Search Teardown · Worked example

Search Teardown: ML Platform Engineer for Production LLM Inference

This is a methodology example rather than a live candidate search. The goal is to show how a recruiter can turn a broad “AI/ML engineer” request into observable work without making every current AI keyword a hard requirement.

Last reviewed: 2026-09-06

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1. Rewrite the title into the work

Assume the hiring team asks for an “ML Platform Engineer with LLM experience.” That phrase is too broad to search responsibly. Translate it into the systems the person will own: model serving, inference performance, deployment, observability, GPU or accelerator utilization where relevant, reliability, and the interface between model teams and production infrastructure.

2. Separate literal requirements from discovery vocabulary

Framework names, model families, vector databases, serving runtimes, CUDA, Kubernetes, Ray, Triton, vLLM, model gateways, and observability tools can all improve discovery. Unless the brief makes one of them non-negotiable, keep them as evidence/search expansions rather than screening gates.

This prevents the search from rejecting strong systems engineers who solved the same class of production problem with a different stack.

3. Build complementary evidence lanes

Run professional-history, GitHub, Hugging Face, technical writing, conference/talk, donor-company, and ATS rediscovery lanes independently enough to measure what each adds.

4. Rank for operating evidence rather than AI keyword count

A profile containing “GenAI, RAG, LLM, agents” is weak evidence if it does not show systems ownership. Look instead for deploying services, reducing latency/cost, scaling inference, debugging production behavior, capacity planning, platform APIs, or reliability responsibilities.

The candidate review should distinguish direct evidence, reasonable inference, and unanswered questions such as actual production scale.

5. Calibrate on the platform boundary

After the first slate, ask whether rejected candidates were too research-heavy, too application-layer, too SRE-generalist, or too MLOps-tooling-focused. That tells you which boundary is wrong.

Update the search plan explicitly rather than adding more AI buzzwords to the query.

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