Development Technician (Starlink)

The Development Technician at SpaceX takes on a broad range of responsibilities including fabricating electromechanical production and test systems, collaborating with engineering teams to devise innovative solutions, assembling complex integrated assemblies, and interpreting engineering drawings and schematics to complete fabrication processes. Additionally, you will maintain an organized workspace following the 5S principles while supporting the development shop's operations.

For the Development Technician position at SpaceX, a high school diploma or equivalency certificate is required, along with at least 3 years of experience in mechanical fabrication. Ideal candidates should be proficient in using tools for welding, machining, and assembly. Familiarity with mechanical and electrical schematics, along with the ability to problem-solve independently, is highly preferred.

Preferred skills for the Development Technician role at SpaceX include the ability to read mechanical and engineering drawings, knowledge of GD&T, and experience with fluid and electrical schematics. A solid understanding of wiring best practices, electromechanical systems, and strong attention to detail are also beneficial in this position.

The work environment for a Development Technician at SpaceX is dynamic and fast-paced. You'll collaborate with a diverse team focused on innovation and excellence in technology development. The role fosters a hands-on experience while emphasizing safety and efficiency, encouraging technicians to provide constructive feedback and continuously improve tooling designs and assembly processes.

As a Development Technician at SpaceX, you can expect a competitive compensation package that includes hourly pay based on your skill level, long-term incentives such as stock options, comprehensive health benefits, and access to a 401(k) plan. You’ll also accrue paid vacation, eligible for paid holidays, and have access to various discounts and perks, enriching your work experience.

To fabricate complex electromechanical systems effectively, I ensure that I fully understand the engineering drawings and specifications. I prioritize a methodical approach — starting by gathering the required tools and components, then breaking down assembly steps into manageable tasks. I leverage my experience with CNC machines and manual tools, maintaining a clean and organized workspace to optimize efficiency.

I have over three years of hands-on experience in mechanical fabrication, where I've worked extensively with components requiring precision assembly. My background includes using various tools — from lathes to welding equipment — which allows me to craft intricate systems. I pay careful attention to detail while interpreting technical schematics to ensure compliance with specifications.

When interpreting engineering drawings, I first ensure I’m familiar with common symbols and notations, including GD&T. I break down the drawings to understand the relationships between components, often cross-referencing with schematics while preparing to assemble parts accordingly. I also take notes on any potential challenges I anticipate and develop a plan to address them during fabrication.

Safety is paramount in every stage of my work. I follow all safety guidelines, wear appropriate protective gear, and ensure that equipment is properly maintained. Before starting any task, I do a risk assessment and familiarize myself with the machinery. I also adhere strictly to safety protocols and work collaboratively with my team to foster a safety-first culture.

In a previous project, I faced a challenge with a misaligned component during assembly. To resolve this, I paused to diagnose the issue, reviewed the schematic for possible sources of error, and consulted with colleagues for input. By collaborating, we modified the assembly process and recalibrated the equipment, successfully completing the project without compromising quality.

The 5S principles — Sort, Set in Order, Shine, Standardize, and Sustain — are crucial for maintaining an efficient workspace. I implement these principles by categorizing tools, maintaining cleanliness, and fostering a culture of accountability among the team. Regular audits ensure these practices are sustained, leading to improved productivity and safety.

I thrive under tight deadlines by keeping organized and developing a clear plan of action. Prioritizing tasks based on urgency helps me stay focused, and I'm adaptable to changing circumstances. I maintain open communication with my team, ensuring that we collectively understand each milestone and allocate resources effectively to meet or exceed timelines.

I have a solid foundation in electromechanical systems gained through both academic and professional experiences. I've worked with components like harness wiring, stepper motors, and pneumatics. I enjoy problem-solving to troubleshoot wiring issues or actuator functionality, always ensuring adherence to safety practices and standards while executing projects.

A successful Development Technician is not only technically skilled but also possesses strong problem-solving abilities, attention to detail, and the capacity to work collaboratively. A positive attitude and adaptability are essential in this fast-paced field, as they enable me to manage challenges effectively while driving innovation and efficiency in processes.

I am enthusiastic about working at SpaceX because of the company’s pioneering spirit and commitment to innovation in space technology. I admire SpaceX’s mission to democratize access to high-speed internet through Starlink, and I am driven to contribute my skills in fabrication and assembly to help make this goal a reality. Joining a team that is at the forefront of technology excites me.