Manufacturing Engineer (Falcon Components) - job 1 of 2

As a Manufacturing Engineer at SpaceX, you'll own the production, assembly, and testing of critical propulsion components for our Falcon programs. This includes crafting assembly and test work instructions and designing tools for efficient production. You'll also collaborate with engineers and technicians to resolve manufacturing discrepancies, ensuring the components meet our rigorous quality standards.

To qualify for the Manufacturing Engineer position at SpaceX, you need a Bachelor’s degree in engineering or physics, along with a minimum of one year of hands-on experience in manufacturing, building, or testing hardware. Preferred candidates will have advanced skills in developing production processes and a solid understanding of fluid systems.

While experience with automated high-pressure test equipment is not explicitly required, it is preferred. Having practical skills related to designing, manufacturing, and maintaining testing equipment can greatly enhance your effectiveness as a Manufacturing Engineer at SpaceX.

At SpaceX, Manufacturing Engineers will work on projects involving propulsion components, such as valves and actuators for Falcon launch vehicles. Projects will also include optimizing production processes, conducting failure investigations, and implementing design upgrades to enhance performance and reliability—all crucial to our ambitious space exploration goals.

SpaceX provides a competitive compensation package for Manufacturing Engineers, including salary ranges from $95,000 to $130,000, based on experience. Additional benefits include comprehensive medical coverage, a 401(k) plan, paid parental leave, and generous vacation time. There are also opportunities for long-term incentives and various discounts.

When troubleshooting, I first gather all relevant data and analyze the situation to identify potential causes. I then develop a systematic approach to test each hypothesis, document findings, consult with team members, and iterate on solutions until the issue is resolved.

In my previous roles, I have collaborated closely with design engineers to refine product designs for manufacturability. I focus on simplifying assembly processes and ensuring that specifications align with our production capabilities, ultimately enhancing efficiency and reducing costs.

I implement a combination of preventive measures and continuous monitoring of manufacturing processes. This includes performing regular audits, utilizing data analytics for insights, and fostering a culture of quality among team members through training and collaborative problem-solving.

In a previous role, we faced an unexpected delay that threatened our project timeline. I coordinated with my team to prioritize tasks, streamline processes, and delegate effectively, which allowed us to meet the deadline without compromising quality.

When discrepancies arise, I prioritize investigating the root cause by comparing testing procedures with expected outcomes. I collaborate with colleagues and utilize data to analyze patterns, allowing us to implement corrective actions and refine our processes.

I thrive in cross-functional teams, actively engaging with various stakeholders such as design engineers and quality assurance personnel. This collaboration contributes to a more holistic understanding of projects and fosters an environment where innovative solutions are developed.

Safety is paramount in high-pressure testing environments. I adhere stringently to safety protocols, conduct regular training sessions for team members, and ensure that all equipment is regularly maintained and compliant with safety standards.

I frequently use CAD software for design and simulation, along with project management tools to track progress. Additionally, data analysis software aids in processing results from testing and production metrics.

In a recent project, I led a team that optimized a production line, reducing cycle times by 30%. This involved analyzing workflows, identifying bottlenecks, and implementing changes that significantly enhanced our throughput without compromising quality.

I am drawn to SpaceX because of its groundbreaking work in space exploration and innovation. Being part of a team that creates reliable and advanced propulsion components aligns perfectly with my passion for engineering and desire to contribute to humanity's journey beyond Earth.