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Partner with internal teams to design and implement LLM-powered applications and architectures. Build prototypes and proofs-of-concept, advise on system-on-system design, support end-to-end deployment, and keep teams current on evolving LLM techniques and best practices while prioritizing safe, responsible deployment.

Support internal teams to design, prototype, and deploy LLM-powered applications. Act as the technical lead across Sales, Product, and Engineering, advising on system architecture, testing approaches, and responsible LLM integration while keeping current with evolving LLM techniques and tools.

Partner with internal teams to design and implement LLM-powered applications. Build prototypes, advise on system architectures, support end-to-end integration, and promote safe, responsible LLM deployment.

Act as a technical partner to internal teams to design and implement LLM-powered applications. Build prototypes and proofs-of-concept, advise on system-of-system architecture, support end-to-end deployment, and keep teams current on LLM techniques, safety, and best practices while coordinating cross-functional stakeholders.

Act as a technical partner to internal teams to design and implement LLM-powered solutions. Build prototypes and POCs, advise on system architectures, support end-to-end deployment, and keep teams current on LLM best practices and tools while prioritizing safety and responsible use.

Partner with internal teams to design and implement LLM-powered applications. Build prototypes and system architectures, advise on prompt design, retrieval and agent systems, and support end-to-end deployment while prioritizing safety, testing, and responsible use of AI technologies.

The RFIC Design Engineer will design, simulate, and model RF circuits for advanced national security programs, collaborating with multidisciplinary teams.

Lead RF silicon bring-up and measurement efforts, develop low-level driver libraries and HIL test platforms, validate firmware and hardware (including FPGA emulators), and integrate silicon control software into flight and user-terminal projects to support Starlink silicon lifecycle from characterization to production and on-orbit monitoring.

Design, develop, and manage automation and controls projects, focusing on high-reliability production environments, process specifications, electrical schematics, and manufacturing audits.

Lead SI/PI engineering for Starlink satellite payloads across design, simulation, verification, qualification, and production. Specify PCB materials, channel/power architectures, and lab/test workflows; collaborate across RF, ASIC, packaging, mechanical, thermal, software, and production teams to debug and optimize high-speed SERDES, memory interfaces, and PDNs throughout product lifecycle.