Thomson Reuters
Lead Applied Scientist, Document Understanding
$148K–$274K
United States of America, New York, New York +3 · Remote · Full-time · Posted Oct 16, 2026
- Location
- United States of America, New York, New York
United States of America, Frisco, Texas
Canada, Toronto, Ontario
United States of America, Eagan, Minnesota - Experience
- 8+ years of industry experience.
- Education
- PhD in Computer Science, Artificial Intelligence, Natural Language Processing, or a related field.
About the job
Leads the design, development, evaluation, and production deployment of document-understanding systems for Thomson Reuters legal, tax, and accounting products.
What you'll do
- Build and deploy semantic chunking, document enrichment, and knowledge-graph systems for complex documents.
- Lead model distillation, synthetic-data generation, and end-to-end evaluation; guide architecture and technical decisions.
- Partner with engineering and product teams, advise senior leadership on AI strategy, and mentor applied scientists.
What they ask for
- PhD in Computer Science, Artificial Intelligence, Natural Language Processing, or a related field.
- 8+ years of industry experience building and scaling document-understanding, information-extraction, knowledge-graph, or applied NLP solutions.
- End-to-end ML lifecycle expertise, including model development, evaluation, optimization, distillation, and production deployment.
- Strong Python skills and hands-on PyTorch, Hugging Face Transformers, and DeepSpeed experience; research publication record at leading conferences or equivalent.
Nice to have
- Legal document understanding, legal IE, or legal AI experience; complex document structures.
- Retrieval or QA over large document collections, RAG and agentic workflows, knowledge-graph frameworks, AzureML, or AWS SageMaker.
Pay
$147,600 USD - $274,200 USD (base salary); $140,000 CAD - $175,000 CAD (base salary)
Tools
Python, PyTorch, Hugging Face Transformers, DeepSpeed, AzureML, AWS SageMaker
AI focus
Applied AI for document understanding, including semantic chunking, enrichment, LLM-based knowledge-graph construction and information extraction, model distillation into production SLMs, synthetic data, and evaluation.
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