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Passive Logic

LLM Systems Scientist

Natural Language Processing & LLMsPosted on Nov 12
Full-timeHolladay, UT, USANo salary listedIn-person

About the Job

Requirements

  • A Master's degree in Computer Science is required.
  • At least 2 years of experience as an LLM Systems Scientist or AI Engineer is required.
  • Proficiency with Python, PyTorch, TensorFlow, NumPy, pandas, DGL, SQL, Git, AWS, Swift, LLMs, Transformer-based systems, retrieval-augmented generation (RAG), vector-based retrieval, and graph neural networks is required.

Responsibilities

  • Research and develop multi-agent orchestration and decision-policy algorithms, including inference-time agent routing, task decomposition, and coordination across open-weight and proprietary LLM and Transformer-based models using Python, PyTorch, and/or TensorFlow.
  • Develop and scale vector-based retrieval and retrieval-augmented generation (RAG) systems, including vector index optimization, retrieval-latency tuning, hybrid dense-and-sparse search across SQL datastores, and embedding-pipeline throughput to support high-volume agentic reasoning across multiple AI applications.
  • Research and develop novel training algorithms, including contrastive learning, using PyTorch and/or TensorFlow to specialize and align multi-agent LLM systems, and productionize them as platform-level training capabilities managed under Git-based version control and CI/CD.
  • Design and scale the platform-level evaluation framework, including statistical benchmarking pipelines implemented using Python, pandas, and NumPy, automated regression suites, and quality and reliability dashboards, for evaluating LLM-driven generation and inference systems.
  • Create graph-based knowledge representation and reasoning algorithms using graph neural networks (DGL) over semantic knowledge graphs, supporting graph generation, node/edge inference, and graph-grounded retrieval for multi-agent LLM workflows.
  • Develop the distributed multi-agent AI platform infrastructure on AWS that hosts production agent deployments serving multiple product lines, including the platform’s application pipelines developed in Swift.
  • Research and implement safety and robustness methods for multi-agent LLM systems, including adversarial and prompt-injection robustness, data-exfiltration defenses, agent action sandboxing, and behavioral safety evaluation and red-teaming of agentic workflows operating against building protocol networks.

About the Company

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