Networking AI Systems Architect

Job Description

Job Title: Principal Networking AI Systems Architect. Location: Tel Aviv, Israel

Responsibilities:

• Build a shared roadmap and vision for AI-based data-center management solutions, including LLM-based troubleshooting, predictive resiliency, AIOps, black-box optimization, and performance tuning.
• Work with engineering and reliability teams to define workflows that use AI/ML to improve operations and system performance.
• Drive the integration of AI capabilities into system architecture and engineering workflows;
• Identify system-level opportunities for failure management, automated troubleshooting, performance improvement, and resource optimization.
• Translate system behavior, dependencies, data, and operational constraints into research problems.
• Collaborate with subject-matter experts, applied researchers, product managers, architects, data engineers, and other stakeholders.
• Lead a portfolio and roadmap of projects involving agentic AI and networking technologies.

Qualifications:

• PhD in electrical engineering, machine learning, computer science, or another relevant field.
• 10+ years of deep technical experience in high-performance network architecture, data-center networking, or distributed systems design.
• Mastery of high-speed interconnect protocols, including InfiniBand and/or advanced Ethernet architectures;
• Extensive experience leading high-impact projects involving modern AI/ML, including LLMs, AI agents, deep learning, black-box optimization, or related technologies.
• Deep knowledge of AI/ML and networking hardware and system architecture.
• Excellent ability to communicate data-driven insights to stakeholders and management.
• Demonstrated track record of effective collaboration with hands-on engineering teams.

Preferred:

• Demonstrated experience architecting and deploying multi-thousand-node GPU clusters for hyperscale cloud environments.
• Deep knowledge of NVIDIA networking technologies, including BlueField DPUs, Quantum InfiniBand switches, and Spectrum Ethernet platforms.
• Expertise in in-network computing, telemetry, adaptive routing, and telemetry-driven network optimization;
• High-energy, positive, proactive, and curious approach.