RF Phased Array Engineer I/II

Overview As an RF Phased Array Engineer, you will develop RF products and phased arrays, model performance, and collaborate across RF, digital, power, mechanical, and thermal teams. You’ll support product development from architecture to flight, including production transition and customer engagement. This role involves testing active antennas, designing test plans, and contributing to production automation and documentation. It offers a direct impact on space missions and scalable space systems in a fast-paced environment. Compensation / Benefitsequity and stock purchase programtop-tier medical plans (HMO, PPO, HDHP with HSA contribution)dental and vision coveragepaid vacation and sick leave11 paid holidaysretirement plan with company match ResponsibilitiesEnd-to-end product development from architecture to flight development and alignment with system needsModel and simulate array performanceCollaborate with interdisciplinary RF, digital, power, mechanical, thermal, and structural engineersSupport transition from development to productionInterface with vendors and customersDevelop test plans for active antennas (EIRP & G/T)Design and develop GSE and production automationContribute to product documentation including ICDs and User ManualsSupport proposals, requirements specs, and engineering reviews (PDRs, CDRs, TRRs)Provide technical support to internal and external customers and troubleshoot anomaliesMaintain awareness of development and production schedules to meet program needs Key requirementsBachelor's degree in electrical engineering or RF communicationsFundamental RF knowledge including link budget analysis and linearityTheoretical and practical understanding of RF communications and navigation systemsBasic knowledge of antenna and array modelingAbility to obtain TS/SCIII level: 2+ years of relevant experience (if applying as RF Phased Array Engineer II)effective communicationability to work under pressurecollaboration and teamworkRF design and fundamentalsantenna/array modelinglink budget analysis