TNN | Sep 17, 2016,
Trichy: The Defence Research and Development Organisation is working on a wearable health monitoring system for soldiers, said P S Pandian, director-technology, DRDO, Bengaluru, explaining the varied scope of bio medical research for students.
Speaking at the inauguration of the instrumentation and control engineering department at the National Institute of Technology here on Friday, Pandian said that as long as we perform normal activities without much strain, we may not be able to identify or detect any serious health problem.
Gone are the days when we think about ailments affecting people in their 40s or 50s; even 20-year-olds with no such family medical history get diabetes and high blood pressure. A device that will keep track of a person’s health condition and send alerts much before an ailment becomes serious will help avoid crises. Such gadgets gain significance as they can save the lives of soldiers, he said.
Medical devices technologies have the potential to transform the world of healthcare as the internet did to the world of commerce. In future, people will be able to turn on tele-health products in their homes with a healthcare provider, acquire medical data and information and manage their wellness programme, said Pandian.
However, regular calibration, maintenance, testing and certification of the medical devices were needed on a regular basis to obtain the correct prognosis and treatment. He urged students to come forward and work on interdisciplinary areas to develop prototypes.
Pandian said the bio medical industry had grown in a big way and instrumentation and control engineering had become an integral part of our life. Citing the example of automated flight operations which mostly work on instrumentation, Pandian said the progress of control and instrumentation engineering was rapid and had vast scope in the future.
N Sivakumaran, head, ICE department, said students of the department need to work more on prototype developments in healthcare technology. The growth of electronics, electrical, mechanical, materials, computers, information technology and communications had led to a large number of medical devices being employed for health care purposes.
Advancements in computing and communications allowed for practices such as “telemedicine,” a system utilising the internet by which patients could be diagnosed and often treated by physicians from far away.