Embedded Developer Job Description

Embedded Developer Job Description, Skills, and Salary

Are you searching for an embedded developer job description? Get to know about the duties, responsibilities, qualifications, and skills requirements of an embedded developer. Feel free to use our embedded developer job description template to produce your own embedded developer job description. We also provide you with information about the salary you can earn as an embedded developer.


Who is an Embedded Developer?

Embedded developers are engineers who specialize in embedded development, tasked with the responsibility to create the hardware and software for electronic appliances, remote controls, industrial and military control systems, mobile communications devices, and medical equipment. The abilities required in the embedded development position include setting up interrupt service routines (ISRs) and system registers, creating algorithms and C-coded programs, and using TI’s development tools, like Code Composer studio for the Linux OMAP Platform. Embedded Developers are responsible for software design, development, optimization, and deployment for microprocessor-based devices. They create systems that let a physical hardware component be operated by software and develop codes to solve problems. The developers follow the concept all the way through, including the briefing, writing, testing, and correction phases, as well as the final release. Additionally, they are experts in Linux operating systems, Microcontrollers, and Microprocessors, as well as C and C++ programming. You need to be able to read a schematic diagram if you want to become an embedded developer.

Software that is already built into hardware is designed, developed, optimized, and put into use by embedded developers. Utilizing programming languages like C, ADA, and C++, the software is debugged and optimized. The only distinction between them and software developers is that embedded developers work on pre-existing software. These programmers get access to and control over the hardware in exchange for that. Programming languages and operating systems are used by developers to create software that complies with hardware specifications. The designers consider environmental conditions like temperature that affect the device’s functioning in addition to the hardware requirements.

The developers are employed by software firms, and they provide their services to industries including aviation, automobile technology, hospitals, the military, and electronics manufacturers that are constantly seeking out the newest innovations. They evaluate and raise the effectiveness of the already available resources. The businesses and institutions won’t need to switch out the equipment thanks to the renewal and updating. Embedded systems are effective instruments used in everyday technology that guarantee a product or application is dependable and complies with operating requirements. Understanding the qualifications you need to become an embedded systems developer is vital because pursuing a career in this field can necessitate a substantial understanding of many engineering, software, and technological components.

A bachelor’s degree in computer science, software engineering, or a similar discipline is commonly required of embedded developers. A mathematics degree is also acceptable. The most popular degree programs are in computer science since they often include a wide range of subjects. To better prepare themselves for jobs in the field, students should concentrate on courses that deal with software development. Employers could favour a master’s degree for some positions. While not their top priority, developers must have a solid foundation in computer programming. They typically acquire this knowledge while in school. Developers must remain up to date on new tools and programming languages throughout their careers. Additionally, embedded developers require knowledge of the sector they operate in. For instance, bank developers should be familiar with finance to comprehend the computing requirements of a bank. You should be skilled in C and C++ and have an in-depth understanding of microcontroller protocols to succeed as an embedded developer. An expert embedded developer should be able to quickly spot inefficiencies or software mistakes and create optimal embedded code within hardware limits.


Embedded Developer Job Description

What is an embedded developer job description? an embedded developer job description is simply a list of duties and responsibilities of an embedded developer in an organization. Below are the embedded developer job description examples you can use to develop your resume or write an embedded developer job description for your employee. Employers can also use it to sieve out job seekers when choosing candidates for interviews.

Embedded developers are responsible for different roles and responsibilities. These tasks include:

  • Help create and develop embedded software applications.
  • Support the creation of papers for the application architecture and design.
  • Work with technical teams to develop new goods, such as software or hardware engineers.
  • Produce documentation for products throughout the entire development phase.
  • Aid in locating and fixing issues with current items.
  • Attend regular team meetings to discuss the status of the project and the future stages.
  • Create and maintain code bases for computer hardware-based programs and systems.
  • Determine chances to enhance current products or create new ones in response to shifting market demands.
  • Create firmware device drivers for embedded environments using C, Python, or both.
  • Plan and take part in reviews of the architecture, requirements, designs, code, and test cases.
  • Create fresh embedded architectures to assist the expansion of our product development strategies.
  • Oversee the system’s data flow architecture, design, and implementation.
  • Develop, specify, and put into practice tools for embedded subsystems.
  • Develop drives, test hardware, debug them, and bring up components.
  • Create test bench calibration and testing equipment.
  • Check the application to make sure it is working properly before making it available to the public.
  • Write new code when it’s required to update programs with new functionality or address flaws.
  • Interact with the other members of the development team to plan project work.
  • Create programming codes for embedded applications using coding standards.
  • Aid certification and compliance initiatives.
  • Participate in technical and program reviews as a presenter or reviewer.
  • Debug software-related problems that affect hardware performance.
  • Interpret test results, communicate them, and speak up in favour of quality at each stage of the development process.
  • Create supporting materials for specific design-related tasks or goals and deliver them to internal and external groups to ensure success.
  • Create rapid fixes for time-sensitive problems and offer long-term answers.
  • Review the software/product features and fix any related defects.
  • Enhance or alter application code by project specifications.
  • Participate in manual and automated testing tasks with the QA team.
  • Mentor and train additional developers as required.
  • Keep embedded systems up to date and record system features for future reference.
  • Perform system engineering and embedded software reverse engineering.



  • A degree in computer science, computer engineering, or a related field.
  • At least 3 years of experience working as an embedded developer.
  • Mastery of C and C++ programming languages.
  • Solid understanding of hardware architectures like ARM, MIPS, and x86.
  • Knowledge of hardware protocols such as USB, UART, I2C, and SPI.
  • Knowledge of operating systems like Linux, Unix, and RTOS.
  • Knowledge of how to create experiments to identify issues with firmware and embedded hardware.
  • Knowledge of the boot process, interrupt priority, and architecture of embedded processors.
  • Working knowledge of at least one RTOS environment.
  • Capable of generating firmware of production quality.
  • Experience in C/C++ programming for performance analysis, testing, debugging, and software development.
  • Knowledge of configuring peripherals including USB, SPI, SFP, DDR, I2C, and UART.
  • Outstanding diagnostic abilities.
  • Powerful analytical and problem-solving skills.
  • Strong project management and organizing skills.
  • The capacity to stay current with new technological and procedural developments.


Essential Skills

  • Organizational skills: The ability to manage data, records, and other resources is known as organizational skills. As an embedded developer, you could deal with a variety of hardware and software platforms that need special tools and procedures. Possessing good organizational abilities might help you stay on task and finish jobs quickly. Additionally, it’s critical to maintain organization when working with others to ensure that everyone is aware of the project’s requirements and has access to all pertinent data.
  • Teamwork: To finish jobs, embedded developers collaborate with other experts. To produce software and hardware, they might collaborate with software engineers, project managers, marketing groups, and other developers. Working with others and comprehending their perspectives are skills that are necessary for this partnership.
  • Hardware expertise: Embedded engineers must be aware of all the hardware parts that make up a computer system. This covers understanding of hardware such as computer processors, memory, storage, networking, and other components. They can use this information to solve problems and choose gear wisely.
  • Creativity skills: Embedded developers frequently employ originality to address complex technological issues. They might need to develop software that can work on outdated technology or figure out how to integrate new software into current systems. This calls for them to think creatively and develop original answers. Embedded developers’ creativity also enables them to create user-friendly interfaces.
  • Attention to detail skills: The capacity to notice minute details and make necessary adjustments is known as attention to detail. You might need to check the code for accuracy or consistency as an embedded developer. You can also be in charge of fixing software that has bugs. Finding the source of a problem might speed up the fixing process.
  • Debugging skills: Finding and fixing programming problems is a process known as debugging. You can be in charge of debugging software that manages physical objects like machinery or cars if you work as an embedded developer. This calls for perseverance, close attention to detail, and comprehensive comprehension of how the program operates. To find problems more rapidly, you can use debugging tools like test automation frameworks.
  • Problem-solving skills: To find and fix problems in the software they produce, embedded developers need problem-solving skills. They could have to fix errors in their code or figure out how to make the program more secure, perform better, or address other issues. They must study an issue, come up with alternative solutions, and then assess each one to see which is most practical.
  • Skills in Linux: Linux is an open-source operating system that embedded developers utilize to create embedded systems. They must comprehend the operation and programming of the software. This ability is required to write computer code that manages a device’s hardware. It’s crucial for troubleshooting hardware or software problems as well.
  • Communication skills: Another crucial competency for embedded developers is communication. They collaborate with software engineers, quality assurance analysts, and project managers frequently. They must be able to communicate technical ideas to these people clearly and cooperate with them to resolve any problems that may occur.


How to Become an Embedded Developer

Step 1. Pursue an education

The information and abilities required to comprehend embedded systems and learn how to design them can be acquired through higher education. Engineering, computer science, and information technology are a few disciplines to take into consideration. While some hiring managers may prefer that you merely have a bachelor’s degree, others may require more advanced education, such as a master’s degree. If you want to work as an embedded developer, you can think about earning an associate’s degree, bachelor’s degree, or master’s degree. Your familiarity with fundamental computer operations and software development will improve with an associate degree. An associate degree can be earned in one to two years. Any employment involving software frequently has a bachelor’s degree as a minimum prerequisite. You might learn computer programming languages and become acquainted with the elements of software and hardware development through certain degree programs. A master’s degree can give you further training and advance your understanding of software engineering, depending on the hiring manager and the level of expertise you would need for a particular role. It could take two or three years to finish a master’s program.

Step 2. Acquire experience through training

Many organizations will give recently recruited embedded developers on-the-job training. The developer will benefit from this training by learning the specific software and hardware the business use. The developer will also benefit from learning the specific practices and procedures used by the business. You might find it useful to finish a software engineering internship program or supplementary coursework. An internship can help you put academic course information into practice and advance your coding language knowledge. It’s also crucial to be familiar with coding languages, so you might want to think about enrolling in additional classes to learn how to utilize and code correctly. This is because embedded systems frequently contain many types of programming. During their undergraduate years or internships, some embedded developers will undergo instruction. The developer will gain a foundational understanding of computer science and programming thanks to this training. Additionally, it will assist the developer in learning how to use particular tools and programming languages.

Step 3. Specialize in an industry

Engineers who work with embedded software can focus on several sectors. You may learn about specific tools or languages the industry may employ to develop its technology if you decide on the industry in which you wish to specialize. For instance, the construction sector would demand an embedded developer with experience with computer-controlled construction machinery, or a bank might need an engineer with knowledge of financial jargon to help design their mobile banking application.

Step 4. Obtain certifications

To prove their proficiency in various applications and systems, embedded developers can obtain a variety of certifications. To help you streamline the design, development, and testing phases of an embedded system, certifications can offer a specialized understanding of specific aspects of an embedded system. Certifications may also enable you to support various facets of software development by assisting you in understanding and using programming languages to create code. You might need to hold certificates to demonstrate your skill with coding and embedded systems to some employers or hiring managers.

Step 5.  Network with other industry professionals

Consider growing your network by getting in touch with other experts in software development, engineering, and computer science. You can also contribute your expertise through volunteer work, participate in group initiatives, and become more involved in your professional networks. You can ask about open openings for skilled and qualified software engineers as you develop relationships with other software engineers. Establishing a network of business professionals can also provide you with the chance to get referrals, promote your portfolio, exchange resumes, and request comments on your work. Career fairs and professional workshops are great places to network with people and meet possible employers. You can share your resume and portfolio at professional events for information technology, computer science, and software engineering. Connect with experienced individuals and express your interest in open openings. Participating in industry career fairs might provide you with the chance to discover open positions and software firms that you might not have known existed before.

Where to Become an Embedded Developer

Embedded developers can find employment in a variety of tech-related fields, depending on their specific skills and interests. They find jobs in a variety of industries, including engineering, the government, automotive, industrial, healthcare, construction, mobile application development, and aerospace. The majority of embedded developers work in offices, while some might visit client locations. Although they occasionally put in more time to fulfill deadlines, they normally work 40 hours per week. While some embedded developers work alone, others collaborate. Developers, engineers, and technicians may cooperate when working in teams. Those who operate independently might interact with clients more frequently. Projects that are a part of bigger development initiatives might be worked on by embedded developers. They may coordinate their work with additional developers, engineers, and technicians in these circumstances.


Embedded Developer Salary Scale

With an average yearly salary of $97,241, the estimated total pay for an embedded developer in the US is $113,192. $15,951 is the expected extra compensation annually. In the UK, embedded developers earn an average pay of £46,707 per year, with salaries ranging from £32,500 to £67,500. An embedded developer in Nigeria makes an average yearly pay of NGN1,500,000. Typically, the compensation ranges from NGN1,200,000 to NGN1,900,000.

Science, Technology, and Engineering

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