Teams at Infleqtion

Integrates complex multidisciplinary hardware systems involving RF, analogue, digital, optical, mechanical, and embedded technologies. Responsibilities include developing interfaces, cabling, power and control schemes; system bring-up; commissioning; troubleshooting; fault isolation; documentation; and verification and validation testing. The role uses laboratory test equipment, supports deployment and maintenance, coordinates with multidisciplinary engineering teams, and contributes to supplier integration, risk management, reliability, and continuous improvement for quantum sensing and positioning systems.

Leads the engineering operating system for complex quantum hardware and firmware products from concept through manufacturing transition. Establishes lifecycle processes, technical gate reviews, quality systems, AS9100 readiness, configuration and document control, engineering tools, laboratory operations, equipment planning, technical-data security, and cross-functional manufacturing-transition practices. Builds and manages Engineering Operations across quality, configuration management, document control, and laboratory functions while scaling consistent practices internationally.

Lead end-to-end technical execution for a terrestrial quantum gravity gradiometer program. Own system architecture, technical decisions, risk mitigation, verification and validation, testing, and product readiness. Coordinate multidisciplinary engineering teams spanning systems, mechanical, thermal, opto-mechanical, electrical, embedded controls, and software. Partner with program leadership on cost, schedule, roadmaps, and technical execution while mentoring engineers and supporting deployed quantum sensing products.