Designs full-chip physical layout for custom RF and analog ICs at SpaceX, partnering with circuit designers on floor planning, power/ground distribution, DRC/ERC/LVS checks, and tape-out to foundries. Core technologies: advanced-node RF/analog layout (to 5nm), EDA tools, Linux, and Perl/Python/shell scripting.
Designs physical layouts for custom RF and analog integrated circuits for SpaceX's Starlink silicon projects, handling floor planning, DRC/LVS checks, tape-out, and collaboration with cross-disciplinary IC design teams using EDA tools and Linux.
Designs and integrates custom RF and analog IC layouts for SpaceX’s Starlink silicon projects, collaborating with cross-disciplinary teams on floor planning, DRC/ERC/LVS checks, tape-out, and EDA tool evaluation.
Designs and integrates custom RF and analog IC layouts for SpaceX's Starshield silicon team, handling floor planning, DRC/LVS/ERC checks, and tape-out for U.S. national security programs.
SpaceX was founded under the belief that a future where humanity is out exploring the stars is fundamentally more exciting than one where we are not. Today SpaceX is actively developing the technologies to make this…
Designs and brings up custom RF silicon for Starlink satellites, ground gateways, and user terminals by writing low-level C/C++/Python driver libraries, building hardware test platforms, and validating silicon software on physical hardware or FPGA emulators.
RF Software Engineer for Starlink at SpaceX in Bastrop, TX. Designs and builds RF capabilities and test automation for low-earth-orbit satellite communications using Python and C++, collaborating with hardware, DSP, and software teams.
Designs and builds RF capabilities for SpaceX's Starshield satellite communications and remote sensing systems, collaborating with cross-functional teams to create and automate RF test infrastructure using Python and C++.
RF Test Engineer at SpaceX subsidiary Akoustis in Canandaigua, NY, developing test cases and calibration procedures for RF BAW filters (2–10+ GHz), owning automated probe stations and VNAs, leading test operators, and improving yield via SPC/DOE in onsite high-volume manufacturing.
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