ABOUT ENGINEERING THEN BIOMEDICAL ELECTRONICS

Biomedical electronic engineering refers to applying engineering principles and concepts behind the design of a bridge that is the gapping between engineering and medicine. It mainly aims the utilizing engineering skills to develop and enhance the solutions in healthcare areas.

Biomedical engineering in electronics is one of the most pioneer departments, first established in Kerala in 1989. It includes a Great scope in biomedical engineering management for testing the medical equipment used in hospitals. Biomedical engineering has evolved new field transitions to work more efficiently in biomedical fields by using engineering concepts and logic.

WHAT IS ENGINEERING IN BIOMEDICAL ELECTRONICS?

Biomedical electronic engineering is identified as one of the great niches in electronics engineering based on biomedical fields. This program includes all the further combined principles of medical science, which aims to streamline health care services in the country. However, the study of biomedical engineering in electronics revolves around a broad array of diagnostic and therapeutic applications. It consists of an engineering branch of sciences that is fascinating in the multidisciplinary area to enhance technology and techniques.

Duties for biomedical engineers

Have a look at the key to this possibility of being an electronic biomedical engineer:

Installation, adjustment, and maintenance by providing all the repair and Technical Support to biomedical equipment.
Ensure the safety measures. Usage of effectiveness and efficiency take your meds of biomedical.
Clinicians should be trained under the perfect guidelines of experienced individuals.
They must have proper knowledge of using of equipment.
They must know how to coordinate in a team and work in a group.
They must be well versed in the life of scientists, chemists, and medical scientists to research your engineering Aspects in the medical field.
Must be well-versed about the procedure and technical report to be published upon the research and make a good recommendation based on your research conducted.
Designing the electrical circuits and software two make a piece of medical equipment run correctly.
You must know about designing the equipment, diagnosing the medical problems, and replacing various body parts during the surgery.
Materials that are required to make the replacement for a particular body part.
Engineering in biomedical electronics has been recognized as a broadly interdisciplinary course. However, the study of biomedical electronics consists of all the principles for both engineering and biomedical science.

ELIGIBILITY AND CAREER IN ENGINEERING IN BIOMEDICAL ELECTRONICS

Candidates looking to pursue their career in biomedical electronic engineering must have a set selection of process and admission criteria for UG and PG level programs.

Eligibility Criteria:
Biomedical engineering for BTech - candidate must be qualified with 10 + 2 education from science stream from a recognized educational board.
Biomedical engineering for MTech - candidates seeking admission and master's program must have completed their graduation in biomedical engineering or biotechnology from a recognized university or an institute.

Candidates who possess an MBBS degree can also pursue biomedical electronic engineering post as post-graduation level.