Why Do Companies Recruit Embedded Software Engineers?

 

In the decade starting from 2018, embedded systems jobs will increase by 21%, creating more than 1,000 job opportunities in India.

Embedded engineers are responsible for designing, formulating, and strengthening embedded systems in electronic and mechanical components. 

 

Embedded Software Engineer

 

Roles of an Embedded Software Engineer

1. Embedded engineers develop and implement software applications for embedded systems and devices. 
2. Maintain a system's stability and efficiency over various software updates. 
3. Write programming protocols.
4. Conduct system software tests to amend the input and output performance. 
5. Work with hardware configuration and evaluate the open source and third-party software. 

 

Why do Companies Need Embedded Software Engineers?

 

• Software development and implementation for embedded systems and devices
• System software design, development, coding, testing, and bug fixing
• Examining and upgrading the system resources' effectiveness, stability, and scalability

 

Almost everything we see in everyday life like digital TVs, smartwatches, and electronic car systems, have embedded software systems. The embedded software profession is at the  intersection between electrical and software engineers.

Role and Responsibilities of Embedded Software Engineer

The roles and responsibilities of an embedded software engineer vary between companies. 

 

Here are various examples of the roles and responsibilities of an embedded software engineer.  

 

• Organize the team designing and undertaking real-time telecommunication systems, facilitating worldwide cost-effective and beneficial voice-over IP communications. 
• Write catalogues to automate the collection and connection of reference files utilising compiler commands and Perl.
• Examination and managing damages using SVN and Jira. 
• Manufacture the software for the examination council to execute PMBus, not BLE.
• Knowledge of LIN 2.0, LIN1.3, and LIN 2.1 strategy and other transmission procedures.
• Work on SMBUS, I2C, and SPI strategies for voltage and temperature sensors.
• Develop custom domain-specific UI controls with CSS and JavaScript.
• Create a programme for UART to transmit I2C between the physical device and the controller. 
• Synthesize, simulate, side, design, debug, and test UART, FPGA and QSPI drivers. 
• Enforce TCP/IP procedure stack to procure internet permits for embedded IoT commodities.
• Accomplish LINUX kernel improvement and layout and elicit kernel images.
• Act with vendors, internal teams, QA teams, firmware engineers and customers.
• Formulate application includes various stored reports related to the user as HTML and generates employing XML and XSLT.
• Appreciate customer needs and requirements and then integrate the kernel device drivers in the android OS.

Top Technical Skill for an Embedded Engineer

Embedded software engineers should have a wide range of experience in their respective fields. There are some basic expertise and embedded engineering skills. 

 

Embedded systems engineer skillset

 

• Programming experience in C or C++ or both.
• Debugging experience
• Bachelor's degree in engineering.

 

What is The Salary of an Embedded Engineer? 

There is a huge demand for embedded software engineers to have a reasonable salary. As per AmbitionBox, the average annual salary of an embedded software engineer is nearly ₹4.8 lakhs in India.  

 

Conclusion

Skill-Lync provides advanced industry-oriented engineering courses for students to help students upskill.

 

Upskilling options available to Skill-Lync students in embedded engineering:

 

• Design and development of Electric Vehicles
• Embedded Software Development and Validation for EV Applications
• Development of autonomous vehicle system
• Computer vision technology specialisation for autonomous vehicles

 

To develop industry-relevant skills for an embedded engineer a student requires practical industry-experience. To facilitate the growth and development of these skills, students at Skill-Lync work simulations of real-world projects. These projects improve the expertise of students in domain-specific software applications.