





Tier-1 brand and metro locations, but niche embedded/RF specialization reduces applicant density.
Domain-specific embedded firmware and RF safety requirements limit cross-industry transferability.
Must-have expert embedded, RF, safety and RTOS skills create rigid technical filters.
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Define and drive scalable end-to-end embedded software architecture including drivers, middleware, and application layers.
Design and optimize embedded systems across MCU/SoC platforms focusing on performance, latency, resource efficiency, and compliance with safety and quality standards.
Lead architecture and design reviews, mentor development teams, and drive innovative initiatives including evaluation of emerging technologies and automation in embedded platforms.
Strong expertise in Embedded C/C++ development with hands-on experience in RTOS, drivers, BSP, and low-level system development.
Proven experience in embedded software architecture, system design, and modular reusable frameworks.
Expert-level knowledge and practical experience in RF systems (mandatory).
Work Experience Required: Not explicitly mentioned in the JD.
Experienced in translating complex business and system requirements into embedded architecture across connectivity and modular platform design.
Capable of balancing tradeoffs among performance, memory, power, and cost with strong system-level problem-solving skills.
Skilled in mentoring, cross-functional collaboration, and adopting DevOps practices and automation in embedded system development.