An embedded system is nearly any computing system other than a desktop computer. An
embedded system is a dedicated system which performs the desired function upon power up,
repeatedly. These systems are found in a variety of common electronic devices such as consumer
electronics ex. Cell phones, pagers, digital cameras, VCD players, portable Video games,
calculators, etc.,. So, start learning this through ACTE training module.Start Learning with us ACTE Embedded Systems Classroom and Online Training Course.
If you are person who wants to know how systems work and learn more about hardware, then an MS in Embedded Systems is the better choice but if you wish to work on software and building architecture for algorithms, then computer science is the way to go. Both courses will provide plenty of career opportunities..
There’s a lot of scope. Technology these days is all about getting things smaller, lightweight and with advances features.Coding is a necessity in every domain, let alone in field of embedded systems. But coding can only take you so far, if you don’t know on how to integrate it with hardware for real world applications (embedded systems)..
Masters in Embedded Systems fresher is the most wanted person in the industry provided if you have worked on the following topics during your Masters.
- Mastering C programming including Data Structures
- I2C, SPI and UART Interfaces
- Programming ARM controllers preferably Cortex series.
- Worked at least in one of the RTOS
- Used Linux as your host platform
- Ported Linux on an Embedded Board
- Try to write or written Device Driver.
We are happy and proud to say that we have strong relationship with over 700+ small, mid-sized and MNCs. Many of these companies have openings for Embedded Systems analyst. Moreover, we have a very active placement cell that provides 100% placement assistance to our students. The cell also contributes by training students in mock interviews and discussions even after the course completion.
Embedded System you don't have choice of deciding the role of each pin rather it would be as per guidelines provided by microcontroller datasheet. Each pin can have multiple roles but you cannot completely change the behaviour of those. Here you have dedicated memory available for programming your application. If you can't fit your application then you need to optimise it. Here in embedded systems generally programming language used is C. Also C++ . C is used at large scale as it is very close to the hardware ( you can control the hardware).
In this you decide how each gate of silicon works or behaves. You can develop each module separately and combine them later to achieve the functionality. Also you can decide which pins of the chip can be input, output, ADC, SPI everything you can decide. How the system should react to the changes on pin you can configure it.
The prerequisites are:
- Excellent understanding of Digital Electronics.
- Good to intermediate level of understanding of Basics of Analog Electronics.
- Good C Programming skills
- Understanding of at least one Micro-controller or Micro-processor.
- More importantly, your attitude and openness to work with Open Hardware Boards connected to your Laptop / PC.
- Yes. Really there is only 'C', though there are cusomized compilers for microcontrollers that implement only a 'C' subset along with the appropriate assembly language.
- Learning 'C' will teach you much of what you need to know, and that may be easier on a general-purpose computer.
Our courseware is designed to give a hands-on approach to the students in Embedded Systems. The course is made up of theoretical classes that teach the basics of each module followed by high-intensity practical sessions reflecting the current challenges and needs of the industry that will demand the students’ time and commitment.
Yes. The skills in embedded can translate to almost any sized system in our tech stack. More importantly, computing will not reach its full potential until we have a ubiquitous interaction with it that is seamless to the world around us. While people talk about IoT as being that, embedded programming (Internet, or no Internet) is where all of that will happen..
It will take 6 Months hands-on Training internship / Training to become an Embedded system Engineer
- The next big thing in the tech world
- Multipotential & diverse profile
- Hands-on industrial exposure
- Exploring multiple options
- Developing social skills & learning professionalism
Future Scope on Embedded System
- The scope of the Embedded System is a widely increasing day to day life. Present the Embedded software found the huge applications in telecommunications, defense instrumentations, railroad networks, consumer electronics, electronic payments, and smart card industry, etc. Like this, the embedded system applications are increasing rapidly day-by-day. Therefore, we will get a number of jobs in Embedded Systems.
- Nowadays, the usage of Electronic devices increasing rapidly, and can you imagine that the human person without a smartphone or computing device. The human person can’t survive without a Smartphone or computing device. Today, most of the peoples are connecting to each other with the help of smartphones or Computing devices i.e here, the Embedded system plays a major role in these applications.
A lot of career opportunities are available in embedded systems.
Some of them are as follows:
- Embedded Software Engineer (firmware)
- System Software Engineer (kernel & RTOS)
- Application Software Engineer (device drivers)
- Software Test Engineer.
- Embedded Hardware Engineer.
- Embedded System Trainer.
- Marketing & Sales Executive.
No doubt starting packages are not much high but once you gain experience of 3-4 years, you will get handsome packages and experienced embedded system developers have very high demand in India. With growth and advancements in the field of electronics, wireless communications, networking, computing, and robotics, devices around you communicate in many ways. Now everyone has to be changing to Embedded technology like Automobiles also changing their manufacturing mechanism to Embedded Technology like Self driving, Air Bags, Automated Brake systems, Cruise control, etc…
The different services offered by the Embedded Engineer are Embedded hardware Engineer, Embedded application developer, Embedded software engineering, modeling, and simulation, verification, and validation. So, in the coming days everyone is looking towards Embedded Development only and there will be going to have a huge number of openings in Embedded Technology. Now you all are prepared with a good knowledge of Embedded technology and immediately you can join in the After joined in this institute easily you can get the job.
Latest Technology in Embedded System and Applications
Embedded systems and applications are severely increased. The latest technology in Embedded System and Applications such as
- Artificial Intelligence
- Augmented Reality and Virtual Reality
- Deep Learning
- Embedded security
- Cloud Connectivity
Artificial Intelligence
- Artificial Intelligence creates intelligence in machines and it is a branch of computer science. In recent days it is an essential part of the Technology Industry. It acts like humans when they have abundant information relating to the world. AI can be defined as the enabling of a machine to perform the logical analysis, obtain knowledge, and adapt to an environment that varies. This technology is already being used in many applications such as self-driving cars, chatbots, personal voice assistants, and super-smart computing-intensive.
- Moreover, Artificial Intelligence is building intelligent systems with decision-making abilities. However, AI requires the use of hardware components to build truly intelligent machines. This is exactly where the relation between AI and embedded systems becomes so essential. The truth about Artificial Intelligence is more complex than it seems.
Virtual Reality and Augmented Reality
- Virtual Reality technology in an embedded system that allows the user to interact with an environment that exists in a computer. Virtual reality is a way to generate realistic images, sounds, and other sensations. VR with higher resolution will challenge available display and processor technology. On the other hand, augmented reality is the latest innovations in the electronics industry. Augmented Reality adds virtual stuff to the real-world environment. These technologies will become a big part of our world.
Deep Learning
- It represents a rich and yet unexplored embedded systems market that has a range of applications from image processing to audio analysis. Even though, the developers are mainly focused on cloud connectivity and security. It is emerging as the latest trend in an embedded system.
Embedded Security
- With the rise of the Internet of Things, the focus of developers and manufacturers is on security. The advanced technologies for embedded security will emerge as crucial generators for identifying devices in an IoT network, and as microcontroller security solutions that isolate security operations from normal operations.
Cloud Connectivity
- Getting embedded systems connected to the internet and cloud can take weeks and months in the traditional development cycle. Consequently, cloud connectivity technology is an important future market for embedded systems. These technologies are designed to simplify the process of connecting embedded systems with cloud-based services by reducing the underlying hardware complexities.
- Each of the embedded systems is unique, and the hardware is highly specialized in the application domain. In the final analysis, "Things are beginning to move very quickly in the embedded space," and each advancement paves an exciting road to the times ahead.
