About the Course

Bioinstrumentation science offers the use of bioelectronic instruments for determining different biochemical and physiological parameters along with several other instruments used for different biological and biochemical experiments. Biomedical devices includes the amalgamated knowledge of biology, sensors, interface electronics, microcontrollers and computer programming at the same time it requires the combination of several traditional disciplines including biology, optics, mechanics, mathematics, electronics, chemistry and computer science. Bioinstrumentation teams gather engineers that design, fabricate, test and manufacture advanced medical instruments and varieties of implant devices into a single and more productive unit. The field of bioinstrumentation science has seemingly endless possibilities because of its fusion in different biological fields for the common purpose of monitoring different biophysical processes.

Bioinstrumentation science is a specialized branch of physical science which caters to the study of measurement in physical, chemical, biological sciences along with medical and engineering sciences.

The objective of the course

  1. This certificate course has been designed to develop the skills among students which will impart them the knowledge about science and technology of measurement and control involving devices and parameters.   
  2. The course will help to prepare skilled manpower who can objectively contribute towards design, development, use and maintenance of various instruments and machines under various learning environments.
  3. At the time when automation and artificial intelligence are being considered instrumental in defining the onset of the fourth industrial revolution, an outcome-oriented course in instrumentation has enough potential to produce trained professionals who are ready to take up the challenges in the fields of research, industry along with various commercial organizations.
  4. The course is designed to develop academic and practical skills among candidates.
  5. To develop the candidates to become capable enough to adapt technological changes in the coming future.