Hire vetted senior Qdrant engineers

What a wrong Qdrant hire costs

A wrong Qdrant hire builds a RAG system that retrieves plausible-looking but irrelevant chunks, has no metadata filtering so it cannot scope results, and slows to a crawl once the collection grows past a few million vectors. In RAG, retrieval quality is the ceiling on answer quality. A brilliant LLM on top of bad retrieval still gives bad answers.

Anyone can insert vectors into Qdrant. The question is whether they can make retrieval good and fast at scale: collection and payload design, HNSW parameter tuning for the recall-latency tradeoff, hybrid search combining dense and sparse vectors, metadata filtering, and quantization to keep memory affordable past tens of millions of vectors. That is what we vet Qdrant engineers on.

What our Qdrant engineers deliver

01

Qdrant collection and payload design for retrieval quality and fast filtering.

02

HNSW parameter tuning for the recall-versus-latency tradeoff your use case needs.

03

Hybrid search combining dense and sparse vectors, plus metadata filtering to scope results.

04

Quantization and sharding to keep memory and cost affordable past tens of millions of vectors.

How to recognise a
strong Qdrant engineer

How an
engagement runs

NDA on request. If your brief involves sensitive detail about the project, the team, or the IP, we offer a preliminary NDA as a service. Not required to receive a shortlist.

Representative
profile

Senior AI Engineer, six years in search and applied ML. Built the retrieval layer for a RAG assistant deployed across 200+ healthcare facilities: Qdrant collection design, HNSW tuning, hybrid search, and metadata filtering that lifted retrieval precision from 61% to 88%. Strong on Qdrant, embeddings, OpenAI and open models, Python, and evaluation frameworks. Available remotely across Europe and the GCC, contracted via Mahala.ai. Vetted at 90/100.

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