Director - Hardware Engineering

August 16

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Fabric Cryptography

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Building the World's First Cryptographic Computer.

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Description

• Systems Engineering Leadership: Lead and participate in system design and development throughout all stages of the development lifecycle, using Systems Engineering methods and tools. • Interdisciplinary Collaboration: Apply interdisciplinary and collaborative approaches to plan, coordinate, design, develop, and verify complex system solutions. • Trade Studies and Product Roadmap: Conduct system-level trade studies to inform Fabric's product roadmap and specify high-level features for future product iterations. • Specialty Engineering: Participate in specialty engineering areas such as operability, reliability, maintainability, and supportability. • Interface Control Documentation: Lead teams in defining and disseminating interface control documentation to facilitate effective communication among various system components as the company scales. • Cross-Functional Collaboration: Engage with leaders and teammates across engineering disciplines. • Performance Requirements: Assist in defining and coordinating system performance requirements and technical parameters. • Technical Solutions Development: Collaborate with diverse disciplines to develop detailed technical hardware solutions. • Integration Test and Evaluation: Design system integration tests and evaluation processes. • Technical Oversight: Assume responsibility for technical reviews, key milestone gating, and follow-ups across various teams and organizations.

Requirements

• BS/MSMaster's in engineering field, Ph.D. in engineering discipline preferred. • Successful experience in bringing products from silicon bring-up to system mass production. • Demonstrated experience in managing and overseeing the overseas Contract Manufacturing process to ensure efficient and high-quality production. • Proven experience in building PCIe and host systems, demonstrating an in-depth understanding of this technology. • Hands-on experience in memory and PCB development for compute systems. • Experience in system development with high power density and custom cooling solutions. • Strong experience in hardware test and integration, ensuring the reliability and performance of systems. • Experience in conducting reliability, maintainability, and supportability analysis and executing plans to enhance system performance and sustainability. • Previous experience in high-growth or startup environments is a significant asset, as it requires adaptability, innovation, and a dynamic approach.