The goal of the STEM topic of biomedical engineering, a branch of engineering and technology, is to enhance human health and healthcare systems via creative use of technology. To address our current medical requirements, biomedical engineering blends engineering with biology, leading to the development of ground-breaking products including artificial organs, surgical robots, prostheses, novel medications, and more.

Degrees in biomedical engineering are multidisciplinary, requiring the same quantitative, analytical, and conceptual understanding from adjacent disciplines including anatomy, nuclear engineering, electronics, Materials Science, and even computer science. Orthopaedic implants, medical imaging, stem cell engineering, physiological signal processing, and other topics are some of the sub disciplines that Bio & Biomedical Engineering covers.

The National Science Foundation and the National Institutes of Health both support research programmes including the doctor of philosophy in biomedical engineering that are well-known both domestically and abroad. A number of positions in the public and commercial sectors are open to graduates of the doctor of philosophy in biomedical engineering degree.

Candidates with a PhD in biomedical engineering can find employment as analytical chemists, toxicologists, healthcare scientists, and more in a range of fields, including pharmaceutical firms, commercial labs, and healthcare organisations.

·      The PhD programme provides coursework in mathematics, systems-level biology or biology at the molecular level, and tissue engineering.

·      In biomedical engineering, issues in biology and medicine are defined and solved using engineering methods and concepts.

·      Applicants for this programme provide their expertise in engineering, biology, and medicine to the medical equipment and healthcare sectors.

·      Candidates may choose biomedical engineering in order to benefit people, take on the challenge of working with living systems, or solve issues with health care delivery using cutting-edge technology.

·      Careers in biomedical engineering can be found in a variety of environments, including industry, healthcare, academia, private laboratories, and government.

A PhD in Biomedical Engineering, also known as a Doctor of Philosophy in Biomedical Engineering, is a doctorate programme in biomedical engineering that lasts three years but can be extended to five. Studying Tissue Engineering, Molecular or Systems-Level Biology/Physiology, and Mathematics are all required courses for the Biomedical Engineering degree.

The surveillance, treatment, and prevention of a number of medical disorders, such as cardiovascular disease, osteoporosis, spinal cord injuries, and tumour growth, are among the conditions that students can learn about while taking this course.

Candidates of a PhD in biomedical engineering can find employment in a variety of fields, including drug industrial companies, commercial laboratories, hospital entities, etc., as medicinal chemists, pharmacologists, healthcare scientists, etc.

For a three-year programme, the typical tuition for a PhD in biomedical engineering programme at Indian schools ranges from INR 25,000 to INR 3,00,000.

An average income of INR 3 lakhs to 8 lakhs per annum is given to those with a PhD in biomedical engineering.