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Department Of Medical Electronics

Department Of Medical Electronics

Dr. S.B. Bhanu Prashanth

Professor and Head of the Department

HOD's Desk:

The emerging era of individualized medicine and widespread utilization of health information technology presents a dramatically different terrain for clinical research, practice, and healthcare delivery. We can see rich opportunities for improving health through the creation of new knowledge about what works best for whom under what circumstance, and to apply it more expeditiously. One of the important functions of the Programme of Medical Electronics is use of its convening capacity to draw together key stakeholders in a neutral venue, one that allows them to discuss issues and foster collaborative activities around issues in which they have a strong common interest. The department aims to achieve this by emphasizing on teaching and research.


The college established the branch of Medical Electronics in 1992 to expand its academic horizon in the fast-growing field of healthcare technologies. Having batch strength of around thirty and with an experienced and well-qualified faculty, the college has laid its focus to impart synergistic education in the field of medical electronics and life sciences to translate it into real world applications. the institution has thus been able to contribute a large pool of talented biomedical engineers into the industry. The department also hosts M.Tech in Biomedical Signal Processing and Instrumentation from 2013. We believe that collaboration is Everything. Thus, the department has various collaborations with major research institutes like Stanford University, Oxford University, Masstricht University,  Indian Institute of Science, Narayana Nethralaya, Kempegowda Institute of Medical Sciences and many more.

Department of Medical Electronics is accredited by NBA on the basis of Washington Accord.



Graduates will make a successful career in the field of healthcare and associated engineering fields.


Graduates will acquire the ability to work as a member of a professional team with effective communication skills and function as a responsible individual.


Graduates will use undergraduate foundation to pursue higher studies, research and will participate in life-long learning throughout their careers



An ability to apply knowledge of mathematics, science and engineering fundamentals for appropriate solutions of Medical electronics.


An ability to identify, analyze a problem, and formulate the computing requirements appropriate to its solution.


An ability to design, implement and evaluate an electronic/computer-based system, process to meet desired needs in healthcare.


An ability to design experiments, as well as to analyze and Interpret Medical data.


An ability to use current techniques and modern tools necessary for computing practice leading to improvised health care.


An ability to understand health and safety issues through medical electronics concepts.


An ability to understand environmental considerations and sustainable engineering solutions in Medical Electronics.


An ability to understand professional ethics and legal issues related to healthcare technologies.


An ability to function effectively as an individual and a member in diverse team.


An ability to communicate effectively with a range of audiences.


An ability to understand management principles and apply these to manage projects and finance.


An ability to engage in continuing professional development for lifelong learni