Avionics Systems Engineer (Starship) - job 1 of 3

As an Avionics Systems Engineer at SpaceX, your primary responsibilities include representing the avionics system throughout all stages of integration, troubleshooting and repairing electrical hardware issues on tight schedules, and supporting real-time operations as an avionics operator. You'll also collaborate with adjacent teams to develop innovative avionics architectures while minimizing mass and cost.

To qualify for the Avionics Systems Engineer position at SpaceX, candidates typically need a bachelor’s degree in an engineering, science, or math field, along with at least 2 years of experience in electrical component design and system-level integration. Familiarity with programming languages such as Matlab, C++, or Python is also required.

Preferred skills for the Avionics Systems Engineer role at SpaceX include competency with electrical test equipment, strong problem-solving abilities, experience troubleshooting electrical components, and proficiency in 3D CAD software. Additionally, self-motivation and the ability to work autonomously in a fast-paced environment are highly valued.

The work environment for an Avionics Systems Engineer at SpaceX is dynamic and fast-paced. It requires the ability to multi-task and adapt quickly to new challenges. Extended hours and weekend work may be necessary to meet critical project milestones, reflecting the high-stakes nature of aerospace engineering.

Yes, while the Avionics Systems Engineer position is based in Starbase, TX, there may be intermittent travel to other SpaceX facilities as needed to support projects and operations.

When troubleshooting an electrical issue on a spacecraft, it’s critical to use a systematic approach. Start by gathering all relevant data regarding the malfunction, then leverage your knowledge of the systems involved to isolate potential causes. Utilize electrical test equipment to check connections and components before hypothesizing possible solutions, ensuring to document findings and recommendations clearly.

Explain your specific experience in electrical component design by describing projects where you conceptualized, designed, and implemented systems. Highlight your familiarity with relevant software tools and aspects of the design process, including collaboration with cross-functional teams and how your designs solved specific challenges.

Discuss your proficiency with tools and software such as Matlab, C++, or Python, and give examples of how you have applied these tools in real-world projects. Mention any electrical test equipment you've worked with, and how the combination of these tools contributed to successful project outcomes.

Prioritizing tasks involves assessing project timelines, impacts, and deadlines. Describe techniques you use, such as breaking down projects into smaller tasks, using project management tools, and maintaining open communication with team members to ensure alignment and effective collaboration.

Use the STAR method to outline a specific situation where collaboration was key to success. Explain the teams involved, your role, and how effective communication and shared objectives guided the project to completion, resulting in measurable success.

In avionics system design, critical considerations include reliability, weight, cost, and ease of integration. Discuss how each factor influences design choices and emphasize the importance of considering the operational environment and user requirements.

To ensure accuracy in high-stakes environments, rigorous testing and validation processes are essential. Outline testing methodologies you've employed, such as simulations, prototype phases, and final assessments, and explain how you maintain meticulous documentation to uphold integrity.

Keeping up with industry advancements is crucial in aerospace engineering. Mention strategies such as subscribing to relevant journals, attending conferences, participating in ongoing training, and engaging with professional networks to stay informed on new technologies and practices.

Explain your strategies for managing tight deadlines, such as efficient time management, prioritization of tasks, and collaboration with teams for support. Emphasize your ability to remain calm under pressure while ensuring quality remains uncompromised.

Share your passion for aerospace exploration and how it aligns with SpaceX's mission to enable human life on Mars. Discuss your admiration for innovative technologies and your eagerness to contribute your skills to a company that is pushing the boundaries of what is possible in space travel.