User talk:TMwesigwa

Adaptation of Industry 4.0 in production for Healthcare Industry 4.0 is the smart generation through which machines can communicate with machines and the environment. This achieved through various types of sensors and many other connections to archive a high precision of industrial service. The concept Internet of things is new in the Industrial market and has sprung to be a cutting edge technology of the Future as many industries embrace it. There has been three phases of industrial revolution which started in the 1880’s with invention of the steam engine in production and later in the 1900’s the introduction of the conveyor belt increased mass production which marks the 2nd Industrial revolution. The third industrial revolution was defined by the development of microelectronics, specifically the PC and programmable logic controller (PLC), in the mid-1900s. The development of the PC and programmable logic controller(PLC) increased the strength of the industrial revolution because very many aspects could be included in production using high level precision and more accurate models and designs. The different industrial revolutions have worked together overtime and have realized the industrial goals however with high level of technology and the dynamic increase of technology and products clients have wanted to diversify their tastes and preferences which comes with a lot of both challenges and opportunities. Industry 4.0 adaptation is one way of realizing digital transformation of goods and specifications from the product users which leverages customized production and advanced application in healthcare manufacturing which

basic science research by adopting the culture of “open and collaborative innovation” to narrow the productivity gap between big and small companies. The industry 4.0 revolution comes at a time when different objects can connect to each other using different sensors such as wireless, Bluetooth and RFID codes easily communicate transferring different information. The communication that goes on between the different objects and devices as they perform specific tasks, such as analyzing and visualizing different models and finally producing a product is the amazing process that the Industry look out to achieve and this can be achieved. The smart factory notion is the next big thing in the 21st Century though it has not taken off yet, the idea comes with smart materials which can easily be understood by the programmed system and this will lead to increased levels of intelligence distribution in processors, storage devices, sensors and other smart tools. This technological revolution 4.0 started in the German National Academy of Science and Engineering and according to the academy, “the technology will increase up to 30% in industrial productions” This advancement in increased personalized products. The concept of the smart factory includes people, machines manned with sensors, and other resources which communicate to provide a service or a product to the client. In Germany which is one of the highest industrialized country and where the idea to revolutionize the industry originates, many production facilities are using programmable machines(robots) to get work done, this proves that Germany is one of the few countries that have embraced the technology and the government has put resources to achieve the next big technological rift in the industry.