Career in Biomedical Engineering Course

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Career in Biomedical Engineering Biomedical Engineering Courses Introduction Career in Biomedical Engineering prepares a student to gain special knowl...

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Career in Biomedical Engineering Biomedical Engineering Courses

Introduction

Career in Biomedical Engineering prepares a student to gain special knowledge in biology and medicine at same time. This distinctive field covers bio-instrumentation, bio-materials, bio-mechanics, medical imaging, genetic engineering, orthopedic surgery cellular and tissue engineering.Biomedical engineering is the application program of engineering rules and techniques to the medical field. This field removes the differences between engineering and medicine. Biomedical engineers designed artificial human organs like kidneys, cardiac pacemaker, advanced cure and surgical devices like magnetic resonance, imaging machine, laser system for eyes and more.

The biomedical engineers are experts in multiple fields such as engineering science, biological science and medical science. Biomedical engineering is usually based on one of the conventional engineering disciplines. In many cases of health care, prevention of diseases and their cure are other health related problems require an engineering approach.Biomedical engineers have originate a broad kind of medical instruments and devices. For example, the heart-lung machine pumps the blood in heart during surgery. Special lasers are used for eye surgery.

Biomedical Engineering Nature of the Work

The nature of work of Biomedical Engineers is to design new equipment to answer medical challenges. They are employed by health services, medical equipment manufacturers and research departments. The Job titles for the Biomedical Engineers depend on their work nature.

Most of the work in biomedical engineering is related with research and development. Large biomedical engineering applications consider the growth of biocompatible prosthetic device, several symptomatic and therapeutic devices. Biomedical engineers also work to make better equipment, such as artificial limbs, heart valves, and kidney machines. They led to the development of the medical devices such as heart pacemakers, which improves functioning of heart properly.

Typical work activities

Work activities depend according to seniority of the post:

Using computer software and mathematical models for the invention, development and to test new medical devices and equipment.

1) Investigating incidents which is related to safety.

2) Preparing reports and attending conferences and exhibitions to demonstrate their skill and latest designs.

3) Having a discussion to resolve the problems relating to manufacturing, quality, purchasing and marketing departments.

4) Clinical equipments are maintained and tested.

5) Arranging clinical trials of medical products.

Biomedical Engineering Career Prospects

Career in Biomedical Engineering has immense job opportunities in various areas like constructing medical equipments, orthopedic and renewal engineering, molecular, cellular and tissue engineering in public and in corporate sectors.

Biomedical engineers are exhibited to many engineering areas such as medicine and biology. With the experience biomedical engineers get jobs in, government hospitals and industry. Particular areas of employment include: design of medical instrumentation and prostheses; involvement in the development, manufacture and testing of medical products; and the management of technology in the hospital system.

Biomedical engineering industry has dynamic research and evolution programs. There is an increasing trend for employment for qualified person as specialist consultants for promotion of the more sophisticated products, such as implants and diagnostic imaging systems. Employment opportunity for biomedical engineers is expected to grow rapidly. With the ageing of the population and health related issues will increment the need for better medical equipment invented by biomedical engineers.

Areas of specialization for Biomedical Engineers

1.)    Bioinstrumentation

2.)    Biomechanics

3.)    Clinical Engineering

4.)    Medical Imaging

5.)    Rehabilitation Engineering

6.)    Systems Physiology

7.)    Tissue engineering

8.)    Bimolecular engineering

9.)    Biomaterials

10.) Biomechanics

11.) Rehabilitation engineering

12.) Medical imaging

13.)   Orthopedic engineering

Educational Qualifications for Biomedical Engineering:

The minimum qualification needed for pursuing biomedical engineer degree for a candidate that he should pass the Higher Secondary examination with science as the main discipline

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