Embedded Software Engineer

As an Embedded Software Engineer at Ursa Major, your primary responsibilities include developing, testing, documenting, and maintaining embedded software specifically for rocket engines throughout all stages of development. Additionally, you'll support software associated with ground support and testing equipment, and collaborate with your team to scope out new software features while improving existing ones.

To qualify for the Embedded Software Engineer role at Ursa Major, candidates should have a Bachelor's degree in Computer Science, Engineering, or a related discipline. Additionally, a minimum of two years of experience developing C/C++ applications for embedded systems is required. Knowledge in hardware-level software development, version control using Git, and the ability to work both independently and as part of a team are also essential.

In addition to the required qualifications, desirable skills for the Embedded Software Engineer role at Ursa Major include familiarity with software development processes like RTCA DO-178, experience with Python or MATLAB, and understanding of continuous integration methodologies. A working knowledge of HDLs, FPGA operation, and control systems relevant to sensors and actuators would also make you a strong candidate.

At Ursa Major, you can expect a collaborative and empowering work culture where your contributions are valued. The team is intrinsically motivated, passionate about solving complex problems, and eager to support each other's growth. We believe that there’s always room for personal and professional development, allowing each team member to thrive in their role.

Ursa Major offers an impressive range of benefits for Embedded Software Engineers, including unlimited PTO for vacation and personal time, paid parental leave, medical and dental insurance, and retirement savings plans. We also provide equity grants and additional options like an Employee Assistance Program, further enhancing your financial and work-life balance.

In your response, emphasize your systematic approach. Start by outlining a specific debugging technique you use, like analyzing the hardware and software interaction, utilizing debuggers effectively, and leveraging test equipment. Include an example from your experience where you successfully identified and fixed a complex issue.

Discuss your familiarity with version control systems like Git, explaining how you use them to manage code changes, collaborate with team members, and ensure smooth integration of code. Share a specific instance where version control played a crucial role in your project’s success.

Outline a project you were involved in, detailing the challenges you faced and the steps you took to overcome them. Highlight your problem-solving skills and ability to collaborate with the team, reinforcing how your actions led to a successful project outcome.

Include specific programming languages relevant to the role, such as C or C++, and explain why you’re proficient in them. Discuss your experience using these languages in embedded systems and the advantages they bring to software development for rocket engines.

Talk about your hands-on experience with hardware integration. Mention specific electronic components or systems you've worked with, explaining how you successfully integrated software with hardware components to achieve desired functionalities.

Discuss your time management strategies and tools you use to prioritize tasks, emphasizing your ability to handle multiple responsibilities while maintaining quality. Provide an example of how you effectively managed your workload during a critical project.

Share your understanding of RTOS concepts, including how they differ from traditional operating systems. Talk about any direct experience you have with RTOS in previous projects and its relevance to embedded software in aerospace applications.

Explain your process for creating clear, comprehensive documentation. Emphasize the importance of documentation in embedded software development, especially for maintaining future code and aiding other team members in understanding your work.

Discuss the practices you employ to ensure reliability and security, such as thorough testing protocols, following industry standards, and using robust coding practices. Provide examples of how these measures have led to successful project outcomes in the past.

Reflect on your passion for aerospace and how it ties into your career goals. Share what excites you about embedded software development in this sector, perhaps focusing on innovation, problem-solving, and the impact of technology on future missions.