Why to learn Embedded Systems with IoT?

And so there are many career opportunities in the field of modern technologies. An Embedded system is the very basic requirement for every system and so it is a wise decision to learn embedded system technology. Now to understand clearly what are the careers in embedded system technology let’s have an overview. 

An embedded system is a system that is made to perform a certain task. These systems can be single-functional, without the presence of an operating system, or multifunctional with the presence of an OS. The work of an embedded system is to collect data and give output. 

For example, a DVD can take the records as an input and will give the output when played. Similarly, in every device, there is an embedded system. These systems can use sensors but not the internet which is why the embedded system devices are used to perform simple tasks. 

To resolve this embedded system with IoT is used. IoT uses the internet along with the embedded system and hence is capable of doing complicated jobs. There is a wide range of products that are used in day-to-day life that are IoT applications with embedded systems. 

For example wearables, self-driving cars, farming tools, smart cities, and many more. Since there is a huge demand for these products, the production is increasing gradually. It can also be said that other than embedded systems other systems can also be used for the IoT devices but there are some important reasons to select embedded systems with IoT.

Embedded systems have unique characteristics and functions that help them to stand above the other systems. The major characteristic is that an embedded system can be used for real-time computing. The amount of power consumed is low and the devices need less maintenance and are highly available. These features make the devices profitable for a company. Also, the embedded systems can be designed and developed in various ways to meet up the requirement of the client task and server. So it is always better to learn embedded systems with IoT if one is looking for better career aspects. 

Coming to a career in embedded systems, there is a worldwide aspect in this field. But the competition is comparatively higher. Every year several students with bachelor’s or master’s degrees in computer science, electronics, and electrical pass aspire to be embedded system engineers. 

So a candidate needs to be good enough to secure a position. One can apply to both national and international companies to get a job. The demand can be estimated by saying that people in this century cannot live without gadgets and gadgets need microprocessors and controllers to work so there lies a huge career in embedded systems.

The jobs can be further classified as:

Modeling and simulation – Before a project begins it is important to check if the production cost of the project exceeds the estimation cost by the client. The work of these developers is to make a project model to estimate the cost of a project before it begins.

Embedded hardware engineers – The main job of these engineers is to design the hardware for a system. All the big firms require embedded system hardware engineers to design their hardware so that they can work on their production.

Embedded software engineer – The embedded software engineer works on controlling devices and the hardware of a system. They work on aspects like Firmware development, device driver development, board support package, porting of native operating systems to the modern system like porting Linux to android. There are wider aspects of finding a career with embedded systems in this particular field. 

Embedded application development – These developers work on and develop various applications that are related to mobiles, wireless communications, navigation, multimedia, and other subsystems. 

Verification and Validation – The job of these people is to test the software and hardware before the project implementation to check if the system supports all the parameters that are required.