Job Opportunities for engineers is to develop different types of devices and procedures that solve medical and health-related problems by combining knowledge of biology and medicine with engineering principles and practices. Engineering is one of the most important demands and professions today.so they can get different job profiles for medical electronics like researchers,bio instrumentation, and so on.
Is Biomedical and Medical Electronics Engineering are the same?
No both of the subjects are different as the curriculum is different and the scope for these is different.
How healthy are the scopes for Medical Electronics?
As technology advancement has boosted the applications in different fields of medicine and thus increasing the demand in life-supporting devices, such as ventilators and dialysis. So this shows how technology has immense and the job opportunities have increased in these fields.
Is B.Tech in Medical Electronics a good course to enroll in?
As medical electronics is allied or sector-specific branch in electronics engineering nowadays it has a lot of demand due to surging medical facilities. electronics branch holders can also apply for these posts
What is the average salary of a Medical Electronics graduate?
A graduate of this course can earn up to INR 3.28 LPA in the initial stages of their career. At their later stages, salary cap may rise up to 12 LPA based on experience and work ethics.