2.
It is the application of engineering principles and techniques to
the medical field
combines design and problem solving skills of engineering
with medical and biological sciences to improve patient health
care
Covers bioinformatics, medical imaging, bio engineering , 3D
modeling , bio compatible prosthesis, medical devices,
diagnostic devices MRI,EEG etc
3.
Bioengineering – research with aid of mathematical model and
simulation.
Medical engineering – study , design and construction of
instrumentation, sensors, prosthetics
Clinical or hospital engineering- certification and testing of
medical equipments and hospital activities( design, adequacy
and execution of installations, training of maintenance)
Rehabilitation engineering- development of electronic and
mechanical systems for improvement of quality of life of
physically challenged people .
4.
Maintenance , electrical safety, and electronic aspect of
medical equipments
Providing education for nursing, medical, paramedical staff to
facilitate understanding of present technology and future
trends.
Ensure equipment purchase,hospital design and systemsare
optimal and appropriate
Research and development to improve patient care
5.
Bio electrical and neural engineering
Biomedical imaging and biomedical optics
Biomaterials
Biomechanics and biotransport
Biomedical devices and instrumentation
Molecular, cellular and tissue engineering
