By Vandya Rai
May 31, 2022
Biomedical Engineering is a field of STEM that combines both biology and engineering. These engineers often build life-saving machines by applying engineering principles to medicine and healthcare.
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Biomedical Engineers play a vital role in the advancement of healthcare. They find solutions for complex health problems through experiments, testing, and research, by collaborating with healthcare professionals.
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This multidisciplinary profession involves making diagnostic machines, evaluating the safety of equipment, designing artificial organs, advanced research, and training clinicians to operate machines.
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Biomedical Engineers have built revolutionary concepts such as surgical robots, advanced prosthetics, kidney dialysis, new pharmaceutical drugs, and artificial organs.
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Biomedical Engineers can specialise in Bioinstrumentation, Biomechanics, Biomaterials, Clinical Engineering, Medical Imaging, Cellular, Tissue, and Genetic Engineering, Orthopedic Bio-engineering, or Rehabilitation Engineering.
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Biomedical Engineers tend to be investigative individuals since their role involves problem-solving to improve the quality of life. They must always be logical, rational, and analytical while dealing with problems of great importance.
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Biomedical Engineering is a booming subject and has been increasing in demand over the past decade. It has various opportunities in the private sector or in national healthcare labs in education, research, consultancy, management, and lab work.
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To become a Biomedical Engineer, PCMB subjects in class 12 are preferred. Upon clearing the JEE exams, students can opt for courses in B.Tech Biomedical Engineering, B.Sc Biomedical Engineering, or B.E. Biomedical Engineering.
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