“1000 songs in your pocket”, this is how Steve Jobs (genius) introduced his ultra-thin 1.8-inch hard drive with a 0.2-inch thickness and 5GB of space. Imagine saying it’s a music player with a capacity of 5GB. Suddenly, the iconic iPod speech turns off.
Apple struck money when Steve Jobs deciphered the success code of a tech company with the idea of just 1,000 songs in his pocket. And we made a simple music player a product that everyone wanted to own. The same is needed in the healthcare industry. The healthcare industry uses technology to touch human life. We use technology from ultrasound to heart rate control, information storage and location. Health technology must adhere to ergonomic and ergonomic concepts. Ergonomics talks about safety, functionality / efficiency, and ease of use, and Hednomics talks about comfortable experiences and personality. Visit:- https://healthcareaide.net/
Medical technology is indispensable for various environments such as clinical environment (hospital, clinic), home environment (home, garage, townhouse), community environment (office, school, retail, outdoor), mobile environment (car, airplane). It is a part. ), Trains, buses, ambulances) etc.
To accommodate each of these environments, it is important to design a technology that correctly understands the psychology of human behavior associated with its use.
Recent studies in human factors engineering have shown that it is not the number of tasks that matters, but the nature of the tasks that are being tried. Doctors may teach students simple surgical procedures during surgery, but if it is complicated, they may not be able to do so because they have to concentrate. Understanding and following human factors principles is now important to the development of any technology.
As the complexity of technical services and equipment increases, human factors are becoming more and more important. Human factors are the application of knowledge about human abilities (physical, sensory, emotional, intellectual) and the restrictions on the design and development of tools, devices, systems, environments, and organizations.
They explore the relationship between people and the systems they work with, with a focus on improving efficiency, creativity, productivity, and job satisfaction with the goal of minimizing errors. The lack of application of the principle of human factors is an important aspect of the failure to adopt new technologies in the health sector.