When you have visited a hospital, you might have come across some highly sophisticated and technology-based instruments.
They are like CT-scan, ECG (electro-cardiograph), EEG (electroencephalograph), X-ray, laparoscopic, dialysis setups, etc.
These all are inventions and creations of highly skilled biomedical engineers to cater for better health.
They are used for effective medical diagnosis, surgery, and other purposes.
These biomedical engineers also design rods for bones in case of severe fractures, heat pads, and other support pads for backache, neck, etc.
Biomedical engineers are also in efforts to create robots for surgery, targeted drug delivery for localized body tumors, artificial blood, artificial heart, etc.
With the increase in demand for health care, there is equivalent growth and demand for biomedical engineering.
This form of engineering, as the name indicates is a multidisciplinary subject that is good demand at present. It has good prospects in terms of studies, research, jobs both in the government sector and industries.
The syllabus and course structure and syllabus are also interesting as they are more advanced and knowledgeable. It is one of the few engineering branches coupled to medicine so a person with interests in technology and medicine can suit very well to the subject. He can use engineering knowledge to apply to the body structure and physiology in a beneficial way.
Biomedical science degree courses:
Biomedical science is offered as engineering and degree programs at higher education stages like the graduation level, the Master’s level, and then even as a doctoral degree (Ph.D.). There are also other graduation and master courses like biomedical sciences for bachelor and masters in biomedical sciences. Many universities have Biomedical engineering schools and colleges.
Biomedical engineering syllabus:
The syllabus of biomedical engineers’ education is so designed that they receive all basic engineering subjects at first like mechanics, computer sciences, instrumentation, processes, etc. These are then elevated to the next level to be linked in a way to benefit biology and medicine. So subjects in biomedical engineering are
- biomedical instrumentation.
- robotics engineering
- Computer science etc.
For higher studies like M.Tech in biomedical engineering, masters in biomedical engineering, or Ph.D. in biomedical engineering one can obtain deeper knowledge in biomaterials, robotics, image processing, etc.
Some examples of the application of biomedical engineers in medicine and research include
♣ Provision of biomedical instrumentation as diagnostic aids like CT-scan, ECG, x-ray, etc. for easy and effective diagnosis.
♣ Use of robots for drug delivery, for surgery, etc.
♣ Making of organ substitutes like bones, tissues, teeth artificial blood, etc. from bio-compatible materials.
Biomedical engineering jobs:
Biomedical engineers have a good scope for jobs and employment nationally and internationally. There is always a demand and surge of new biomedical companies is seen. This field is emerging fast and there is a good scope of jobs for those with biomedical engineering degrees even in government sectors like research, teaching or academics, etc. The biomedical engineer salary is also quite high depending on the level of education, experience, and also biomedical companies.
Biomedical engineering scope: This field has good contribution to society in terms of health, research, etc. Even the economic prospects are good due to the emergence of companies and since many of these are directly related to health care, the monetary benefits are high and provide good employment opportunities. The job is assured with security and good salaries as they are of technically skilled nature and are linked with health care supply.