Acceler8Talent is proud to partner with a well-funded, VC-backed AI/networking hardware startup in the SF Bay area that’s redefining infrastructure for the world’s largest hyperscalers. Operating under a Joint Development Model (JDM), this company co-develops highly customized networking hardware, software, and optics solutions tailored to the evolving needs of large-scale AI workloads. With over $600M in funding and rapid expansion underway, they're now looking to hire a Senior Mechanical Design Engineer to help shape the next generation of high-performance systems. Responsibilities: Mechanical Design: Develop chassis and line card designs that meet product, reliability, and scalability requirements. Tolerance Analysis: Conduct 2D/3D tolerance studies for complex electro-mechanical assemblies. Mechanical Solutions: Design parts using sheet metal, plastic, die-cast, and extrusion processes with attention to EMI, safety, and compliance. 3D Modeling & Documentation: Create CAD models (preferably in Creo), PCB outlines, and detailed drawings; manage BOMs, ECOs, and part numbers. Cross-Functional Collaboration: Work with hardware, thermal, CAD, and manufacturing teams to align on requirements, solve issues, and manage risks. Cooling & Supplier Support: Design cooling systems (liquid/forced-air) and coordinate with suppliers to ensure manufacturability. Cable & Connector Design: Support OSFP/QSFP-DD/OSFP-XD connector and cable harness design for front panels and backplanes. Qualifications: • B.S. or higher in Mechanical Engineering • 5-10 years of mechanical design experience in telecom or data center hardware Technical Skills: • Proficient in Creo (preferred) and SolidWorks • Strong understanding of EIA, ETSI, and OCP rack standards • Experience with OSFP/QSFP-DD/OSFP-XD connectors and backplane systems • Skilled in tolerancing for complex electro-mechanical assemblies • Familiar with NEBS testing and compliance (a plus) Hands-On Experience: • Mechanical design using sheet metal, molding, casting, and extrusion • Cable harness and cooling system (liquid/air) design • Comfortable with rework tools and mock-up fabrication