Embedded Software Engineer - Linea Research

To thrive as an Embedded Software Engineer at Linea Research, candidates should have at least 2 years of experience in embedded systems programming with solid skills in C and C++. Familiarity with low-level driver writing, debugging, and using embedded tools is crucial. A deeper knowledge of serial interfaces like I2C, UART, and SPI, along with experience in real-time operating systems and basic electronics test equipment, sets you apart.

As an Embedded Software Engineer at Linea Research, your primary responsibilities include developing firmware for our innovative audio electronics, writing low-level drivers, and debugging existing systems. You will also manage the implementation of new hardware, ensuring it powers up correctly and operates smoothly. Engagement with embedded debugging tools and contributing to testing processes will also be part of your role.

At Linea Research, we foster a dynamic and collaborative company culture. As an Embedded Software Engineer, you will work alongside passionate professionals who share a commitment to excellence in audio technology. We encourage innovation and provide a supportive environment where your input is valued, making it a great place to grow and develop your skills while working on exciting projects.

At Linea Research, we prioritize the professional growth of our Embedded Software Engineers. We offer opportunities for training, access to the latest technologies, and involvement in cutting-edge projects that expand your skillset. Plus, we have a hybrid working model that promotes work-life balance, allowing you to focus on your career while enjoying flexibility.

An Embedded Software Engineer at Linea Research can enjoy a comprehensive benefits package, including hybrid working after probation, 25 days of holiday plus bank holidays, a Group Pension scheme, Income Protection, Life Assurance, and Private Medical Insurance. You will also have opportunities to participate in our Group Bonus scheme and join our Electric Car Scheme.

In answering this question, share specific projects where you've written or debugged code for embedded systems. Mention the programming languages used and any challenges faced during development, emphasizing your problem-solving skills.

Discuss your systematic approach to debugging, which might include checking connections, reviewing logs, and using debugging tools. Highlight any resources or methods you reference to identify and fix issues effectively.

Be prepared to explain your understanding of real-time operating systems, including any specific projects where you’ve implemented or worked on them. Discuss their importance in embedded systems and any relevant frameworks you’ve used.

Provide a specific example of a project where you had to write low-level drivers. Discuss the environment and context, the functionality you needed to achieve, and any hurdles you overcame during the process.

Mention specific embedded debugging tools you've used, such as JTAG or SWD tools. Discuss how these tools assisted you in troubleshooting issues and improving system performance during your past experiences.

Explain your methods for ensuring high code quality, such as adhering to coding standards, conducting peer reviews, and implementing unit tests. Highlight how these practices result in reliable firmware for devices.

Discuss the various serial interfaces you've worked with, such as I2C, UART, or SPI, providing specific examples of projects where these were utilized. Highlight how you handled data transfer to ensure efficiency.

Share your passion for audio technology, perhaps referencing experiences or personal projects that connect you to the field. Your enthusiasm for audio equipment can help show your commitment to contributing to Linea Research’s mission.

Discuss the resources you use to stay informed about trends in embedded systems, such as online courses, industry publications, and community forums. Highlight how continuous learning has benefited your work.

Reflect on a specific challenge you've faced, whether it was technical or a project deadline. Explain how you addressed that challenge, what you learned, and how it has influenced your work ethic and approach.