Embedded Software Engineer

As an Embedded Software Engineer at MORSE, your primary responsibilities will include developing firmware and software for embedded systems that support Unmanned Aerial Systems (UAS) and Unmanned Undersea Vehicles (UUV). You will be involved in the entire engineering design cycle, working closely with the team to create and validate innovative software solutions that ensure smooth execution of missions in diverse environments.

To qualify as an Embedded Software Engineer at MORSE, you should have a BS or MS in Software Engineering, Computer Science, Electrical Engineering, or a related field, along with 5+ years of hands-on software development experience for embedded systems. Proficiency in C++ and familiarity with Python, Embedded Linux, and various debugging tools is essential.

For the Embedded Software Engineer role at MORSE, proficiency in C++ is crucial, along with experience in Python. This combination will equip you to tackle various challenges related to firmware development and software integrations for UAS and UUV.

As an Embedded Software Engineer at MORSE, you will engage in projects that involve designing and validating software for Guidance, Navigation, and Control (GNC) of autonomous vehicles, as well as automated testing setups. Your work will directly contribute to innovative solutions that enhance the performance and safety of national security technologies.

Yes, US citizenship is required for the Embedded Software Engineer position at MORSE, noting that candidates must also be able to obtain a U.S. Security Clearance. This requirement is aligned with the sensitive nature of the projects related to the US National Security Ecosystem.

In answering this question, highlight specific projects where you developed firmware or software for embedded systems. Emphasize your role in the design cycle from conception to deployment, while mentioning tools and programming languages used, such as C++ or Python.

When asked about debugging, illustrate your process methodically—from identifying issues, isolating components, using debugging tools, and leveraging logs for deeper insights. Provide examples that show your troubleshooting skills and resolve conflicts efficiently.

Discuss your understanding and practical experience with data communication protocols important for Embedded Software Engineering. Providing examples of how you’ve effectively utilized these protocols in past projects will showcase your expertise.

In your response, describe your experience with HIL testing architectures and how you've utilized them in the verification of software. Discuss any notable challenges faced and how you overcame them to ensure the reliability of the final product.

Highlight your collaborative approach by discussing specific strategies you use, such as regular communication, attending design reviews, and integrating feedback. Stress the importance of a cohesive team environment and successful project delivery.

Choose a project where you faced significant hurdles. Explain the challenges in detail, your approach to problem-solving, and the innovative solutions you implemented. Be sure to reflect on what you learned from the experience.

Mention any resources you regularly utilize, such as technical journals, online courses, or professional meetups. Emphasizing your proactive approach ensures the interviewer knows you’re committed to continuous learning.

Explain the importance of user experience, especially in embedded systems. Discuss how you consider user interactions and requirements in your designs to ensure functionality as well as the ease of use.

Delve into your time management strategies, such as using project management tools or methods. Illustrate how assessment of project timelines and communication with stakeholders helps you remain organized and productive.

Reflect on the exciting opportunities at MORSE, its innovative projects, and how your skills align with the company’s mission. Show genuine interest in contributing to national security through your expertise in embedded systems.