RAG-powered knowledge systems
Build retrieval systems that answer from internal docs, support tickets, product data, or workflows using reliable grounding.
Our LLM Engineers have a fundamental understanding of how LLMs work both in theory and in the real world. This makes them able to plan ahead and around their intrinsic capabilities to deliver systems reliable enough to use in production, not closed demos.
They've proved they can design retrieval systems, build evaluation harnesses, debug prompt and model behavior, tune models when needed, connect LLMs to tools and workflows, figure out token economy scales and trade-offs, and overall help teams understand exactly where the system is (or likely will) fail.
Unlike a generic ML engineer or prompt specialist, a strong LLM engineer works systematically across data context, model behavior, safety and issue reproducibility, product constraints, and production quality.
Build retrieval systems that answer from internal docs, support tickets, product data, or workflows using reliable grounding.
Design eval harnesses, regression tests, and monitoring workflows to catch hallucinations, quality regressions, and brittle behavior.
Fine-tune or post-train open-weight models on proprietary data for specialized use cases in domains like healthcare, legal, finance, or enterprise workflows.
Build LLM systems that call tools, follow process logic, handle failures, and expose the right controls to users.
Fine-tuning: LoRA, QLoRA, full fine-tuning, post-training workflows
RAG architecture: chunking strategies, embedding models, vector stores, hybrid search, reranking
Evaluation harnesses: LLM-as-judge, RAG evals, rubric-based testing, regression monitoring
Prompt engineering and prompt optimization at scale
Inference optimization: vLLM, quantization, batching, serving tradeoffs
LangChain, LlamaIndex, or comparable orchestration frameworks
API integration across OpenAI, Anthropic, Cohere, and open-weight models
Production thinking around latency, cost, observability, and failure handling
Founders, CTOs and product leads on what changed after Eventum matched them with the right AI specialist.
We filter for engineers who have shipped LLM systems in real environments — with latency, evals, incident response, and cost control under traffic.
Our screening includes LLM-relevant work: retrieval design, eval harnesses, debugging model behavior, and production tradeoffs — not a generic coding interview.
You get a focused shortlist built around the actual role, not broad recruiter noise.
Led RAG, evaluation, and LLM optimization work for healthcare and enterprise SaaS products. Strong across retrieval architecture, eval harnesses, prompt/model behavior, and production LLM reliability.
Reduced hallucination rate by 34% through a production GPT-4 evaluation pipeline.
Specializes in fine-tuning and self-hosted inference for high-volume products: post-training (LoRA, SFT, DPO), quantization, and serving.
Fine-tuned an open-weight model to GPT-4-level quality on a support-automation workflow at ~1/8 the inference cost.
Nouns DAO's decisions lived in hours of voice calls and fast-moving chat threads that nobody could search. Eventum engineered the full pipeline behind Roko, their governance assistant: automatic transcription and summarization, auto-indexing of voice and chat into a central knowledge base, and a RAG chatbot in Discord that answers from what was actually said. The visible part is a chatbot. The engineering that makes it trustworthy is the retrieval layer underneath.