Overview
In this role you will design and deliver advanced AI, NLP, and generative AI solutions to power knowledge discovery and decision support for scientific data. You will build production-ready ML systems and collaborate across teams to turn complex challenges into scalable, impact-driven solutions. You’ll work with LLM-based workflows, RAG, and validation frameworks to ensure trusted performance. This role sits at the intersection of science, data, and engineering, delivering tangible user impact.
Pay / Benefits
- wellbeing initiatives
- shared parental leave
- study assistance
- sabbaticals
Responsibilities
- Design, build, and evaluate AI/ML, NLP, and generative AI solutions for scientific and knowledge-discovery applications
- Develop LLM-powered workflows and retrieval-augmented generation (RAG) systems for search, summarization, QA, and evidence-grounded insights
- Build intelligent retrieval, ranking, recommendation, and decision-support capabilities using modern AI techniques
- Integrate scientific metadata, ontologies, taxonomies, and knowledge assets into scalable AI workflows
- Establish robust evaluation, experimentation, and monitoring frameworks for quality, trust, performance, and reliability
- Write production-ready Python code and collaborate with engineering teams to deploy solutions at scale
- Provide technical leadership and mentoring to support high-quality delivery and continuous improvement
Key requirements
- Practical experience in data science, AI, ML, NLP, information retrieval, or related quantitative field
- Hands-on experience building AI/ML, NLP, generative AI, and retrieval-based systems in applied or product-focused environments
- Expertise with LLMs including fine-tuning, prompt engineering, grounding strategies, and responsible AI practices
- Strong Python skills and solid ML fundamentals
- Experience with large-scale text or content-rich datasets and modern AI/ML frameworks
- Experience with RAG, semantic, vector, or hybrid search, and experimentation/evaluation to measure user impact
- Familiarity with cloud platforms and modern software engineering practices
- Strong communication, collaboration, and mentoring skills
- Strong communication
- Collaboration
- Mentoring
- Python
- AI/ML frameworks
- NLP
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