✨ AI Summary
The Lead Principal Systems Software Engineer will define the architecture for large-scale systems software, firmware integration, and fleet automation impacting multiple teams and products. This role involves anticipating platform risks, building validation frameworks, and influencing roadmaps for reliability, performance, and cost optimization. The engineer will champion engineering excellence, including coding standards, threat modeling, resource management, concurrency, and fault isolation. Responsibilities include leading multi-quarter initiatives from prototype to production hardening, with a focus on measurable improvements in availability and efficiency. The role also encompasses defining architectural direction for system software and management paradigms, driving hardware provisioning solutions, integrating system firmware with emerging hardware, and partnering with internal and external teams to enhance performance, security, and diagnosability. The engineer will lead the analysis of high-impact failures, mentor other engineers, and adhere to and improve software development lifecycle processes. Subject matter expertise in software architecture, debugging, API functionality, and secure development practices is crucial. The role also involves leading maintenance and testing operations, managing project timelines and deliverables, influencing cross-functional leaders, and serving as an escalation point for complex issues. Continuous learning and improvement are emphasized, with an expectation to contribute to thought leadership and drive innovation.
🎁 Benefits & Perks
flexible medical, life insurance, and retirement options, volunteer programs
Requirements
Defines architecture for large-scale systems software, firmware integration, and fleet automation. Anticipates platform risks and builds frameworks for validation and incident mitigation. Influences silicon, board, and firmware roadmaps. Champions engineering excellence in coding standards, threat modeling, resource management, concurrency, and fault isolation. Leads multi-quarter initiatives from prototype to production hardening.
Description
Defines architecture for large-scale systems software, firmware integration, and fleet automation that impacts multiple teams or products. Anticipates platform risks and cross-domain failure modes; builds frameworks for validation, conformance, and rapid incident mitigation. Influences silicon/board/firmware roadmaps to optimize for reliability, performance, and cost at hyperscale. Champions engineering excellence: coding standards, threat modeling, resource management, concurrency, and fault isolation. Leads multi-quarter initiatives, from prototype to production hardening, with measurable improvements in availability and efficiency.