Job and Career Opportunities in The Biomedical Engineering Field

The COVID pandemic has turned things upside down. The available Medical Technology was not sufficient to provide healthcare to all victims. Only a Biomedical Engineer could utilize his engineering skills and make an impact in the field of Medical Technology. This scenario has made an open call for all engineers to bring in innovation and make Medical Technology accessible to all masses.

 

 

Biomedical Engineering involves developing, and innovating medical equipment and devices by collaborating with doctors and researchers to provide medical relief to mankind. There are numerous job opportunities for engineers to advance in the field of Biomedical Engineering.

 

Skills Required to be a Biomedical Engineer

Biomedical engineering is a rare combination of engineering and healthcare. Hence it requires the following skills:

• They should possess good statistics, programming, and communication skills.
• They should have in-depth knowledge in engineering subjects like fluids, mechanics, electronics, and computing.
• Aspirants in biomedical engineering should have good analytical and measurement skills. They must pay deep attention to even smaller details, and have an eye for designing.
• They should have empathy towards patients.

 

Need For Biomedical Engineer

Machinery and technology have become an inevitable part of our lives. A Biomedical Engineer combines biological knowledge with engineering principles to meet the needs of the medical world through revolutionary inventions and life-saving concepts like:

• Surgical robots
• New pharmaceutical drugs
• Artificial organs
• Advanced prosthetics
• Kidney dialysis and so on

Thus, the role of Biomedical Engineers is inevitable in the Pharma industry. Engineers from any discipline could take up Medical Technology courses in India and become Biomedical Engineers.

 

 

Career Opportunities for Biomedical Engineers

Many different opportunities open up for engineers if they become specialized in Medical Technology. After getting a Medical Technologist certificate, biomedical engineers can bifurcate into different focus areas, depending upon the role. Some of its subdivisions include: 

• Biomaterials
• Biomedical electronics
• Tissue, cellular, and genetic engineering
• Computational biology
• Medical imaging
• Bionanotechnology
• Orthopedic bioengineering

 

Where Can Biomedical Engineers Get a Job?

• Biomedical engineers can apply for jobs in areas like medical institutions, research and manufacturing facilities, etc.
• They can become an independent consultant with medical organizations and research centers.
• They may work in the field of semiochemicals which involves simulating medical issues and body systems to help create biomedical devices.

 

Roles And Responsibilities Of Biomedical Engineers

• Designing computer software to run complicated machines and instruments like 3D X-ray machines.
• Many use their knowledge in chemistry and biology to explore and invent new drug therapies.
• Some candidates club their statistics and maths skills to understand signals transmitted by the human brain and heart.
• Many designs and build artificial body parts and replacement parts for knees, hips, etc. Some are even involved in designing rehabilitative exercise equipment.

Since they excel in biology and engineering, their work spans many fields. Individuals enrolling in certificate courses in medical technology can make rewarding careers for themselves.

 

Jobs and Job Titles in the Biomedical Engineering Field

• Manufacturing Engineer- They are responsible for designing and developing medical products, medical instruments, prosthetics, imaging devices, etc.
• Quality Engineer- The responsibility of a quality engineer is to examine medical products post-production and ensure whether all set standards and specifications have been adhered to or not.
• Software Engineer- They design computer software and programs for multiple and varied medical applications.
• Physician- Candidates with biomedical engineering degrees often move to medical colleges to become physicians and doctors in the future. 

Industry Distribution Of Biomedical Engineers

Biomedical engineers work with scientists, researchers, healthcare workers, and other engineers. They hold 19,300 jobs, and their industry distribution is as follows:

 

In the manufacturing of medical equipment and supplies	17%
Research and development in physical, engineering, and life sciences	14%
As assistants in healthcare	9%
Manufacturing of navigational, measuring, electromedical, and control instruments	8%
As professors in colleges, universities, and professional schools; state, local, and private	7%

 

Job Outlook and Employment for Biomedical Engineers

In the coming decade, the job prospects for bioengineers are expected to grow by 6%, which is the same as the average growth for other industries. This growth is expected due to developments in technology and its application in designing equipment and devices for the medical world. 

Moreover, biomedical engineers work in conjugation with doctors, scientists, and other medical researchers to address a wide range of physical ailments and disabilities, and injuries. This ease of collaborating with specialists from other fields opens wonderous opportunities for biomedical engineers. 

 

Final Take

Bioengineers and biomedical engineers have great scope for betterment and growth to prosper in their divine careers. With experience and advanced degrees, they can head a medical science group to further explore innovative discoveries in the medical field.

To further widen their scope for growth, they may join a medical school to specialize in techniques like using electric impulses to improve muscle movement, get a law degree and work as patent attorneys, or get managerial degrees by doing an MBA course in business administration. 

Skill-Lync offers the best MIT courses in India, and a biomedical engineering course from Skill-Lync can bring about a 360-degree turn in your career trajectory, enabling it to sky-rocket to great heights in the field of medical technology.