Human factors in Medicine Engineering

Human-factors engineering is concerned with human performance, behavior as well as training in systems, which are concerned with man-machine system. This branch of medicine engineering is concerned with biological and medical research also.
Human factors approach to design in medicine engineering also includes environmental medicine, psychology, sociology, and toxicology. The study basically aims at combining the human factors with industrial design as well as operational research.

So far as medicine engineering is concerned two general characteristics are involved in the practical designing works.
The basic problem before the medicine engineering expert here is to find out the method and process of integration of human factors into medical science systems. In the past, the experts in medical engineering tend to ignore the effects of human behavior, which is rather complex and unpredictable, and as such, the problems of human factors approach to design in medicine engineering was dealt with quite subjectively.

The current challenge for these experts in medicine engineering is to objectively assess the effects of human factors and take them into consideration in designing the medicines, and to do away with the man-machine mismatch.
In essence, the study of human behavior has now become an essential part of the study of medicine engineering. As a result of conglomeration of these studies in medicine engineering, the guess works that were the haul mark of the subject previously, have now been replaced by empirical techniques.

A number of useful inventions in the field of medical science at the beginning of the World War II marked the beginning of human factor approach to medicine engineering. Such developments included innovation of internal medicines, obstetrics, gynecology, pediatrics, pathology, and such other science relating to human body.
Another very important field of medical science dealing with human body is hematology, and medicine engineering experts are now involved in the process of developing blood related medicines.
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January 25, 2008 | Filed Under Articles, Medicine Engineering | 1 Comment