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Electronics

Modified on

24 Mar 2023 06:41 pm

Understanding the Key Responsibilities of an Embedded Engineer

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Skill-Lync

Job Roles Of An Embedded Engineer

Embedded engineering is a rapidly growing field that requires a wide range of skill sets and expertise. Being an embedded engineer is a great way to combine creativity with technical expertise and a passion for problem-solving.

In today’s article, we will explore the embedded engineer job roles and responsibilities and their importance in today's technological world. We will also explore the skills and qualifications required to become an embedded engineer.

What Are the Key Duties of an Embedded Engineer?

The job responsibilities of an embedded engineer vary depending on their job title and experience. A junior embedded engineer focuses on gaining a foundational knowledge of the system, while a principal embedded engineer may be responsible for designing and improving the overall system.

Below we have given detailed information regarding the job responsibilities of embedded engineers:

  • Embedded Systems Engineers: They are responsible for handling more fundamental software development duties, usually under supervision.
  • Senior Embedded Systems Engineer: These developers have greater freedom in constructing and enhancing software and systems. They can decipher intricate technical issues, identify their origins, and generate solutions. Additionally, they can offer guidance to entry-level engineers.
  • Principal Embedded Systems Engineer: These engineers are mainly concerned with creating firmware, and they often have a great deal of independence and responsibility when designing embedded systems and software. They typically collaborate with other stakeholders to understand the design requirements.
  • Embedded Architect: An architect is responsible for making critical choices regarding the system's structure and managing its progress. An embedded architect is responsible for making essential design decisions and managing the technical requirements of the whole project team.

What Are The Key Differences Between An Embedded Engineer And A Software Engineer?

Key Duties of an Embedded Engineer

An embedded systems engineer is responsible for the coding, debugging, testing, and creating documentation, similar to software engineers and developers. However, the work of an embedded systems engineer is primarily focused on hardware. They are often required to create or modify operating systems specifically for the hardware and memory configuration of the device. 

Furthermore, they must ensure the safety of the developed products. For instance, a car's brake system needs to be designed with extra precaution to ensure that it is secure and fail-safe.

Embedded Systems Engineers work on highly customised devices, unlike Software Engineering, where there is a standard platform, with a wealth of pre-written code (libraries) available for the developer to use, by adding a few more lines of code. Most Embedded Systems projects are custom-made, thus necessitating a high percentage of new code, which results in more development time and expertise.

What Are The Necessary Skills To Be An Embedded Systems Engineer?

To become an embedded systems engineer, one must possess a variety of different skills, such as: 

  • Proficiency in programming languages such as C, C++, and Python.
  • Expertise in microcontrollers, microprocessors, and the Linux operating system.
  • Ability to perform software optimisations at the System on a Chip (SoC) level.
  • Knowledge of Real-time Operating Systems (RTOS), device drivers, and design patterns - Debugging capabilities and experience working with existing codebases.
  • Understanding of interrupt-driven design and assembly programming language.
  • Familiarity with hardware test equipment such as oscilloscopes and logic analyzers.
  • Understanding of communication protocols such as I2C, SPI, USB, GPIOs, CAN bus, RS232, one-wire, and RS485 
  • Ability to read schematics.
  • Basic knowledge of the Internet of Things (IoT) and internet-based technologies.
  • Awareness of data structures.
  • Familiarity with the RISC-V instruction set architecture.

What Is The Typical Salary Of An Embedded Systems Engineer In India?

In India, the average salary of an embedded systems engineer is around ₹ 1.8 Lakhs to ₹ 11.0 Lakhs per annum. However, this is a broad range as salaries can vary greatly depending on the company and the engineer's experience. With experience, an embedded systems engineer can expect to earn upwards of 20 lakhs per annum at a larger company. 

To earn a higher salary, an embedded systems engineer should specialise in specific areas such as robotics, robotics vision systems, or artificial intelligence. They should also look to keep up with the latest technology advancements and take on more challenging projects. Additionally, having a master's or doctoral degree in engineering can also help embedded systems engineers to increase their pay.

How You Can Be An Successful Embedded Engineer?

To become an embedded engineer, one must first understand the fundamentals of electrical engineering, computer science, and engineering. Skill-Lync's Embedded System course equips professionals with the knowledge and skills needed to develop embedded system applications. 

It covers the fundamentals of embedded systems and provides a comprehensive overview of the hardware and software components that make up an embedded system. It also provides hands-on experience in developing embedded system applications using a range of tools and techniques.

The course then dives into embedded system design and development details, including system-level design considerations, embedded software development strategies, and debugging techniques. Throughout the course, students can use a range of embedded system development tools and techniques to build real-world applications. 

Conclusion

By delving into the intricacies of embedded engineering, this article aims to provide a comprehensive overview of the job roles, responsibilities, skills, and knowledge required to excel in this field. Despite its complexity, embedded engineering can be an advantageous career path for those who pursue it with dedication and an appropriate educational background. By taking the courses offered by Skill-Lync, and with commitment and dedication, anyone can become eligible for a lucrative career.


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Anup KumarH S


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