Designs and delivers embedded software and architecture for mission-critical RF and power-electronics systems (SSPAs/BUCs) used in ground, airborne, and space applications, including real-time control algorithms and qualification testing. Core stack: Linux, Yocto, RTOSes (FreeRTOS, VxWorks), DSP, FPGA/NPU.
3+ years developing embedded software and architecture within an aerospace, defense, or satellite communications industry.
BS in Computer Engineering, Electrical Engineering, Computer Science, or related field. Experience with Yocto Project and real time operation systems such as Free RTOS, VxWorks, etc.. E
Experience with software for power electronics, control systems, and RF applications.
AI, GPUs, FPGAs, and NPU experiences is preferred.
Knowledge of digital predistortion, DSP and adaptive control techniques is also preferred.
3+ years of hands‑on experience designing, developing, and delivering embedded software for mission‑critical RF and power‑electronics systems (SSPAs/BUCs) across ground, airborne, and space applications — including producing software architectures, technical specifications, real‑time control algorithms, device‑level software, and taking features from prototype to production/qualification.
Several years leading software architecture reviews, risk assessments, verification & validation, and qualification/testing activities for space/airborne systems — responsible for demonstrating performance, reliability, EMI/EMC and environmental compliance and producing the engineering artifacts needed for production/qualification.
Experience driving cross‑functional engineering work: translating customer/system requirements into embedded software requirements and designs, supporting proposals and customer presentations, and mentoring or technically leading small engineering teams through full software lifecycle deliveries.