Unlocking Your Potential: A Guide to a Successful Career in Embedded Systems

Do you know that almost all the electrical home appliances that you are using today have deployed embedded systems? Yes, embedded systems can be found in all gadgets that are specially developed for performing specific tasks.

With the increase in usage of consumer electronics, automation systems, electric vehicles, and many other newly discovered gadgets, the embedded system market is fast expanding. BCC Research valued the market size at USD 207.3 billion in 2020 and is predicted to reach up to USD 267.3 billion by 2025. It shows a steady growth rate of 5.2% CAGR.

Read ahead to know about the available embedded systems jobs and the roles and responsibilities of an embedded engineer ****in the industry.

What is Embedded Engineering?

Engineering special software and hardware devices to work together with the help of microprocessors, OS, and other components is called embedded engineering. In the digital era, the demand for IoT devices and automation technologies has paved the way for new developments in the field of embedded engineering.

The engineers, with their knowledge of high-level software frameworks and tools, write for high-level applications to meet real-time requirements. The necessity for highly sophisticated and reliable systems has made embedded engineers push the boundaries of innovation in the field of computer science, electrical, and electronics engineering.

Software Tools Needed for an Embedded Engineer

An embedded engineer is one who designs and develops software that is capable of controlling hardware systems and integrating them together. Expertise in both software and hardware components of embedded systems is essential for an embedded engineer.

To kick-start a lucrative career in embedded systems, you would need to learn a programming language, a simulation tool, and an operating system. Master the following software tools to gain an edge in the competitive job market.

MATLAB Simulink

MATLAB is the most preferred tool for designing and simulating embedded systems in real-time environments. Using the MATLAB Coder, you can generate codes in C, C++, CUDA, and HDL with iterative steps and run them in hardware systems. You can also check the design for model standard compliance and verify them.

Python

Python is the most preferred programming language for embedded systems and remains in its top position as per IEEE Spectrum rankings. This versatile programming language can help the end-users to automate tasks. Python has emerged as a popular programming language for embedded systems due to its ease of use. Since this is an open-source platform with lots of built-in libraries, anyone can make use of this tool.

Embedded Linux

Embedded Linux poses significant advantages over other OS platforms with a cloud-native environment. It provides seamless cross-compilation for any supported platforms and makes the deployment process easier for embedded engineers.

LDRA Tool Suit

LDRA stands for Liverpool Data Research Associates, through which they provide a complete suite of tools for unit testing of embedded systems. It enables engineers to complete the system testing process in less time by automating certain tasks like hosting in the target environment.

Essential Skills of an Embedded Engineer

Apart from the software skills, as an engineer, you must develop problem-solving skills and gain a strong hold on technical concepts. Below are some essential skills you require to have promising and positive career growth in the embedded systems domain.

Sound Knowledge of Electrical Engineering

Since most of the components of an embedded system involve working with electrical components, you must possess a basic knowledge of resistors, capacitors, sensors, and microprocessors. Working knowledge of the circuits, signals, and principles of electronics is essential to build an embedded system from scratch.

Understanding of Operating Systems

To run an embedded system code without hassle, you need to optimize them for a specific OS> Since embedded systems require fewer resources building a specialized operating system isn’t feasible. A software engineer must possess a basic understanding of OS and be able to write codes that are compatible with all the platforms.

Expertise in Programming Language

Every embedded system has a software and hardware part. For the development of software, a strong knowledge of coding and programming languages like C, C++, and Python is necessary. Along with writing codes that are optimized for memory and speed, you must also be able to debug codes using tools like an oscilloscope.

How to Become a Skilled Embedded Engineer?

To become a skilled embedded engineer, you need to master the above-mentioned skills and software tools. In order to help you kick-start your journey in the embedded systems industry, Skill-Lync provides Accelerated Career Program in Embedded Systems with courseware Partner: IT-ITes SSC nasscom. This program will equip you with all the key technical skills that were mentioned above. You will gain complete knowledge of the practical applications of embedded systems from industry experts.

You will also get a chance to work on 10 industry-level projects that will give you hands-on practice in solving real-time challenges.

You can talk to our experts to get more information about the course curriculum.

Career Opportunities in The Embedded Systems Domain

The wide usage of embedded systems in automobiles and smart home appliances has made it an irreplaceable technology. The increase in deployment with the onset of the EV revolution has created many career opportunities in the embedded systems domain of the automotive industry.

For the development of the digital car, the industry needs engineers with expertise in both hardware and software systems. When compared to the investments and the demand for innovative designs for embedded systems, there is a lag in the available skilled workforce. According to 6figr.com, the salary of a skilled and experienced embedded engineer can reach up to 23.6 LPA.

Watch the below video to know about the job opportunities in the embedded industry by our in-house expert Jegan Amirthalingam.

To Wrap Up

The 21st century has seen unprecedented changes in terms of automation, and only skilled engineers with impressive skill sets can pursue promising careers. In the current competitive landscape for engineers, you need to upskill and supersede your peers.

Focusing on booming domains like embedded systems will lead you to a lucrative career. You can reach out to our experts to know about the demand for the embedded system and how our course can address this need.