LLM Engineer

• lead the product marketing strategy for Cisco’s AI infrastructure portfolio
• connect technical capabilities to the business outcomes customers require for AI workloads and AI-native applications
• define the narrative, positioning, messaging, launch strategy, and sales enablement required to power secure, connected, AI-ready organizations
• partner with Product Management, Engineering, Sales, Corporate Marketing, Analyst Relations, and Communications
• translate sophisticated infrastructure innovation into market value
• drive cross-functional alignment
• equip the business to win with enterprise buyers and executives

Director of Product Marketing Strategy – AI Infrastructure

• Own and drive the global 4P strategy for ACS AI infrastructure platforms, from annual planning through execution and performance tracking.
• Define clear value propositions, positioning, and segmentation for AI infrastructure solutions aligned to customer workloads and industry use cases.
• Drive execution of the AI GTM plan with regions and countries, ensuring timely rollout and consistency.
• Act as the WW GTM expert for ACS AI infrastructure solutions (e.g., ZGX Nano, ZGX Fury, Boost), ensuring tight alignment between product capabilities and market needs.
• Translate complex AI infrastructure architectures into compelling, sales‑ready GTM narratives and offers.
• Partner with GBU and engineering teams to influence roadmap priorities based on market and customer feedback.
• Support priority deals, lighthouse customers, and strategic pursuits requiring AI infrastructure expertise.
• Enable sales teams with clear guidance, playbooks, and tools to accelerate AI‑led pipeline generation and conversion.
• Collaborate closely with alliance teams (e.g., NVIDIA, AMD, Intel, ISVs) to deliver joint GTM programs, aligned launches, and co‑selling motions tied to AI infrastructure platforms.
• Define and track KPIs to measure GTM effectiveness, pipeline impact, and revenue outcomes.

Global GTM & 4P Category Manager – AI Infrastructure

• Lead bring-up, validation, and debugging of large-scale AI clusters, infrastructure, and end-to-end workloads, setting the standard for how the team operates.
• Bring up, tune, and benchmark AI pre-training, post-training, and inference workloads using PyTorch, NeMo / Megatron, TensorRT-LLM, and adjacent NVIDIA AI software stacks.
• Profile and optimize end-to-end workload performance across compute, memory, networking, and communication layers using tools such as Nsight Systems, NCCL tests, and custom microbenchmarks.
• Analyze scaling efficiency for distributed LLM workloads using data, tensor, pipeline, and expert parallelism across modern GPU clusters, and translate findings into concrete tuning guidance.
• Own root-cause analysis of complex failures — hangs, performance regressions, topology sensitivity in large distributed environments.
• Define and build the resilience and failure-attribution stack: detecting, triaging, and attributing node, fabric, and workload failures across the cluster at scale.
• Build repeatable benchmark suites, automation, acceptance criteria, and qualification workflows on new platforms.
• Tune runtime settings, communication parameters, and deployment configurations in close partnership with framework, systems, and platform teams.
• Deliver actionable, data-driven recommendations based on profiling, benchmark results, and cluster characterization.
• Mentor engineers, drive technical standards, and act as a force multiplier across the broader performance and infrastructure organization.

Senior Software Engineer, DGX Cloud AI Infrastructure

• Bring up, validate, and debug large-scale AI clusters, infrastructure, and end-to-end workloads.
• Bring up, tune, and benchmark AI pre-training, post-training, and inference workloads using PyTorch, NeMo / Megatron, TensorRT-LLM, and adjacent NVIDIA AI software stacks.
• Perform root-cause analysis of failures in large distributed environments.
• Contribute to the resilience and failure-attribution tooling that detects, triages, and attributes node, fabric, and workload failures across the cluster.
• Build and maintain repeatable benchmark suites, automation, acceptance criteria, and qualification workflows on new platforms.
• Tune runtime settings, communication parameters, and deployment configurations in close partnership with framework, systems, and platform teams.
• Deliver actionable, data-driven recommendations based on profiling, benchmark results, and cluster characterization.

Software Engineer, DGX Cloud AI Infrastructure

• architect and scale foundational platforms that enable AI-driven silicon development across GPU and system-level design teams.
• impact how efficiently large-scale simulation, design workflows, and machine learning workloads are executed.
• lead the development of distributed, data-intensive infrastructure and data platforms that integrate directly with engineering workflows.
• drive cross-functional collaboration with hardware, software, and system teams to integrate AI capabilities.
• accelerate scalable model training, data processing, and deployment within the silicon development lifecycle.
• architect and deploy scalable AI/HPC infrastructure (on-prem, cloud, or hybrid) optimized for EDA workflows.
• develop and operationalize MLOps pipelines for model training, validation, and deployment integrated with semiconductor design and verification flows.
• build and manage large-scale data pipelines to ingest, process, and serve engineering datasets.

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