Embedded Software Engineer - Remote Control and Autonomy

As an Embedded Software Engineer at DMIV IT Service, you will be responsible for developing software, integrating, and testing features on embedded electronic control systems meant for remote control machine applications. You will also engage in remote control feature development using embedded C and C++, addressing issues through troubleshooting and triage, and working closely with a global team for coordinated project success.

To apply for the Embedded Software Engineer position at DMIV IT Service, you'll need a Bachelor's degree (or equivalent) in an accredited Engineering or Computer Science field. Additionally, at least 4 years of relevant engineering development experience in embedded software development and a solid foundation in embedded C/C++ programming are essential. Experience in robotics or remote control systems will also be advantageous.

The technical skills required for the Embedded Software Engineer role at DMIV IT Service include 4+ years of experience with embedded C/C++, familiarity with robotics, remote control, or autonomy, and knowledge of datalinks such as CAN and Ethernet. Proficiency with software development tools like git and debuggers and a solid understanding of Linux and embedded real-time software development for various applications are also important.

Successful Embedded Software Engineers at DMIV IT Service should possess strong soft skills, including excellent communication and teamwork abilities. You must be an effective problem-solver with great analytical skills and an eagerness to learn rapidly. Being a self-starter and highly motivated will also help you excel in this fast-paced environment.

Yes! The Embedded Software Engineer position at DMIV IT Service is designed to be remote, allowing you the flexibility to work from anywhere. This oppotunity offers the chance to collaborate with a globally diverse team while still contributing significantly to innovative projects in the field of remote control and autonomy.

When answering this question, share specific projects you've worked on where you utilized embedded C and C++. Highlight your understanding of key concepts and any challenges you overcame, as this shows your problem-solving abilities and depth of knowledge in embedded software development.

Discuss your systematic approach to troubleshooting, including methods such as isolating variables, using debugging tools, and systematic testing. Illustrate with an example of a specific problem you've solved in the past, showcasing your analytical and critical thinking skills.

Emphasize the importance of collaboration in your work, particularly in a diverse, global environment. Share a specific instance where teamwork led to a successful project outcome, highlighting your role and how you supported your teammates.

Talk about how you actively engage with the tech community, such as reading industry blogs, participating in forums, or attending webinars and conferences. This shows your commitment to continuous learning and staying current in the fast-evolving field of technology.

Validation plans are crucial to ensure that the embedded software meets the specified requirements and performs reliably. Discuss any experiences you've had in developing or executing validation plans, emphasizing how this contributes to the overall success of a project.

Share your experience working with datalinks, providing examples of how you've used tools such as CANape or Wireshark to monitor or troubleshoot communications. This will demonstrate your hands-on experience and understanding of how these networks function within embedded systems.

Pick a specific project that showcases your ability to tackle complex issues, detailing the challenges faced and how you overcame them. Focus on your contributions and how they impacted the project's success, demonstrating your resilience and technical expertise.

Detail your experience with various development tools like version control systems (such as git), debugging tools, and compilers. Provide examples of how you effectively used these tools in your past work to enhance productivity or solve project issues.

Discuss your practices for maintaining quality, such as peer reviews, rigorous testing, and following coding standards. Share how these practices have led to successful project outcomes and less downtime, showcasing your commitment to excellence.

Express your passion for innovation and technology within the field. Highlight specific aspects of remote control and autonomy that excite you, such as the potential to solve real-world problems or the opportunity to work with cutting-edge technology.