LLM Research & Validation Specialist
Posted 22 Sep 2026
BranchFactor Summary
The original posting with the fluff stripped out
- Expected experience
- 1–3 yrs
- Management level
- People management
No salary listed for this role.
Field of studyApplied Mathematics, Applied Physics, Mathematics, Theoretical Physics (or related)
Study levelMaster's
Study levelMaster's or higher
Job title: LLM Research & Validation Specialist
Location: Abu Dhabi, UAE
Role purpose:
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Lead frontier research, quantitative evaluation and independent validation of large language models, multimodal models, retrieval-augmented generation systems and agentic AI used or proposed by ADIB. Translate mathematical and scientific methods into reproducible validation tests, challenger analyses, runtime controls and decision-useful evidence for model governance.
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The role combines deep technical research with second-line effective challenge.
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It is expected to build validation toolkits and evaluation harnesses, independently assess conceptual soundness and production behaviour, and communicate material limitations clearly to technical teams, senior management and governance forums.
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The role does not own model development or production approval.
Key accountabilities /responsibilities:
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Lead independent validation of LLM, multimodal, RAG and agentic AI use cases across design, implementation, deployment and ongoing monitoring.
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Assess transformer architecture, tokenisation, embeddings, attention, context-window behaviour, decoding, fine-tuning, alignment, quantisation and inference configuration.
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Design reproducible evaluation harnesses, golden datasets, adversarial suites, counterfactual tests, canary sets and statistically defensible acceptance criteria.
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Evaluate task performance, hallucination and factuality, calibration, robustness, stability, long-context behaviour, retrieval quality, grounding, citation faithfulness and uncertainty.
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Perform deep testing of prompt injection, indirect injection, data leakage, tool-use safety, excessive agency, multi-step failure propagation, kill-switches and human oversight.
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Apply probability, statistics, optimisation, information theory, numerical methods and experimental design to develop challenger tests and quantify uncertainty.
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Review data provenance, representativeness, contamination, benchmark validity, leakage, drift and limitations of synthetic or LLM-generated evaluation data.
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Build and maintain reusable Python-based validation tooling, automated test pipelines, experiment tracking, results repositories and technical documentation.
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Conduct structured research on emerging model architectures, interpretability, mechanistic analysis, scalable oversight, model evaluation and AI safety methods.