Senior AI Infrastructure & Networking Solutions Architect
iPRONICS · Santa Clara, CA · 1 wk ago
Information TechnologyFull-time
About the role
At iPronics, we are redefining intra-datacenter networking for the AI era with our Optical Network Engine — enabling full optical bandwidth switching for next-generation AI and cloud infrastructure. We’re looking for a Senior AI Infrastructure & Networking Solutions Architect to work at the intersection of customer architecture, AI workloads, and cutting-edge photonic networking.
Responsibilities
- Engage with hyperscalers, neoclouds, and AI infrastructure leaders on next-gen cluster deployments
- Translate AI workload and cluster requirements into system-level architectures
- Design and develop reference architectures for large-scale AI cluster fabrics
- Analyze workload communication patterns and optimize fabric/topology strategies
- Lead benchmarking and performance modeling at cluster scale
- Support early-stage architecture design integrating optical switching
- Present architectures to customers, partners, and industry audiences
- Feed real-world insights back into product roadmap and development
Requirements
- 8+ years in datacenter infrastructure, networking, or AI cluster architecture
- Strong understanding of AI training & inference workloads
- Deep knowledge of scale-up / scale-out architectures and fabric design
- Experience benchmarking or optimizing distributed AI workloads
- Experience designing or deploying large-scale compute environments
- Ability to work closely with customer architecture teams
Qualifications
- Background in optical networking or silicon photonics
- Experience with cluster topology design and workload placement
- Experience presenting to customers or at industry events
Benefits
- Work at the forefront of AI infrastructure innovation
- Direct impact on hyperscale and next-gen AI deployments
- Highly technical and international environment
- Private health insurance
- 401k plan
- Flexible compensation
- Your birthday off
- Flexibility and autonomy