RF Silicon Software Engineer (Starlink) - job 1 of 2

As an RF Silicon Software Engineer at SpaceX, you'll be responsible for designing and building automated measurement systems, bringing up new silicon, developing toolsets for data collection, and creating validated reference designs for integration. You'll also work closely with other engineers to tackle challenges across RF silicon design and ensure all measurement systems support both current and future RF technologies.

To be considered for the RF Silicon Software Engineer position at SpaceX, candidates should have a bachelor’s degree in computer science, computer engineering, electrical engineering, or physics, alongside at least one year of software development experience in languages like C#, Python, or C++. Preferred qualifications include advanced degrees and hands-on experience with radio test equipment and digital communication protocols.

Successful RF Silicon Software Engineers at SpaceX possess a strong blend of skills, including hands-on experience with RF-related technologies, strong troubleshooting abilities, familiarity with software and hardware development, and proficiency in programming for analysis and control. Additionally, excellent communication skills and the ability to work effectively in a fast-paced team environment are crucial.

The work environment for an RF Silicon Software Engineer at SpaceX is dynamic and collaborative. Engineers work closely in multidisciplinary teams, often facing and solving challenges that require innovative approaches. Given the nature of projects at SpaceX, the pace is fast, and you can expect to work with cutting-edge technologies, contributing to significant advancements in broadband and satellite communications.

SpaceX offers a competitive benefits package for RF Silicon Software Engineers, which includes comprehensive medical, dental, and vision coverage, options for long-term incentives like stock, a 401(k) retirement plan, and potential bonuses. Additionally, employees can enjoy paid vacation, sick leave, and a wide range of discounts and perks, creating a supportive work-life balance.

When answering this question, provide specific examples of RF measurement projects you've worked on, detailing the tools and techniques utilized. Highlight any unique automation solutions you've implemented and discuss the impact of those solutions on project outcomes.

Effective troubleshooting combines methodical problem-solving with technical knowledge. Discuss your approach by outlining steps taken to identify issues, tools used for diagnostics, and examples of challenges you've solved in past projects involving RF silicon.

In your response, illustrate the challenge that prompted you to create the tool, the development process, and how it improved data collection efficiency. Be sure to highlight any collaborative efforts and how it benefited your team or project.

Provide a list of programming languages you are comfortable with, focusing on those relevant to the job, such as Python or C++. Discuss specific projects where you applied these skills, emphasizing how your programming contributed to system improvements or innovations.

Express the importance of open communication and active listening when collaborating with engineers from different disciplines. Provide examples of how you've facilitated discussions or shared information to enhance teamwork and project success.

Discuss your awareness of the various stages and testing protocols necessary when bringing up new silicon, explaining how you monitor performance metrics and troubleshoot potential issues. This response showcases your thoroughness and technical understanding.

Share your hands-on experience with serial communication protocols such as SPI or I2C. Include examples where your knowledge was crucial in a project, demonstrating an understanding of how these protocols interface with RF technologies.

In your answer, set the scene regarding technical challenges faced, your problem-solving approach, teamwork, and ultimately the outcomes. Emphasize your role and contributions to illustrate both your technical skills and collaborative spirit.

Describe your direct experience with specific test equipment such as spectrum analyzers or signal generators. Discuss situations where you effectively utilized this equipment to achieve project goals, showcasing your expertise.

Convey your commitment to professional development by discussing resources such as research papers, industry publications, or conferences you engage with to stay updated. This shows your passion for the field and willingness to continuously learn.