Embedded Software Engineers

Hire Embedded Software Engineers

Embedded software applications are programs that are dedicated to controlling a specific function within a larger piece of equipment. A good example of this type of software is a computer’s BIOS, which provides basic memory and storage services to the computer’s operating system. Embedded software is typically self-contained, so embedded software developers may be tasked with not only developing the software but also the hardware component that their code will be interacting with.

An embedded software engineer is responsible for developing software for embedded systems, and must possess a comprehensive understanding of the system’s capabilities and limitations. This engineer will guarantee that the program is fully compatible with the system, ensuring that it is able to perform optimally.

What does embedded software engineering entail?

The global embedded systems market is predicted to experience rapid growth in the coming years due to the increasing popularity of embedded electronics. This surge in popularity has led to the development of new design software and methodologies, enabling the sector to reach new heights.

Due to the complex and highly specialised nature of embedded software engineering, there has been a rapid increase in demand for such professionals. This has, however, caused a supply deficit, making it increasingly difficult to find qualified embedded software developers. This has created a competitive market, providing embedded software engineers with ample opportunities in the Information Technology industry.

What are the tasks and obligations of an embedded software engineer?

As an Embedded Software Engineer, you will be responsible for developing the code that is used in a wide range of applications, from toasters to jet engines. This role requires a combination of software programming and electrical engineering expertise. You will be expected to have an understanding of the hardware architecture in order to design and implement efficient software solutions. Additionally, you will be responsible for ensuring that the software meets the needs of the customer, performing troubleshooting and debugging, and maintaining and updating existing code.

Embedded engineers, similar to software engineers, must have a comprehensive understanding of programming languages such as C and C++. However, they must also possess a complete comprehension of electronics and engineering principles in order to ensure that their code functions properly with the hardware it interacts with.

  • Develop and develop embedded device and system software from the ground up to production and commercialization.
  • Create, develop, code, test, and repair system software faults.
  • Look at the code and design.
  • Analyse and optimise the productivity, dependability, and scalability of system resources.
  • Integrate and test new product concepts
  • Help with software testing and I/O performance optimisation
  • Assist with post-production.
  • Collaboration with hardware designers and developers
  • Examine both commercial and open-source applications.

How does one go about becoming an embedded software engineer?

In order to pursue a career in the field of embedded software development, no formal schooling is required. Individuals of all levels of educational attainment, experience, and skill-level have the potential to create a successful career path in this field. What is needed to be successful is a combination of technical and soft abilities, as well as hands-on experience. Thus, with the right set of skills and knowledge, anyone can create a career out of embedded software development.

It is true that a Bachelor’s or Master’s degree in Computer Science or a related subject is often a prerequisite for obtaining a remote Embedded Software Engineer job. This is for a number of valid reasons; firstly, possessing a relevant University degree allows you to gain a better understanding of Computer Programming and Web Development, both of which are invaluable when it comes to learning Embedded Software Development. Secondly, when it comes to sourcing Embedded Software Developers, many employers require specific qualifications, making it easier for you to secure more desirable career opportunities.

Let’s have a look at the abilities and methodologies you’ll need to master in order to become a good embedded software engineer:

What skills do you need to become an embedded software engineer?

Here are the key abilities you’ll need to master if you want to work as an embedded software developer.

  1. C

    C programming is a structured programming language that facilitates the breaking down of large hardware or software tasks into smaller, more manageable ones. Additionally, it allows for data transfer between program components. As a general-purpose programming language, C is capable of operating on a variety of programs, from corporate software to computer games, graphics, computations, and more. C is also frequently used in the production of embedded systems, thereby making it a key factor in the development of products like computers, mobile phones, and other electronic devices.
  2. C++

    C++ is a powerful, general-purpose programming language that can be utilised for a variety of applications. Developed as an extension to the C programming language, it supports both procedural and object-oriented programming. This language has been the foundation for millions of current applications and lines of code, and is used for game development, software engineering, database development, the creation of browsers, operating systems and apps, among other things.
  3. Microprocessors

    A microcontroller, which is embedded within a system, is responsible for managing a specific function of a device. By leveraging its central processing unit, the microcontroller’s processor is able to analyse data collected from input/output (I/O) peripherals. This data is temporarily stored in the data memory of the microcontroller and retrieved for deciphering and applying instructions which are contained in the processor’s program memory. Once this process is complete, the microcontroller communicates and takes any necessary action through its I/O peripherals.
  4. Linux

    The Linux operating system is a free, open-source platform based on the Unix-like architecture. It is a powerful tool for managing hardware resources, launching and managing programs, and providing a user-friendly interface. Linux is widely used in a variety of applications, such as home appliances, car entertainment systems, and network file systems. Its versatility and robustness make it an ideal choice for embedded systems, as well as for desktops, servers, mainframes, and mobile devices.

How can I get work as a remote embedded software engineer?

As developers and embedded software engineers, it is essential to practice efficiently and regularly in order to experience success in our fields. In order to ensure that our skills and abilities grow over time, we must focus on two important factors: seeking guidance from an experienced practitioner and being aware of our practice intensity in order to avoid burnout. Having an expert mentor or colleague to provide feedback and offer advice can be invaluable to our development, while also ensuring that we are not pushing ourselves too hard and risking burnout. By following these steps, we can ensure that we are on the path to continued growth and success.

At Work, we offer the finest remote embedded software engineer jobs that align with your professional ambitions as an embedded software engineer. By engaging with challenging technical and commercial challenges, you can rapidly progress your career. You can also join an exclusive network of the most talented developers, which allows you to find full-time and long-term remote embedded software engineer jobs with higher remuneration and greater prospects for career growth.

Job Description

Responsibilities at work

  • Create and implement software for embedded systems and devices.
  • Create embedded software code in accordance with the standards.
  • Software systems must be tested, debugged, and improved for scalability, reliability, and efficiency.
  • Integrate, verify, and put new product designs into action.
  • Improve the performance of I/O and software systems.
  • Collaborate with other developers and teams to design and create hardware.
  • Document the values of software applications and give ongoing assistance to other teams.


  • Engineering or computer science bachelor’s/master’s degree (or equivalent experience)
  • At least three years of engineering experience working with embedded systems is required (rare exceptions for highly skilled developers)
  • Knowledge of programming languages such as C or C++ is required.
  • Experience creating and debugging embedded systems is required.
  • Understanding of configuration management and defect tracking software
  • Strong knowledge of IP protocols, operating system coding methodologies, interfaces, and hardware subsystems
  • Working understanding of schematics and data sheets
  • To communicate successfully, you must be fluent in English.
  • Work full-time (40 hours per week) with a 4-hour overlap with US time zones

Preferred skills

  • Understanding of embedded systems with multitasking, real-time, and predictive OS Knowledge of Linux operating systems
  • Knowledge of embedded system design patterns
  • Excellent understanding of the Internet of Things (IoT) and data formats
  • Knowledge of microcontrollers and microprocessors
  • Excellent analytical and problem-solving skills
  • Knowledge of software setup tools and software optimisation techniques

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What makes Works Embedded Software Engineers different?
At Works, we maintain a high success rate of more than 98% by thoroughly vetting through the applicants who apply to be our Embedded Software Engineer. To ensure that we connect you with professional Embedded Software Engineers of the highest expertise, we only pick the top 1% of applicants to apply to be part of our talent pool. You'll get to work with top Embedded Software Engineers to understand your business goals, technical requirements and team dynamics.