Lead Embedded Software Architect – RF/MPSoC Systems

ResumeXrays LLC; Arlington (VA); On-site; USD 219,000 - 300,000; Full time

Job summary

STR is seeking a Principal Embedded Software Architect to define and lead the embedded software architecture for advanced RF systems, including SDR, receivers/exciters, and radar subsystems on MPSoC platforms. You will work hands-on in C/C++ and embedded Linux while guiding a multidisciplinary team.

You will own the embedded software stack for high-speed data converters, FPGAs, and multi-core processors, driving bring-up, integration, and test to meet performance and reliability goals for

Qualifications

• Strong proficiency in embedded C/C++ for real-time, resource-constrained systems.
• Experience with embedded Linux, drivers, BSPs and kernel interfaces.
• Background in MPSoC/SoC, FPGAs, high-speed data paths for RF systems.
• BS or MS in CS/EE/AE with 5+ years of related experience or equivalent.

Responsibilities

• Architect and lead embedded software for MPSoC-based RF systems from requirements to deployment.
• Define partitions/interfaces; develop production-quality C/C++ and embedded Linux software.
• Bring up boards/platforms; configure high-speed ADCs/DACs, JESD links, and timing devices.
• Design and optimize data acquisition/streaming between FPGAs and processors with deterministic latency.
• Lead system integration/test; prepare architecture docs, ICDs, and specs.
• Provide leadership and mentoring to embedded/firmware engineers; lead design reviews.

Skills

Embedded C/C++

Embedded Linux

MPSoC/SoC

Hardware interfaces

Education

BS or MS in CS/EE/AE

Tools

Vivado

Vitis

PetaLinux

Job description

STR is seeking a Principal Embedded Software Architect to define and lead the embedded software architecture for advanced RF systems, including SDR, receivers/exciters, and radar subsystems on MPSoC platforms. You will work hands-on in C/C++ and embedded Linux while guiding a multidisciplinary team.

You will own the embedded software stack for high-speed data converters, FPGAs, and multi-core processors, driving bring-up, integration, and test to meet performance and reliability goals for