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LATAM Senior Talent Network

Hire AI Infrastructure Engineers

Hire pre-vetted AI Infrastructure Engineers from Latin America. GPU clusters, vLLM, inference serving, Kubernetes. 7-day match SLA, top 1% vetted, 30–50% below US rates.

Pre-Vetted Talent
US/EU Timezone Aligned
Hire in 7 Days

Top 1%

talent accepted

7 days

to first profiles

30–50%

below US rates

100%

timezone overlap

clients backed by

10x Capital
Bln Capital
Gaingels
Lvp
Raine Ventures
Texas Medical Center
Troy Capital
Y Combinator

What does a AI Infrastructure Engineer do?

An AI infrastructure engineer owns the compute layer that AI workloads run on — GPU clusters for training, high-throughput inference serving, distributed data pipelines, and the networking and storage infrastructure that determines whether AI systems are fast, reliable, and cost-efficient at scale. This is distinct from MLOps (which manages the ML pipeline software layer) and AI engineering (which builds features). NeuronHire places AI infrastructure engineers from Latin America vetted on Kubernetes, NVIDIA CUDA, Triton Inference Server, and vLLM — at 30–50% below US rates.

Business case

Why companies hire AI Infrastructure Engineers

Self-hosting models creates a specialized infrastructure problem

The moment a company decides to self-host an LLM — for cost, latency, or data privacy reasons — they inherit a GPU infrastructure problem that standard DevOps and cloud engineering backgrounds don't fully cover. AI infrastructure engineers exist precisely at that gap.

GPU costs become existential without expert management

A single A100 instance runs $3–5/hour. At scale, unmanaged GPU spend grows faster than any other infrastructure cost. Companies that lack AI infrastructure expertise routinely overspend 2–3x on compute before someone implements proper scheduling, spot instance strategies, and utilization governance.

Inference latency is a product quality problem

When LLM inference takes 8–15 seconds, users abandon features. AI infrastructure engineers reduce p95 latency through batching strategies, model optimization, and serving architecture improvements — directly improving product quality and feature adoption.

Key responsibilities of a AI Infrastructure Engineer

These are the day-to-day ownership areas you should expect from a strong hire in this role.

Design and manage GPU compute infrastructure for model training and inference across NVIDIA GPUs, AWS/GCP/Azure, and bare-metal clusters
Build high-throughput inference serving systems using Triton Inference Server, vLLM, TGI, or TorchServe — handling batching, KV cache, and concurrency at scale
Implement distributed training infrastructure with DeepSpeed, FSDP, and Horovod for multi-GPU and multi-node training jobs
Optimize AI workload performance through model quantization, continuous batching, KV cache management, and hardware utilization tuning
Manage storage and networking for large model weights, training datasets, and feature stores — keeping I/O off the critical path
Build GPU cost governance: utilization monitoring, spot instance management, preemptive checkpointing, and workload scheduling

When do you need this role?

You're running LLM inference and need to reduce latency and cost

Self-hosting LLMs without proper infrastructure engineering is expensive and slow. An AI infrastructure engineer implements continuous batching, KV cache optimization, quantization, and horizontal scaling — maximizing throughput and minimizing cost-per-token without sacrificing response quality.

Your ML team is bottlenecked by slow training runs

Training large models on ad-hoc infrastructure takes days instead of hours and blocks iteration velocity. An AI infrastructure engineer sets up distributed training with gradient accumulation, mixed precision, and multi-GPU configurations that cut training time significantly and let researchers move faster.

Your GPU cloud costs are out of control

Unmanaged GPU spend can become the largest line item in engineering. An AI infrastructure engineer implements spot instance strategies, utilization monitoring, preemptive checkpointing, and workload scheduling that routinely reduce GPU costs by 40–70% without impacting research output.

The Process

Hire in 4 simple steps

From first call to signed developer in as little as two weeks.

01

Book a Call

A 30-minute discovery call where we understand your stack, team size, seniority needs, and timeline.

02

Get Matched

Within 7 days we deliver 2–3 hand-picked developer profiles from our vetted LATAM talent network.

03

Interview

You run your own technical interviews. We coordinate scheduling and give you our vetting notes to guide the conversation.

04

Hire

Select your developer, sign a flexible engagement agreement, and fast onboard

HOW WE VET DEVELOPERS

How we rigorously choose before you ever see them

From code quality to communication style, every candidate goes through a multi-layered process designed to ensure technical excellence and cultural alignment.

100%

Profile Review

We verify experience, outcomes, and seniority. Only proven professionals move forward.

Profile Review
12%

Soft Skills & Collaboration

We assess communication, collaboration, and English, no multiple-choice fluff.

Soft Skills & Collaboration
3%

Technical Evaluation

We test critical thinking and culture fit with real-world engineering challenges.

Technical Evaluation
1%

Precision Matching

Only aligned talent reaches you, by skills, timezone, and team style.

Precision Matching

Skills we vet AI Infrastructure Engineers on

Not self-reported — each of these is tested during vetting before a candidate reaches your inbox.

NVIDIA CUDAKubernetesTriton Inference ServervLLMTGI (Text Generation Inference)TorchServeDeepSpeedDockerAWS / GCP / Azure GPUPythonTerraformModel quantization (AWQ, GPTQ)Prometheus / GrafanaDistributed training (FSDP, Horovod)Storage (S3, NFS, HDFS)

Use these to screen candidates

AI Infrastructure Engineer interview questions

Junior
  • 01What is the difference between training and inference infrastructure? Why do they have different requirements?
  • 02What is model quantization and how does INT8 or AWQ quantization affect model performance and memory usage?
  • 03Walk me through how Kubernetes manages a GPU workload — what components are involved and how does GPU resource allocation work?
  • 04What is continuous batching in LLM inference, and why does it improve throughput compared to static batching?
Mid-level
  • 01You're serving a 70B parameter LLM on 2x A100s and p95 latency is too high. Walk me through your optimization approach.
  • 02How would you set up a preemptive checkpointing strategy for long training jobs on spot instances to minimize lost compute?
  • 03Your GPU utilization is averaging 40% across the cluster. What are the most likely causes and how do you address each?
  • 04Walk me through how you'd implement KV cache management for a high-concurrency inference endpoint.
Senior
  • 01Design a self-hosted LLM inference platform for a company running 10M requests/day across three model sizes. Walk through your architecture, cost model, and failure modes.
  • 02How do you think about the build vs. buy decision for inference infrastructure — when does it make sense to self-host vs. use a managed provider?
  • 03You're handed a $2M/year GPU bill and asked to cut it by 40% without reducing model quality or availability. What's your plan?
  • 04How do you design a distributed training setup for a 7B parameter model that needs to train weekly on new data? What does the pipeline look like end to end?

FAQ

AI Infrastructure Engineers FAQ

Common questions about hiring ai infrastructure engineers from Latin America through NeuronHire.

Ready to hire AI Infrastructure Engineers?

Book a 30-minute call. We define your requirements and deliver the first pre-vetted candidate profiles in 7 days, no upfront fee.

No commitment required. First profiles in 7 days.

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