Technology Information: Embedded Systems
Plenty of products that we are now using were manufactured with the help of some form of embedded software. Today, we practically live and breathe embedded technology from our mobile/wireless devices, appliances, automobiles, and others. Nearly all communication devices, computers, display and or digital signage and all other electronic gadgets are manipulated presently through embedded solutions. Embedded system solutions are found in equipments that are used in various fields from media, transport, telecommunications, education, medical, science and aviation, consumer electronics, space exploration, etc.
With embedded technology, we get to enjoy a lot of consumer products from computers, laptops, DVD/MP3/blue ray players, video game consoles, PDAs, mobile phones to any other electronic gadgets that are available today. Advances in embedded technology has even redirected the use of this system to include even the appliances found in our home such as washing machines, dishwashers, microwave ovens, etc. These embedded system technology is found from the smallest portable devices such as the digital watch to the largest of equipment and machinery that are used in the factories.
It is estimated that that the embedded solutions industry will require about a million workers in the year 2015. It means that there is a lot of career possibilities for software development or design, development of device drivers, re-engineering of existing reference designs, network protocol and other areas of expertise in this field that some embedded solutions experts might want to take advance of. With the way things are going in terms of electronic hardware instrumentation, the demand for embedded solutions experts is likely to increase, which makes this estimation rather feasible.
Not only are embedded solutions professionals demanded by private corporations as well as consulting firms but even the government is looking for people that have appropriate training in this area of expertise. To sum it all up, there is a need for embedded technology in nearly all aspects of contemporary life and considering the vast usage of embedded systems in various industries, there is a huge demand for experts who have attended trainings in embedded system.
An embedded system refers to technology employed in computer system that is designed to perform one or a number of specific functions in real time. By and large, it's an embedded application that is installed as an integral component of some device. Rather than being a piece of a general computer carrying out multiple functions, it is designed to work on some definite tasks with the aid of microprocessors within the computer. This makes way for an improved real-time performance as required by most modern technologies. This system is composed of minute, chip like parts inside a bigger machinery that is used to perform broader functions. Engineers are compelled to optimize embedded systems since they are intended to perform specific tasks for improving the performance and reliability of the product while reducing its cost and size.
Plenty of products that we are now using were manufactured with the help of some form of embedded software. Today, we practically live and breathe embedded technology from our mobile/wireless devices, appliances, automobiles, and others. Nearly all communication devices, computers, display and or digital signage and all other electronic gadgets are manipulated presently through embedded solutions. Embedded system solutions are found in equipments that are used in various fields from media, transport, telecommunications, education, medical, science and aviation, consumer electronics, space exploration, etc.
With embedded technology, we get to enjoy a lot of consumer products from computers, laptops, DVD/MP3/blue ray players, video game consoles, PDAs, mobile phones to any other electronic gadgets that are available today. Advances in embedded technology has even redirected the use of this system to include even the appliances found in our home such as washing machines, dishwashers, microwave ovens, etc. These embedded system technology is found from the smallest portable devices such as the digital watch to the largest of equipment and machinery that are used in the factories.
It is estimated that that the embedded solutions industry will require about a million workers in the year 2015. It means that there is a lot of career possibilities for software development or design, development of device drivers, re-engineering of existing reference designs, network protocol and other areas of expertise in this field that some embedded solutions experts might want to take advance of. With the way things are going in terms of electronic hardware instrumentation, the demand for embedded solutions experts is likely to increase, which makes this estimation rather feasible.
Not only are embedded solutions professionals demanded by private corporations as well as consulting firms but even the government is looking for people that have appropriate training in this area of expertise. To sum it all up, there is a need for embedded technology in nearly all aspects of contemporary life and considering the vast usage of embedded systems in various industries, there is a huge demand for experts who have attended trainings in embedded system.
An embedded system refers to technology employed in computer system that is designed to perform one or a number of specific functions in real time. By and large, it's an embedded application that is installed as an integral component of some device. Rather than being a piece of a general computer carrying out multiple functions, it is designed to work on some definite tasks with the aid of microprocessors within the computer. This makes way for an improved real-time performance as required by most modern technologies. This system is composed of minute, chip like parts inside a bigger machinery that is used to perform broader functions. Engineers are compelled to optimize embedded systems since they are intended to perform specific tasks for improving the performance and reliability of the product while reducing its cost and size.
