About the job
At SpaceX, we believe that a future where humanity explores the stars is inherently more thrilling than one where we remain Earth-bound. Our mission is to create the technologies necessary for this journey, ultimately enabling human life on Mars.
RF SILICON SOFTWARE ENGINEER (STARLINK)
We are harnessing our expertise in rocket and spacecraft engineering to deploy Starlink, the most advanced broadband internet system in the world. As the largest satellite constellation, Starlink provides fast and reliable connectivity to millions of users around the globe. We design, build, test, and operate all components of the system—including thousands of satellites, consumer receivers that connect users in minutes, and the software that integrates it all. We are just beginning to explore Starlink's vast potential and are seeking top-tier engineers to help maximize its benefit for communities and businesses worldwide.
SpaceX is searching for engineers with strong backgrounds in electrical engineering and software development to bring innovative silicon solutions to life. The ideal candidate will possess hands-on experience across various domains, including RF measurements, automation software, hardware development, and embedded firmware. You will join a multidisciplinary team dedicated to addressing complex challenges related to the silicon used in high-performance wireless digital communication systems, both terrestrial and space-based. This team takes full ownership of the silicon lifecycle, from system requirements to chip design, characterization, production ramp-up, and on-orbit telemetry monitoring.
RESPONSIBILITIES:
As part of the RFIC team, you will tackle demanding challenges associated with all facets of the RF silicon that we develop in-house. Much of the measurement system software and hardware you create will be pioneering, supporting RF/RFIC designs for the foreseeable future.
- Design and construct unique automated measurement systems capable of capturing data that off-the-shelf equipment cannot, often requiring both new hardware and software designs.
- Power on new silicon, frequently being the first engineer to activate chips for the very first time.
- Develop tools and reusable libraries for instrument control, data collection, and analysis of radio subsystems.
- Analyze measurement data to derive insights into both component and system performance.
- Create fully-validated reference designs for both hardware and software.

